Faculty of Engineering Civil Electrical & Electronic Systems Mechanical & Manufacturing Surveying

Queensland University of Technology 2 George Street

GPO Box 2434 Brisbane Q 4001 Telephone (07) 223 2111

ISSN 0156 -1804 (Engineering)

Engineering Dean of Faculty

H J B Corderoy BSc(Tech)(Merit), MEngSc, PhD(NSW), Barrister oft he Supreme Court of NSW, FIEAust.

The Faculty of Engineering offers courses at postgraduate level, at professional level and at engineering and cartographic associate level within its Schools of Civil Engineering, Electrical and Electronic Systems Engineering, Mechanical and Manufacturing Engineering and Depart­ment of Surveying.

A Master of Engineering by Thesis is offered in Civil, Electrical, Electronic Systems, Mechanical and Manufacturing Engineering, and postgraduate diplomas in schools and departments within the Faculty are available to provide specialist education for qualified engineers and surveyors interested in the fields covered. The Masters degree program involves a close cooperation with industry to solve practical problems and to effect the transfer of the latest technology.

The professional engineering courses, leading to the award of Bachelor of Engineering (BEng) require a Grade 12 entry standard and are offered on either a full-time or part-time basis. This award qualifies for graduate membership of The Institution of Engineers, Australia, ensuring the professional status of students completing the course.

The professional surveying course requires a Grade 12 entry standard and is offered on a three year full-time or a six year sandwich basis. The course leads to the award of Bachelor of Applied Science (Surveying) and qualifies for graduate membership of The Institution of Surveyors, Australia, ensuring the professional status of the student completing the course.

The earlier years of the degree courses emphasize the fundamentals of mathematics, basic science and their applications, progressing in the later years to the more detailed analysis of theory, design and practice. Modern facilities and laboratories are provided in all fields. Liberal and social studies are included in the course, to encourage a balanced development of the students in humanities as well as in engineering and surveying.

The engineering and cartographic associate courses, leading to the award of an Associate Diploma in Engineering or Cartography, require an entry standard of Grade 12, but at a lower level than that required for the professional level course.

The engineering associate courses are offered on a full-time or part-time basis. The cartography course is offered on a part-time basis only. Upon

qualifying, the engineering or cartography associate is well equipped to assist the professional engineer or cartographer in all aspects of his/her vocation.

In both professional and associate courses, the Faculty of Engineering provides a broad and practical education with emphasis on both the practice of the profession and on techniques used in industry. Graduates are thus amply prepared to avail themselves of the opportunities that government and industry have to offer in the attainment of satisfying, challenging and rewarding careers.

Direction for the Faculty of Engineering 1989- 1994

The direction of the Faculty over the next five years will be towards entrepreneurial engineering. We must turn the job expectations of our students away from being employees to those of being an employer in the longer term. We must show them that it is possible to earn a good living and to achieve a lot of satisfaction from owning and running an engineering business. It is essential for the Australian economy that more engineers start up innovation export orientated businesses. Our first catch phrase is 'employers rather than employees'.

The main objective of the Faculty will be to establish an environment which will foster innovation and entrepreneurship amongst our students. As a first step in this process we are encouraging staff to become involved in research and development on a technical and a commercial basis. This is not to say that we are not carrying out basic research but rather for the next five years, our emphasis will be on research and development which has direct financial returns to staff and the Institute. Our second catch phrase is 'Research means money'. The Faculty is encouraging staff to partiallyfinancetheir own ideas and thus to become involved in risk taking and profit sharing. One of the greatest problems facing engineering education in Australia today is the very conservatism of the educators and thence the courses themselves. By encouraging staff to take risks and exposing students to this environment we hope that the students will see that engineers can create wealth for themselves and the community. There are other things which need to be done to establish an entrepreneurial engineering approach in our students.

We must formally include in our courses aspects of entrepreneurial management, venture financing, risk analysis etc. Once students see that advantages are to be gained from such an approach they must be given the managerial tools to put what they are taught into practice.

We must attract ideas from outside the Institute and be in a position to assist their development right through to commercial implementation. This will mean close ties with the Faculty of Business. It will also mean the involvement of students in our commercial projects which is very desirable from a teaching point of view.

Contents

1 Preface

2 ____________________ _ Rules Relating to Student Matters 6

Rules for Admission ...................................................... 7

Rules Relating to Unregistered Students ..........•......................•. 9

Rules Relating to Exemptions ..........................•................. 10

Rules Relating to Students who seek Re-registration ...................... 11

General Examination Rules .............................................. 13

Rules Relating to the Appeals Committee ..•.............................. 30

Rules Relating to Non-Release of Examination Results ...................• 31

Library Rules ...•.............................•......................... 32

Faculty of Law Library Rules., ........................................... 41

Student Guild Fee Rules ................................................. 43

Schedule of Charges Affecting Students .................................. 45

Parking Regulations .................................................... 46

3 ____________________ _ Articulation between the Queensland University of Technology and Queensland TAFE Courses 47

4 ______________________ _ Course Assessment Committees, Academic Board, Advisory Committees 51

5 ______________________ _ Staff- Faculty of Engineering 65

6 ____________________ _ Courses Offered 73 ENN191 Master of Engineering by Thesis ........... , .................. 75

Postgraduate Courses

CEM213 Graduate Diploma in Municipal Engineering ................... 84

EEM230 Graduate Diploma in Computer Controlled Systems ............ 87

IFM242 Graduate Diploma in Quality .................................. 90

SVM241 Graduate Diploma in Surveying Practice ....................... 93

Bachelor Courses

Bachelor of Engineering ................................................. 96

CEJ156 Bachelor of Engineering- Civil ............................... 99

EEJ157 Bachelor of Engineering- Electrical .......................... 105

MEJ158 Bachelor of Engineering- Mechanical ........................ 117

IFJ222 Bachelor of Engineering/Bachelor of Applied Science {Electronic Systems and Computing) ......................... 123

IFJ237 Bachelor of Engineering/Bachelor of Business (Manufacturing Systems and Management) ................... 132

SVJ159 Bachelor of Applied Science- Surveying ...................... 137

Associate Diploma Courses

Associate Diploma in Engineering ...................................... 145

CEL187 Associate Diploma in Civil Engineering ....................... 150

EEL188 Associate Diploma in Electrical Engineering .................. 155

MEL189 Associate Diploma in Mechanical Engineering ................ 159

SVL212 Associate Diploma in Cartography ........................... 165

Continuing Education .................................................. 171

7 ____________________ __ Pre-requisites and Co-requisites 177

a ____________________ _ Schedule of Subjects offered with the Faculty 217

g ____________________ _ Prizes and Awards 235

10 ________________ __ Synopses 243

Preface

1

Preface 3

Message from

the Registrar

on the

establishment of

Queensland University

of Technology

At the time of printing this handbook QIT is preparing lor re-constitution as a new institution, the Queensland University of Technology.

The Premier of Queensland has announced the Government's intention to introduce legislation to the Queensland Parliament in the 1988 Spring session, probably in November 1988, to establish an institution to be named the Queensland University of Technology. Subject to the will of Parliament the new institution will come into being on 1 January, 1989.

Transition from QIT to OUT

By-Laws and Rules

The information published in this handbook has been prepared on the understanding that the Queensland University of Technology Act will provide that all By-Laws and Rules of the Queensland Institute of Technology will continue in Ioree and apply to the new institution until new Statutes and Rules have been approved.

As soon as practical alter the establishment of the QUT, the Council of the University will submit new Statutes for Executive Approval in substitution lor the existing By-Laws and will approve new rules to be framed under the provision of those Statutes. Care will be taken to ensure that students' enrolment and course progression are not adversely affected in this transition.

Transfer of Courses and Students

Subject to the existing By-Laws and Rules (e.g. unsatisfactory academic performance rules), students of the QIT shall become students of the QUT with full transfer of their previous academic records. All courses offered by the QIT shall become courses of the QUT.

Preface 4

Debts and Obligations

Any debts or obligations owing to the QIT (e.g. fines or loans) shall be debts or obligations owing to the OUT. Equally, debts or obligations of the QIT (e.g. refund of laboratory deposits) shall be the responsibility of the OUT.

Publication of QUT Calendar

As early as possible in 1989 the University will publish its first Calendar (or institutional handbook). This publication will contain the Statutes and Rules of the Queensland University of Technology and other information on the new institution as approved by the University Council. Particularly in the first year of the university's operation all students should purchase a copy of the Calendar when it becomes available.

Conclusion

By the time this Faculty handbook is released for publication it is expected that the Act establishing the Queensland University of Technology will be law. I therefore take the opportunity to welcome all staff and students to the new institution.

B S Waters Registrar

Rules Relating to Student Matters

2

6 Rules

RULES RELATING TO STUDENT MATTERS

Admission to Courses

The Council may-

1. prescribe the conditions for normal entry to each course offered.

2. limit the number of students who shall be permitted to enrol or continue in any course.

3. appoint an Admissions Committee and approve of rules providing for-

(a) its membership including the appointment of a Chairman; (b) its method of operation; (c) the admission of students who do not comply with normal

entry; (d) the selection of students to be admitted where quotas or

restrictions have been imposed upon admissions and enrolments;

(e) a quorum.

Academic Structure and Content of Courses

The Council may-

4. prescribe the academic structure and content of any courses and amend these at any time provided the reasonable rights of students already enrolled in the course are not prejudiced or are sufficiently safeguarded;

5. prescribe rules for student progression within a course;

6. delegate any or all of its powers under this section.

Assessment of Students

The Council may-

7. approve rules relating to the examination and assessment of students and the award of grades of passes;

8. delegate any or all of its powers under this section.

Exclusion of Students

The Council may-

9. prescribe rules relating to gross failure;

10. exclude any student who is classified as having achieved gross failure in subjects or courses;

11. delegate any or all of its powers under this section provided that any student shall have a right of appeal to Council against any decision on exclusion.

Rules 7

Appeals

Council shall establish an Appeals Committee to hear student appeals to the Council against exclusion and approve rules not inconsistent with By-law No. 5 or rules thereof in respect of the duties powers membership and management of the business of such Committee.

RULES FOR ADMISSION

1. Meaning of certain words. Unless the context otherwise indicates or requires-

'Admission Committee' means a committee appointed by Council to consider applications for admission to University courses.

'Dean of Faculty' means a member of the academic staff appointed by Council and so designated.

'Head of School' means a member of the academic staff appointed by Council and so designated as the senior academic member of staff in a particular School. Reference to 'Head of Department' in these Rules is deemed to include reference to 'Head of School'. ·

'Head of Counselling' means the officer in charge oft he University's Counselling Centre.

'Academic Staff Association' means the Academic Staff Association of the University.

'Ordered Course' means a course in which a student is required, to gain credit in a number of subjects in a particular sequence to acquire an award.

'Head of Department' means a member of the academic staff appointed by Council and so designated as the senior academic member of staff in a particular Department. Reference to 'Head of Department' in these Rules is deemed to include reference to 'Head of School'.

'Sub-tertiary course' means a course of study leading to the award of a Certificate.

'Tertiary Course' means a course of study leading to the award of a Degree Diploma or an Associate Diploma.

'Assistant Registrar' means the Assistant Registrar of the University. A 'Registered Student' is a student in an ordered course whose first

enrolment in that course has been accepted and approved by the Registrar. A student shall remain a registered student until he: (a) completes the course, or (b) withdraws from the course, or (c) is excluded from the course, or (d) fails to enrol in the course.

2. The membership of the Admissions Committee shall be­

Registrar (who shall act as Chairman) Deans of Faculties

8 Rules

Head of Counselling One representative appointed by the Academic Staff

Association.

A member of Committee may be permitted to appoint another person who is not a member to attend and vote on his behalf.

3. The Admissions Committee shall-

(a) advise the Director and the Academic Assembly on all matters relating to the admission of students including -

(i) the standards of entry to all courses after consideration of recommendation prepared by the Academic Boards;

(ii) the assessment of prospective future enrolments following periodic reviews of statistical trends;

(iii) the recommendation or policies for determining those who should be given priorities for admission or enrol­ment where quotas or restrictions on admissions or enrolments are in the opinion oft he Council necessary.

(b) determine eligibility for admission in those cases where the applicant does not possess normal entry standards.

4. A person desirous of entering a course shall make application to the Registrar for admission on a form provided for this purpose, and shall lodge such form fully and correctly completed not later than the closing date prescribed by the Council.

With such application, the person shall produce to the Registrar for verification, sufficient documentary evidence of passes in pre­requisite examinations.

The documentary evidence produced for verification shall be­

(a) the original documents or facsimile copies thereof; (b) such other evidence as the Admissions Committee may

require.

5. A person who does not have the normal entry qualifications may make application for special consideration for entry on a form provided by the Registrar.

6. Concurrently with an application for special consideration for entry a person shall lodge with the Registrar an application for enrolment on the form provided for the purpose, and shall lodge such form fully and correctly completed not later than the closing date prescribed.

7. The Registrar shall notify all applicants for admission of the acceptance or rejection of their applications.

8. An application for enrolment may be amended by the Head of Department because of -

(a) timetable incompatibility; (b) non-compliance with the rules applicable to the course of

study; (c) selection by the applicant of subjects which in the opinion of

the Head of Department are more than his capacity or

Rules 9

circumstances allow him to study adequately.

An applicant whose application for enrolment has been amended shall have a right of appeal to the Dean of Faculty. Such an appeal shall be lodged with the Registrar within fourteen (14) days from date of notification of such amended enrolment. The Registrar shall notify the applicant of the result of the appeal as soon as is reasonably possible.

9. Late enrolments may be accepted only if a vacancy exists in classes established on the basis of closing date enrolments, and with the approval of the Dean of Faculty.

10. A Dean of Faculty may cancel any class in any subject where the number of enrolments in that class is considered to be insufficient.

Class groups shall be determined on enrolments at a closing date prescribed by Council. In the event of the cancellation of any class the enrolment of a student shall be deemed to be cancelled in respect of such subject provided that such cancellation shall be without prejudice to the right of the student to again apply for admission for enrolment in such subject, subject to the conditions prescribed for entry to such subject at the time of his application.

RULES RELATING TO UNREGISTERED STUDENTS

1. Unregistered Students are defined as those students who undertake individual subjects from accredited University courses {award courses) and receive normal instruction, assessment and examin­ation results in such subjects but who are not registered to undertake a complete award course.

2. There shall be two categories of Unregistered Students:

(a) Miscellaneous Students who pay no tuition fees and who are enrolled under special approval arrangements, for example, to undertake an approved bridging program prior to entering a specific award course, to satisfy provisional enrolment requirements, to complete a second or subsequent strand of a University course or to complete a course offered by another institution;

(b) Visiting Students who pay a tuition fee as determined by the University's Continuing Education Committee, who under­take as continuing education students individual subjects from award courses for means of professional or personal development, but who do not come within the definition of Miscellaneous Students.

3. Enrolment as an Unregistered Student shall be subject to the applicant's completion of application procedures as determined by the Registrar and to the approval of the application by the Head of Department or Head of School responsible for teaching the subject.

10 Rules

4. Unregistered Students shall be required to pay the appropriate Union Fee and shall be subject to the rules of the University, with the exception of Rules 41 to 46 of the General Examination Rules (Unsatisfactory Academic Performance).

5. Miscellaneous Students shall not be permitted to accumulate credits for more than 20% oft he total course hours within a course. Visiting Students shall not receive credit towards a University course for any subject undertaken as a Visiting Student.

6. Where quotas or other restrictions apply to a subject, a student registered for a University course will have precedence over a Miscellaneous Student and a Miscellaneous Student shall have precedence over a Visiting Student.

7. Where a registered student is also undertaking a subject or subjects offered in a course otherihan that for which the student is registered, the application of the Rules on Unsatisfactory Academic Performance in the course for which the student is registered will not be affected in any way by the results obtained in the subject or subjects undertaken in the unregistered mode.

8. When a registered student is excluded from a course due to unsatisfactory academic performance, the student shall not be eligible subsequently for enrolment as an unregistered student in any subject of that course except at the discretion of the Dean of the Faculty responsible for the conduct of the course.

RULES RELATING TO EXEMPTIONS

1. Subject to the provisions of Rules 2 and 3 hereof, a student who has completed a program considered by the Head of School or Head of Department responsible for the course as being an adequate and relevant substitute for a subject or subjects pre­scribed in the relevant course rules may be granted exemption from the whole or part of that subject or those subjects.

2. Exemptions may be granted for any number of subjects provided that-

(a) in the case of a course which exceeds two semesters full­time or four semesters part-time, exemptions may be granted up to a limit such that in order to qualify for the award the student must have completed satisfactorily within the University the equivalent of at least two semesters of full­time study or where the course is not offered for full-time study four semesters of part-time study in subjects nominated by the Head of School or Head of Department responsible for the course, irrespective of the course in which the student was registered while undertaking the nominated subjects;

(b) in the case of a course which does not exceed two semesters

Rules 11

full-time or four semesters part-time, exemptions may be granted up to a limit such that in order to qualify for the award the student must complete satisfactorily within the University subjects nominated by the Head of School or Head of Department responsible for the course, the contact hours of which aggregate to 75 percent or more of the prescribed minimum contact hoursofthecourse, irrespective of the course in which the student was registered while undertaking the nominated subjects;

(c) where a student gains an award in one University course, in order to qualify for a second or subsequent University award the provisions of 2(a) or 2(b) above must be satisfied subsequent to registering for the second or subsequent course.

3. Exemptions will not be granted in connection with or for the Graduate Diploma in Legal Practice course.

4. Except as specifically provided in individual Course Rules and save in exceptional circumstances as determined by the Registrar all applications for exemption must be made and determined at the time of a student's first Enrolment in the course to which the exemptions refer.

5. Whenever exemptions granted constitute 50% or more of the full course program, the Head of School or Head of Department responsible for the course shall provide the Registrar with full details of the study program which the student has to complete at the University to qualify for the award. The Registrar shall advise the student of such requirements in writing.

RULES RELATING TO

STUDENTS WHO SEEK RE-REGISTRATION

1. Subject to the provisions of clauses 2 and 3 below, a student whose registration in a course has lapsed because of withdrawal from the course or failure to re-enrol in the course and who wishes to re-register in that course.

(a) must apply for registration in the course by submitting a Re-enrolment Form;

(b) shall be subject to the Course Rules in operation at the time of resumption; and

(c) must re-enrol as directed.

2. The provisions of clause 1 of this Rule do not apply to students, who, at the time of resumption, have not satisfactorily completed all the subjects listed in the Course Rules for the first and second semesters, full-time, part-time, or external, as the case may be, of the course in which re-registration is sought. Such students are not eligible to re-enrol and must apply for admission to the course

12 Rules

in the manner prescribed for new students.

3. Upon withdrawal from a course, or upon failure to re-enrol in a course a student who has not satisfactorily completed all subjects listed in the Course Rules for the first and second semesters, full-time, part-time or external, as the case may be, of that course, may be granted leave of absence upon production to the Registrar of documentary evidence acceptable to the Registrar in the case of medical or other compassionate grounds and acceptable to the relevant Academic Board responsible for the course in any other case. Such leave of absence shall be for a specific period at the expiration of which the student may re-enrol without loss of credit for results awarded prior to the date of withdrawal. A student to whom leave of absence has been granted shall be deemed for the period of leave of absence to be no longer proceeding to an academic award and must, on termination of the leave of absence, re-enrol or apply for an extension of the leave of absence. If a student fails to re-enrol or obtain an extension his registration will lapse.

4. A student whose registration in a course has lapsed as a conse­quence of exclusion from the course and who wishes to re-register in the course must apply for readmission in accordance with Rule 46 of the General Examination Rules.

Rules 13

GENERAL EXAMINATION RULES

Part I. DEFINITIONS 'Academic Board' means a Board constituted by Council to exercise

certain academic functions in relation to a particular Faculty. 'Committee of the Academic Board' means a group of members of the

Academic Board constituted by the Academic Board to exercise those particular academic functions prescribed by the Academic Board.

"Award' means a Degree, Graduate Diploma, Diploma, Associate Diploma or Certificate conferred upon a student by the Council.

'Chief Examiner' means an officer appointed and so designated by a Head of Department in relation to an examination in a particular subject for a particular period.

'Examiner' means an officer appointed by the Head of Department to set and mark examination papers in a particular subject for a particular period.

'Supervisor' means an officer appointed by the Registrar or nominated by a Head of Department to supervise the conduct of a particular examination.

'Central Examination' means any examination administered by the office of the Registrar.

'Departmental Examination' means any examination administered by a Department.

'Supplementary Examination' means a further examination given to a student who has failed to pass a subject.

'Deferred Examination' means an examination given to a student in cases where the student has failed to sit for and complete an examination and the reasons for such failure have been accepted by the Dean of Faculty.

'Course' means a group of subjects specified by the rules which must be successfully completed in order to qualify for a specified award.

'Subject' means the basic educational unitforwhich results are awarded within the University.

'Result' means the formal indicator of a student's achievement in a subject.

'Assessment Provisions' means the systems of assessment approved for a subject and may include Central Examinations, Departmental Examinations, Assignments, Field Work, Practical Work, Reports, Seminar Participation or other work which a student is required to do and which will be assessed in determining a student's result in the subject.

'Dean of Faculty' means a member of the academic staff appointed by Council and so designated.

'Head of School' means a member of the academic staff appointed by Council and so designated. Reference to 'Head of Department' in these Rules is deemed to include reference to 'Head of School'.

'Head of Department' means a member of the academic staff appointed by Council and so designated as the senior academi~ member of

14 Rules

staff in a particular Department except that where there is no Department responsible for subjects the Dean of Faculty shall be regarded as the Head of Department. Reference to 'Head of Department' in these Rules is deemed to include reference to 'Head of School'.

'Registrar' means the Registrar of the University. 'Vice-Chancellor' means the Vice-Chancellor of the University.

Part II. DETERMINATION AND NOTIFICATION OF ASSESSMENT PROVISIONS

1. Authority to Prescribe Assessment Provisions

(a) The Assessment Provisions for each subject shall be prescribed by the Department responsible for the subject and shall be approved by the Academic Board of the Faculty to which the Department is attached.

(b) An Academic Board shall have the power to delegate its responsibility under this rule to a Committee of the Academic Board subject to any conditions the Academic Board may impose. The Academic Board shall resolve any disputes.

2. NotificaUon of Assessment Provisions in Subjects

Within a reasonable period of the commencement of a subject students shall be provided with written advice of the Assessment Provisions in the subject, together with information on the weight and timing of each item of assessment. If a passing grade is required in any or each item of assessment in order to obtain a passing grade in the subject this information must also be included in the advice to students.

Part Ill. ORGANISATION OF EXAMINATIONS

3. Periods tor Examinations

(a) The periods within the academic year to be set aside for Central Examinations, Supplementary Examinations and Deferred Examinations will be determined by Council and published in the University Calendar.

(b) The timing of Departmental Examinations shall be as deter­mined by the Department concerned after agreement with other Departments which might be affected by any determ­ination and, where appropriate, by agreement with the Registrar.

(c) Except in exceptional circumstances and with the specific approval of the Registrar no Central Examination or Depart­mental Examination, other than Deferred or Supplementary Examinations may be held during a period shown on the University Calendar as reserved for Examination preparation or for Recess periods.

Rules 15

4. Accommodation

The Registrar shall have first call on Lecture Rooms, Seminar Rooms, Drawing Offices, and other examination accommodation during periods approved for Central Examinations.

5. Appointment of Examiners

(a) The relevant Head of Department shall appoint examiners and, where appropriate, chief examiners each semester for each subject in that semester.

(b) The names of all examiners shall be forwarded by the Head of Department to the Registrar by a date to be prescribed by the Registrar.

6. Submission of Central Examination Papers

The Registrar may prescribe the date upon which all Central Examination papers required to be set by examiners are to be forwarded to the Examinations Section within the Registrar's Office and the form in which such papers will be received.

7. Timetables

(a) The Registrar shall be responsible for the preparation of a timetable for all Central Examinations and for the publication of this timetable as required by these rules.

(b) Each Head of Department shall be responsible for the preparation of a timetable for Departmental Examinations conducted by the Department and shall place such timetable on appropriate Departmental Noticeboards.

(c) A timetable for Central Examinations shall be posted on the main University Noticeboards and to external students not less than three weeks prior to the commencement of the relevant semester examination period.

(d) Should any timetable show a clash between subjects for which the student is enrolled, it is the responsibility of the student to notify either the Registrar or the Head of Depart­ment as the case may be by the date prescribed for such notification.

(e) No amendment to a timetable for Central Examinations will be accepted following distribution of student examination forms referred to in Rule B(a).

8. Student Examination Form

(a) The Registrar shall forward to each student at least two weeks prior to the commencement of the Central Examination period an examination form showing all the subjects in which the student is enrolled in the current semester, a statement of whether the subject has a Central Examination scheduled and the date and time of the examination in those subjects which are to be centrally examined.

(b) The student shall take this form to all examinations and shall produce the form on request as provided for in Rule 18.

16 Rules

Par! IV. ELIGIBILITY TO UNDERTAKE ASSESSMENT PROVISIONS

9. Eligibility to Undertake Assessment

Subject to the provisions of Rule 10, a student who holds a current enrolment approval in a subject shall be eligible to undertake the assessment provisions for that subject.

10. Eligibility to Sit for Examinations

(a) A student may be declared ineligible by the Head of the Department responsible for the course to sit for an examin­ation as a consequence of having failed to fulfil all the conditions as set out in the rules pertaining to the course for which the student has enrolled.

(b) The Registrar may prescribe the date by which Heads of Department must advise the Registrar of the names of students who are declared to be ineligible under this rule and upon receipt of advice from the relevant departments will so advise the students in writing of their ineligibility inviting them to show cause by a prescribed date why ineligibility should not be confirmed.

(c) Where students show cause why they should not be declared ineligible their cases shall be referred to the Dean of Faculty for review and determination.

(d) A student declared by the Dean of Faculty to be so ineligible shall have the right of appeal to the Director.

11. Voluntary Withdrawal from Enrolment in Subjects

(a) A student who cancels enrolment in a subject on or before the final date for cancellation of subjects without penalty shown in the University Calendar shall not receive any result for the subject.

(b) Subject to sub-rule 11 (c), a student who cancels enrolment in a subject after the final date for cancellation of subjects without penalty shown in the University Calendar and before the date shown in the Calendar for the end of the relevant semester, shall be regarded as having presented for assess­ment and shall receive the result 'Fail- Late Cancellation'.

(c) If the Registrar, on the advice of the Faculty, is satisfied that medical, compassionate, or other exceptional circumstances necessitate a student cancelling a subject, such cancellation may be granted without penalty even though the date of cancellation was after the final date for cancellation without penalty specified in the University Calendar.

Part V. DEFERRED EXAMINATIONS AND SPECIAL CONSIDERATION

12. Failure to Attend for Examination at the Prescribed Date and Time

Rules 17

Subject to the provisions of Rule 13, a student who fails to attend an examination which is shown on the examination form referred to in Rule 8 will be deemed to have sat for and failed the examination.

13. Deferred Examination

(a) A student who for medical or compassionate reasons or other circumstances beyond the student's control, was, or will be, unable to sit for an examination may apply for a Deferred Examination. An Application for Deferred Examin­ation must be lodged with the Registrar as soon as pract­icable, and in any case not later than the date prescribed in the University Calendar, and must be supported by suitable medical or other evidence in the form specified in Rule 15.

(b) Should the medical or other evidence submitted in support of an Application for Deferred Examination be acceptable to the relevant Dean of Faculty, the student shall be granted a Deferred Examination.

14. Special Consideration of Factors Affecting Examination Performance

(a) Candidates who consider that their performance in an examination has been adversely affected by illness, disability, bereavement or other exceptional circumstances may apply for special consideration. Such applications must be lodged with the Registrar as soon as practicable, and in any case by the closing dates specified in the current University Calendar. Such applications must be supported by medical or other evidence in the form specified in Rule 15.

(b) The Registrar shall forward applications for special con­sideration to the relevant Dean of Faculty for determination. The Dean of Faculty may refer the application to the relevant chief examiner who, in consultation with the appropriate examiner or examiners, shall take such account of the information contained therein as is considered appropriate in deciding the result to be recommended for the candidate in the subject in question.

(c) Notwithstanding Section (b) of this rule, Academic Boards may prescribe additional procedures to facilitate consider­ation of special consideration applications.

15. Evidence in Support of Applications for Deferred Examinations and Special Consideration

(a) Medical Evidence: A candidate who applies for a Deferred Examination or for special consideration on medical grounds must submit a medical certificate from a registered medical or dental practitioner stating:

(i) the date on which the student was examined; (ii) the nature, severity and duration of the complaint; (iii) the practitioner's opinion of the effect on the students

ability to take, or to perform satisfactorily in, the examination.

18 Rules

A statement that the student was not fit for duty, or was suffering from 'a medical condition' will not be accepted.

(b) Evidence other than medical evidence: A candidate who applies for a Deferred Examination or for Special Consider­ation on other than medical grounds must submit with the application a Statutory Declaration stating the disability or exceptional circumstances, which precluded the candidate from taking the examination in the appointed place and/or at the appointed time or which the candidate considers affected performance in the examination. The candidate should also furnish any corroborative evidence in support of the appli­cation.

(c) A Deferred Examination may not be granted if in the opinion of the relevant Dean of Faculty more timely notice of difficulties would have permitted arrangements to have been made for the original examination to be taken close to the original time set down for the examination.

(d) A Deferred Examination will not normally be granted to candidates who misread the Examination timetable.

Part VI. CONDUCT OF EXAMINATIONS

16. Responsibility for Conduct of Examinations

(a) The Registrar shall be responsible for the conduct of all Central Examinations in accordance with the rules contained in this Part VI.

(b) The relevant Head of Department shall be responsible to the Registrar for the conduct of Departmental Examinations in accordance with the rules contained in this Part VI.

17. Entry to Examination Rooms

(a) All persons entering an examination room must provide proof of identity to the supervisor.

(b) A person other than the candidate, supervisor, chief examiner or chief examiner's nominee, Head of Department, Registrar or Registrar's nominee, may not except with the permission of the supervisor enter an examination room during an examination session.

(c) Except with the permission of a supervisor no person other than a supervisor, the Registrar or the Registrar's nominee may enter an examination room during the period of forty­five minutes immediately preceding an examination session set down for that room.

(d) A person whether a candidate or not, who is given permission to enter or leave an examination room shall comply with all conditions on which the permission is given.

18. Identification

A candidate shall bring to the examination room the student

Rules 19

examination form and student card provided to each student and shall produce or keep displayed such information in accordance with any direction given by notice displayed in the examination room, by direction on an examination book, by a supervisor or otherwise.

19. Places

A candidate for an examination shall upon entering an examination room proceed without delay to such place as the candidate is or has been directed to occupy for that examination by a supervisor or by notice, or other means, and shall not leave that place except with the permission or by the direction of a supervisor. A supervisor may at any time direct a candidate to leave any such place and to occupy another place specified by the supervisor, and a candidate shall without delay comply with any such direction.

20. Time for Departure

(a) A candidate may not leave an examination room before the end of the examination session without the permission of a supervisor.

(b) Except in exceptional circumstances permission to leave an examination room will not be granted before the expiration of half the working duration of the examination.

21. Candidates Not to Remove Papers

A candidate shall not remove from the examination room any worked script or other paper provided for use during the course of the examination (other than the question paper supplied where this is authorised by the supervisor on advice from the examiner) or other material the property of the University.

22. Cheating

(a) A candidate shall not cheat or attempt to cheat in any examination.

(b) A person whether a candidate or not shall not do anything intended to assist any other person sitting for an examination to cheat or otherwise defeat the purposes of the examination.

23. Candidate not to Communicate with Others

A candidate shall not during an examination session communicate by word or otherwise with any other person except a supervisor, examiner or examiner's nominee, or assist any other person to communicate with another person, or willingly receive a commun­ication from any person other than a supervisor, examiner or examiner's nominee.

24. Unauthorised Material not to be brought into the Examination Room

A candidate shall not bring into an examination room anything whatsoever which conveys or is capable of conveying information concerning or otherwise has reference to any subject or is such that it may reasonably give rise to suspicion that it is capable of

20 Rules

conveying information concerning or of having reference to any subject or that it was intended by the candidate to do so. It is immaterial that the subject is not a subject to which the examination relates.

It shall be sufficient answer to any alleged breach of this rule if the candidate establishes that anything brought by the candidate into an examination room was-

(a) declared as permissible by the examiner and is so indicated on the examination paper, or

(b) brought in with the permission of the supervisor, or

(c) deposited by the candidate within the room forthwith after entering it at a place designated by the supervisor as a place where such thing may be deposited.

25. Candidate to Comply with Directions

(a) A candidate shall comply with all directions to candidates set forth on the examination book or such other examination material supplied or set out on any notice displayed in the examination room and shall without delay comply with any reasonable direction given by the supervisor.

(b) A candidate's behaviour shall not be such as to disturb or distract or adversely affect any other candidate.

(c) In the event of breach or default by a candidate under or in respect of 25(a) or 25(b) the supervisor may require the offending candidate to leave the examination room and failure by the candidate to do so shall be deemed to be a breach of discipline and the student may be dealt with under By-law 9(2).

(d) All such exclusions shall be reported immediately to the Registrar or in his absence the Deputy Registrar or officer designated by the Registrar to conduct the examination and the Registrar, Deputy Registrar or other officer after hearing the supervisor the candidate and any relevant evidence may either confirm or rescind the exclusion.

26. Supervisors Powers of Inspection and Enquiry

(a) A supervisor may require a candidate to show by such means as the supervisor may specify and as the supervisor considers appropriate to the circumstances that the candidate does not possess or in any way have available any such thing as is specified under Rule 24 or that the candidate is not committing or has not committed a breach of Rules 22 or 23 and the candidate shall comply without delay with such requirement.

(b) If a supervisor considers that unauthorised material has been brought into the examination room, the supervisor may confiscate such material together with worked scripts com­pleted to that time. The supervisor shall submit any material so confiscated to the Registrar or the Registrar's nominee for investigation.

Rules 21

Part VII. PLAGIARISM

Plagiarism is the act of taking and using another's work as one's own. Where plagiarism occurs in items of assessment contributing to the result in a subject it shall be regarded as, and treated in the same manner as, cheating in an examination. For the purpose of these rules any of the following acts constitute plagiarism unless the work is acknowledged:

(a) copying the work of another student;

(b) directly copying any part of another's work;

(c) summarising the work of another;

(d) using or developing an idea or thesis derived from another person's work;

(e) using experimental results obtained by another.

27. Plagiarism

A student shall not plagiarise in any assessment exercise.

Part VIII. PENAL TV FOR BREACH OF RULES 28. Penalties

(a) If a candidate commits a breach of any rule contained in Parts VI and VII of these rules, the candidate may be dealt with under By-law 9(2) or 9(3).

(b) A candidate who commits a breach of a rule contained in Parts VI and VII of these rules shall be liable in addition to any other penalty to incur the following penalties.

For a first breach-

(i) the award of a low fail result in the subject concerned, or

(ii) the award of low fail results in all subjects in which the student would have received final results in the same academic semester.

For a further breach-

(i) exclusion from the University for a period, or (ii) permanent exclusion from the University.

A candidate incurring either of these last mentioned penalties resulting in exclusion from the University shall have a right of appeal to the Council.

(c) Any complaint that a student allegedly breached a rule contained in Parts VI or VII of these rules shall be referred to the Registrar, or an officer delegated by the Registrar to deal with examination matters, to determine whether the com­plaint should be investigated. The Registrar, or other officer, shall notify the Vice-Chancellor of any alleged breach which it has been resolved should be investigated. The Vice­Chancellor may in writing require the student to show cause within not less than seven days from the date of such

22 Rules

requirement why penalty should not be imposed under this rule. In the event of the student failing to show cause, acceptable to the Vice-Chancellor, the Vice-Chancellor may impose a penalty as provided for in this rule 28.

(d) Any penalty imposed under this rule shall be communicated to the relevant Dean of Faculty for information.

Part IX. ASSESSMENT OF RESULTS 29. List of Candidates

The Registrar shall supply to each examiner or Head of Department/ School a list of candidates for whom a result is required in each subject. Such list shall be referred to as the Examiner's Return.

30. Duties of Examiners

The Examiners shall furnish to the Head of Department/School offering the subject through the Chief Examiner where such is appointed-

(a) The Examiner's Return amended to show-

(i) such details of each candidate's performance as may be required by the Head of Department/School or Chief Examiner;

(ii) a statement of those from whom no script was received;

(iii) the name of any candidate who submitted a script and whose name was not included in the list supplied by the Registrar.

(b) the examiner's recommended grade lines.

31. Powers and Duties of Head of Department/School offering subjects

Prior to the consideration of results by Academic Boards, the Head of Department/School may approve or vary the percentage or result recommended for each candidate, provided always that, before making such a variation, the Head of Department/School shall advise the examiner concerned of the variation proposed and consider any representation that the examiner may wish to make.

32. Provision of Information to Academic Boards

On the basis of the results furnished by the Head of Department/ School offering subjects, the Registrar shall provide to each Academic Board-

(a) For each subject offered by a Department or School within the Faculty and which is being assessed in the current examination period, a list showing the result recommended for each candidate, and an analysis of the recommendations showing the numbers of each grade of pass or failure recommended; and

(b) For each course administered by the Faculty, a list of the students enrolled showing the recommended result for each subject in which the student is enrolled.

Rules 23

33. Powers and Duties of an Academic Board in relation to subjects offered by the Faculty

(a) The Academic Board shall review the recommended grade lines for each subject offered by the Faculty and the recommended result for each candidate and shall determine the final result in terms of the grade of result set out in Part IX of these rules to be recommended to each Academic Board which administers a course or courses having candidates enrolled in those subjects.

(b) Application of Academic Board Policy

Where an Academic Board has prescribed a policy which requires an adjustment of results the Dean of Faculty, before submitting results recommended for each candidate to the Academic Board, shall adjust the recommended grades in any subject in accordance with that policy, and shall report any adjustment so made to the Academic Board.

34. Powers and Duties of an Academic Board in relation to students undertaking courses administered by the Faculty

(a) The Academic Board shall review the results recommended for each student in the course and, in terms of the approved course rules and such policy as has been set down by the Academic Board, shall determine-

(i) whether action should be taken to amend a recom­mended result in terms of Rule 34(b)(iii);

(ii) whether the candidate shall be granted conceded passes in subjects in which passes have not been granted;

(iii) whether the candidate shall be granted supplementary examinations or shall be required to submit for such other additional means of assessment as the Academic Board shall determine.

{b) In reviewing the results for each student undertaking one of its courses an Academic Board may only determine a result different from that recommended by the Academic Board offering the subject in one of the following ways-

(i) in accordance with Rule 34(a)(ii); (ii) in accordance with Rule 34(a)(iii); (iii) after advice to the Head of Department/School offering

the subject, or the Chief Examiner, of the intended variation to the candidates result and only after consideration of any matters which that Head of Department/School or Chief Examiner may wish to place before the Academic Board.

(c) Where an Academic Board administering a course has determined a policy in relation to the assessment of examin­ation results it may delegate to a Committee of the Board the authority to exercise its powers under these rules. All such

24 Rules

authority exercised on behalf of the Board must be consistent with the policy laid down by the Board and all decisions made by the Committee must be reported at the next meeting of the Board.

35. Powers of Alteration

A result determined by the Academic Board administering a course, and a decision concerning the granting of supplementary examination to a candidate may be altered by the Dean of Faculty administering the course with the concurrence of the Head of Department/School or Chief Examiner concerned -

(a) to correct a patent error, or

(b) to make the result or decision accord with the result or decision which the Dean of Faculty and the Head of Department/School, Chief Examiner and where possible the examiner, are satisfied would have been confirmed or made by the Academic Board if it had considered relevant circum­stances which were not considered by the Board.

Any such alteration and the reasons therefore shall be reported to the Academic Board at its next meeting, and shall be reported to the Registrar for the purpose of amending the student's academic record.

36. Grading of Results

(a) A pass in each subject may be designated as a High Distinction (HD), Distinction (D), Credit (C) or Pass (P).

(b) Where the Academic Board administering the course so determines in accordance with Rule 33 a Pass Conceded (Q) may be awarded in a subject.

(c) Where the Academic Board administering the course so determines, all candidates gaining a pass in a subject may be awarded with a result of Pass- Non Graded (R).

(d) Where the Academic Board administering the course so determines, all candidates in a subject may be assessed as having Satisfactorily Completed (G), or Not Satisfactorily Completed (Z) the subject.

{e) Where students have been granted supplementary examin­ations in subjects, they may not subsequently be awarded with a grade higher than Pass- Supplementary (T) in those subjects.

(f) Where students have been granted deferred examinations they may be awarded passes in terms of High Distinction (HD), Distinction (D). Credit (C), Pass (P), Non-Graded Pass (R). Satisfactorily Completed (G) or Pass Conceded (Q).

(g) A fail in each subject will be designated as a Fail (N) or Low Fail (L) except that where candidates have no assessment in subjects they will be awarded Fail- No Assessment Under­taken (X) or where students notify of their withdrawal from

Rules 25

subjects after the official cancellation date and they are not granted cancellation without penalty they will be awarded Fail - Late Cancellation (K) or where students are not successful at a supplementary examination they will be awarded Fail - Supplementary (M).

37. Unfinalised Results

(a) Withheld Results

Where candidates have failed to comply with the Rules pertaining to a particular subject or course, irrespective of whether they have been permitted to sit for the relevant examinations or not, or where the Academic Board admin­istering the course decides that further assessment is desir­able before release of candidates final results, such results in either a particular subject or all of the subjects may be withheld at the discretion of the Academic Board until the candidates have fulfilled all requirements to the satisfaction of the Academic Board.

In such cases, the Registrar shall advise the student in writing to contact the Head of Department/School offering the subject to ascertain exact requirements to enable the final result to be issued. Except in the case of the Academic Board administering the course having decided that further assessment is desirable before release of a final result, the student shall be given the opportunity to show cause to the Registrar why the result should not be withheld.

(b) Finalisation of Results

Where a deferred examination or a supplementary examin­ation is conducted as a Central Examination the Academic Board administering the course in which the student is enrolled must notify the Registrar of the final result within seven days of the date of the Central Examination.

In the case of all other unfinalised results, the Academic Board administering the course in which the student is enrolled must notify the Registrar of a final result, in the case of a result pertaining to the Spring semester, no later than the last Friday in January of the succeeding year, and in the case of a result pertaining to the Autumn semester, no later than two weeks after the commencement of the following Spring semester.

In exceptional circumstances and with the approval of the Academic Board, a result may remain unfinalised until the end of the sixth week of the succeeding semester. In such a case the Academic Board must inform the Registrar in writing of the reason for the delay in the finalisation of the result.

38. Approval of Release of Results

(a) The Dean of Faculty shall certify to the Registrar the final results in respect of each candidate in the Faculty after all authorities have carried out their functions and exercised any powers given them under these Rules.

26 Rules

(b) Following certification of results by the Dean of Faculty these will be released at the direction of the Registrar.

Part X. REVIEW OF RESULTS

It is University policy that students may seek a Review of Results in final examinations. Final examinations include Central Examinations, Supple­mentary Examinations, Deferred Examinations and end of semester/end of year Departmental Examinations.

The University's minimum requirements to be applied in any such review are that marks originally given for each part of each question are consistent with the answer (as opposed to the Lecturer making a new judgement in isolation), that all sections have been marked, and thatthe aggregate marks for the paper were accurately compiled.

39. Application for Review of Results in Central Examinations and End of Semester/End of Year Departmental Examinations

The papers submitted by a candidate in any Central Examination, Supplementary Examination, Deferred Examination, end of sem­ester/end of year Departmental Examination shall be reviewed on request lodged by the candidate with the Registrar not later than the date prescribed in the Calendar in the case of end of semester/end of year examinations, or within seven days of posting results in the case of Deferred or Supplementary Examin­ations, and on payment of a fee prescribed by the Council.

40. If, on review, a higher grade of pass or a pass in place of a failing grade is awarded to the candidate, the fee so paid shall be refunded.

Part XI. UNSATISFACTORY ACADEMIC PERFORMANCE The following Rules 41 to 46 apply only to students who are registered in an approved course of study. Unregistered Students must apply lor enrolment each year and their applications may be accepted or rejected by the Registrar on the recommendation of the relevant Head of Department.

41. Probationary Enrolment

A student shall be placed on probationary enrolment if either­(a) the student has in the most recent semester failed a subject

which has been failed previously; or

(b) the student is on probationary enrolment and during that period of probationary enrolment has failed a subject which has been failed previously; or

(c) the student has a weighted grade average of less than 3.0 in the course in which he or she is enrolled, provided that the weighted grade average in the most recent semester was at least 1.00;

Rules 27

or (d) the student has during an academic year undertaken as part

of the QUT course two or more subjects from an external institution and has failed more than half of such external subjects.

For the purpose of Rule 41(a) and 41(b) a subject is uniquely identified by the subject code. Where a subject code has been changed to indicate a change in the Faculty or department responsible for the subject, the subject will be deemed to be the same subject for the purpose of Rule 41 (a) and (b).

The Registrar shall notify all students who have been placed on probationary enrolment.

42. Terms of Probationary Enrolment

(a) A student placed on probationary enrolment at the end of Autumn semester shall remain on probationary enrolment for the duration of the following Spring semester. A student placed on probationary enrolment at the end of Spring semester shall remain on probationary enrolment for the duration of the following Autumn and Spring Semesters.

(b) If a student cancels or lapses enrolment while on probationary enrolment, any subsequent enrolment in that course shall be a probationary enrolment. For the purposes of Rule 43 the terms of probationary enrolment before and after the period of lapsed enrolment shall be counted as one period of probationary enrolment.

(c) A student on probationary enrolment is required to enrol as the Head of Department directs.

(d) The Registrar shall advise all students on probationary enrolment that they should discuss their progress with the Head of Department or his nominee.

43. Exclusion

(a) At the end of each academic year, the Academic Board responsible for the course shall review the academic performance of each student enrolled in the course.

(b) The Academic Board may exclude a student from further enrolment in the course if the student is eligible for a second or subsequent period of probation in the course.

(c) The Academic Board may exclude a student from further enrolment in all courses or a specified group of courses offered by the Faculty if the student is eligible for probat­ionary enrolment and either has had at least two periods of probationary enrolment in courses offered by the University or has been excluded from another course offered by the University.

(d) On the recommendation of the Academic Board the Academic Assembly may exclude a student from further enrolment in all courses offered by the University if the student is eligible

28 Rules

for exclusion from a course under Rule 43(b) and also has been excluded previously from a course in another Faculty.

(e) The Registrar shall notify all students who have been excluded under Rule 43(b), (c) or (d) by registered mail.

44. Right of Appeal

(a) A student who is excluded under Rule43 shall have the right of appeal to Council. All appeals against exclusion shall be lodged in writing with the Secretary of Council. Each letter of appeal must state the grounds and reasons for appeal and must be delivered or posted so as to reach the Secretary of Council within fourteen calendar days of the date appearing on the Registrar's letter advising the student of the exclusion.

(b) Each appeal is forwarded in the first instance to the Academic Board which recommends to Council whether the appeal should be upheld or dismissed. Where the Academic Board recommends that the appeal be dismissed the appeal shall be considered by the Appeals Committee of Council, which shall recommend to Council whether the appeal should be upheld or dismissed.

(c) When an appeal against exclusion is upheld, the student shall be placed on probationary enrolment for the remainder of the academic year under the terms set out in Rule 42.

45. Readmission After Exclusion

(a) A student excluded under these Rules may apply for and be considered for readmission. Such readmission shall not take place until at least four semesters have elapsed since exclusion.

(b) An application for readmission after exclusion shall be made in writing to the Registrar no later than two months prior to the commencement of the semester in which readmission is sought.

(c) Applications for readmission shall be considered by the Academic Board responsible for the course from which the student was excluded. In considering applications the Academic Board may take into account changed circum­stances, for example, academic and/or vocational perform­ance since exclusion, maturity and motivation.

(d) A student readmitted under these rules shall be placed on probationary enrolment for the remainder of the academic year under the terms set out in Rule 42.

(e) At the end of the academic year, the Academic Board shall review the academic performance of each student readmitted to the course during that year. If a student has obtained a Weighted Grade Average since readmission of less than 3.50, the student may be excluded under Rule 43.

(f) If the student is permitted under Rule 43(e) to proceed with the course, in subsequent years the student is subject to Rule

Rules 29

41. For the purposes of Rule 41, subjects failed prior to the period of exclusion and the Weighted Grade Average prior to the period of exclusion shall be taken into account.

46. Maximum Time in Which to Complete an Award

(a) In order to obtain an award, the student must successfully complete the requirements for the award as specified in the rules for the course within a maximum number of calendar years as set out below:

Course- (Maximum Time)

Bachelor degree level courses (excluding combined degrees) - (1 0 years)

Combined bachelor degree level courses- (11 years)

Diploma level courses (excluding post-basic nursing courses) - (10 years)

Post-basic Nursing diploma courses- (4 years)

Associate Diploma level courses- (7 years)

Post-graduate Diploma level courses with normal duration of one year full-time, or two years part-time- (4 years)

Post-graduate Diploma level courses with normal duration of three years part-time- (5 years)

Master degree level courses (course work)- (6 years)

Master degree level courses (by research and thesis) as prescribed in relevant course rules

For the purposes of Rule46, the length oftime over which the student has acquired credit in the course is taken as the elapsed time in calendar years from the first day of the semester in which the student completed a valid semester of enrolment to the most recent subject attempted in the course, exclusive of exemptions granted, irrespective of periods of exclusion or periods of absence whether approved or not.

(b) If the time over which the student has acquired credit in the course equals the maximum time specified in Rule46(a), and the student has not completed the requirements for the award, the student shall be excluded from further enrolment in the course.

(c) The Registrar shall notify all students excluded under Rule 46(b) by registered mail.

(d) A student who is excluded under Rule 46(b) shall have the right of Appeal to Council. All appeals against exclusion shall be lodged in writing to the Secretary of Council. Each letter of appeal must state the grounds and reasons for appeal and must be delivered or posted so as to reach the Secretary of Council within 14 calendar days of the date appearing on the Registrar's letter advising the student of exclusion.

30 Rules

(e) Each appeal is forwarded in the first instance to the Academic Board which recommends to Council whether the appeal should be dismissed or whether the student should be permitted to continue enrolment in the course fora specified period provided that the student undertakes such subjects, special examinations or other requirements as the Academic Board may determine to be appropriate in order for the student to complete the requirements of the award. Where the Academic Board recommends that the appeal be dismissed, the appeal shall be considered by the Appeals Committee of Council. If the Appeals Committee recom­mends that the appeal be upheld, the appeal shall be referred back to the Academic Board to determine the conditions under which the student may complete the course require­ments. The recommendation of the Academic Board and/or the Appeals Committee shall be forwarded to Council for approval.

RULES RELATING TO THE APPEALS COMMITTEE

1. General

(a) The Appeals Committee of Council will comprise­

Deputy Director (Chairman) Three members of Council, one of whom shall be a student Two academic staff from different Faculties appointed by the

Academic Assembly One student nominated by the OUT Union Head of Counselling

(b) The Committee will consider all appeals against the imposition of penalties under the provision of Rule 28(b), Rule 43 and Rule 46 of the University's General Examination Rules and will communicate its findings and recommendations in writing to Council for approval.

(c) All appeals against the imposition of penalties under Rule 28(b), Rule 43 and Rule 46 of the University's General Examination Rules shall be lodged in writing with the Secretary of Council. Each letter of appeal must state the grounds and reasons for appeal and be delivered or posted so as to reach the Secretary of Council within fourteen (14) calendar days of the date appearing on the letter advising the students of the penalties imposed.

2. Appeals Under Rule 28

(a) In reaching its findings and recommendations, the Committee shall have regard only to the following matters-

(i) whether the original decision to exclude the candidate from the University was correct in terms of the pro­visions of General Examination Rule 28;

Rules 31

(ii) whether the procedures set out in General Examination Rule 28 were properly carried out;

(iii) the severity or otherwise of the penalty imposed.

2. Appeals Under Rule 43 and Rule 46

(a) An academic staff member on the Committee shall stand down from the Committee during the hearing of an appeal made by a student from the Faculty on which the staff member serves.

(b) In reaching its findings and recommendations, the Committee shall have regard only to the following matters-

(i) whether the penalty imposed under General Examin­ation Rule43 or Rule 46 complies with the provisions of that Rule and the policy of the relevant Academic Board in relation to that Rule;

(ii) whether the procedures set out in General Examination Rule 42 were properly carried out;

(iii) the severity or otherwise of the penalty imposed.

(iv) mitigating circumstances advanced by or on behalf of the student in the appeal.

RULES RELATING TO NON-RELEASE OF EXAMINATION RESULTS

1. Subject to the following Rules, the Registrar, acting on the recommendation of a Dean of Faculty, the Chief Librarian, the Computer Manager, the Bursar or other officer authorised by Council, may approve that a student's examination results for a specified semester or year not be published or released to the student. The student shall be advised in writing of the Registrar's decision.

2. A Dean of Faculty, the Chief Librarian, the Computer Manager, the Bursar or other authorised officer may recommend that a student's examination results not be published or released if, by the last day of a semester's examination period as prescribed in the University Calendar-

(a) the student fails to return to the University equipment which the student has borrowed from the University and which is overdue for return; or

(b) the student fails to meet a debt or obligation to the University where such class of debt or obligation has been deemed by the Council to warrant the non-release of examination results.

3. In these Rules the term 'equipment' means all physical stock including computer hardware and sfotware, library books and other library materials.

32 Rules

4. The Registrar shall, upon receipt of advice from the Dean of Faculty, Chief Librarian, the Computer Manager, the Bursar, or other authorised officer that a student has returned all overdue items of equipment, made adequate restitution in lieu of the return of overdue equipment or met a debt or obligation to the University as defined in Rule 2(b) above, cause the student's examination results to be released as soon as is practicable.

5. A student whose examination results have not been released, pursuant to a decision of the Registrar under these Rules, may appeal to the Vice-Chancellor against the decision of the Registrar. The appeal, setting out the grounds and reasons therefore, must be made in writing and be lodged with the Vice­Chancellor not more than fourteen days after the date appearing on the letter advising the student of the Registrar's decision.

6. The Vice-Chancellor shall consider the appeal, making such enquiries as he or she deems necessary, and shall advise the student in writing of the results of the appeal.

QUEENSLAND UNIVERSITY OF TECHNOLOGY LIBRARY RULES

1. Authority of Chief Librarian

2. Library Usage

3.

4.

5.

6.

7.

(a) Entitled Users etc. (b) Hours of Opening (c) Rules for General Conduct (d) Borrowing Responsibilities (e) Loans (f) Limited Access Collection (g) Non-Loanable Materials

Penalties etc.

(a) General (b) Reprimand (c) Fines for Late Returns (d) Loss of Borrowing Rights (e) Lost Library Material (f) Exclusion

Appeals

Library Copying and Copyright

Notices

Schedule of Service Charges

Rules 33

QUT MAIN LIBRARY RULES

1. Authority of the Chief Librarian

The Library shall be administered by the Chief Librarian. Subject to the overall control of the Vice-Chancellor and the University Council, the Chief Librarian shall -

(a) Prescribe the procedures to be followed by Library users;

(b) Exercise disciplinary authority with respect to the behaviour of users of the Library;

(c) Exercise disciplinary authority with respect to the preserv­ation, consultation and loan of library materials.

2. Library Usage

(a) Entitled Users

(i) Subject as below, the Chief Librarian may permit any person to use any facility of the Library and determine the conditions under which such use is permitted. Failure to comply with any such conditions shall be a breach of these Rules.

(ii) The following are entitled to use the Library for study and research -

Students of the University; Staff of the University; Members of the University Council; Special users who are-

reciprocal users (as defined in written agreements with OUT); any other person or group approved by the Chief Librarian.

(iii) The Chief Librarian may make a charge to any user or users for library materials, services or other facilities, in accordance with the Schedule of Charges attached to these Rules. Any amendment to the Schedule of Charges is to be approved by the Vice-Chancellor and the University Council.

(iv) Any person entitled or given approval to use any facility of the Library may be required to complete and sign a registration card undertaking to comply with the Rules.

(v) Any person entitled or given approval to use any facility of the Library, and wishing to do so, must obtain a OUT Library Membership Card or a OUT Identity Card, whichever is appropriate.

(b) Hours of Opening

The hours during which the Library shall be open shall be prescribed by shall be open shall be prescribed by the Chief Librarian, subject to the approval of the Vice-Chancellor.

34 Rules

and posted at the entrance to the Library. Prior notice through normal University channels will be given of any change in the hours of opening.

(c) Rules for General Conduct

(i) No person shall in the Library behave in a manner which, in the reasonable opinion of any Librarian on duty, is not a proper manner and a proper use of the Library, or which interferes with the comfort or con­venience of, or the use of the Library by other persons.

(ii) No person may eat or drink in the Library except in such areas as are specifically set aside by the Chief Librarian for any of these purposes. No animals may be brought into the Library.

(iii) Bags, cases or other material may be brought into the Library, but must be offered for inspection on leaving the Library if requested by a member of the Library staff.

(iv) No person may reserve a seat in a general reading area, except in Closed Carrels. Articles left unattended in the Library for more than 30 minutes may be removed by Library staff. The University, Chief Librarian and Library staff shall have no responsibility for personal belong­ings left in the Library.

(v) An atmosphere of quiet must be maintained in the Library so that it is at all times a place conducive to independent study and quiet reading. Silence must be kept in the main reading areas and conversation restricted to the Seminar rooms and other specified areas.

(d) Borrowing Responsibilities

(i) A current Identity Card is necessary for borrowing Library materials and should be carried at all times.

(ii) A borrower is responsible for safe-keeping and return of the materials borrowed by him or her from the Library.

(iii) All borrowers must complete the appropriate pro­cedures for each item borrowed.

(iv) All items on loan must be returned on or before the last date stamped on the date due slip or where appropriate, before the expiration of a recall notice.

(v) Names of borrowers will not be revealed without the borrower's consent.

{vi) Borrowers are responsible for notifying the Library of any change of address.

(e) Loans

(i) Restrictions may be placed on the number of items

Rules 35

which a user may have on loan at any one time.

(ii) Books The usual loan period for books is four (4) weeks, normally renewable once. From time to time, certain items may be placed in the Limited Access Collection (i.e. for use only in the Library) or on Short Term Loan (i.e. for a one (1) week non renewable loan period).

In addition, loan periods for certain items may be adjusted in accordance with patterns of use in an effort to ensure equitable distribution.

(iii) Extended Book Loans With the approval of the Chief Librarian, full-time academic staff may borrow, for one extended period only, books required in the planning of courses or subjects. Requests for extended loans must be sub­mitted in writing. Extended loans will not be renewed. Extended loans normally will be from 1st December to 31st July of the following year, or from 1st June to 30th November of the same year.

(iv) Periodicals Unbound issues of periodicals (other than current issues or issues on display) may be borrowed by staff for one week. Loans of periodicals are not renewable. Monographic Series (e.g. Advances in ... ) may be borrowed by staff and students for one week. Loans of Monographic Series are not renewable.

(v) Audio-Visual Most types of audio-visual materials, with the exception of films and video, may be borrowed for two (2) weeks by staff and students. Films and video may be borrowed by staff only for a period of one ( 1) week.

Audio-visual loans are not normally renewable.

(f) Limited Access Collection

(i) Only QUT students and staff and other persons approved by the Chief Librarian may use the Limited Access Collection.

(ii) No items borrowed from the Limited Access Collection may be removed from the Library, except as specified in Clause 2(f)(iv) below.

(iii) The Normal loan period is two (2) hours which is renewable if demand permits. Overnight loans are permitted from half an hour before closing time until half an hour after opening time the next day.

(iv) Students and staff must leave their QUT Identity Card as a deposit before being permitted to remove any item from the Limited Access Collection.

36 Rules

(g) Non-Loanable Materials

Non-loanable materials are as follows­

(i) Reference works; (ii) Maps and Charts;

(iii) Theses; (iv) Bound volumes of periodicals; (v) Newspapers; (vi) Other designated special collections.

3. Penalties etc.

(a) General

(i) A charge under these Rules shall be a debt to the University.

(ii) Subject as below, penalties ie. reprimand, fines, withdrawal of borrowing privileges, exclusion from the library or other specified sanction, for breaches of these Rules may be imposed by the Chief Librarian on any user.

(iii) Penalties (as specified in 3(a)(ii) above) may be waived by the Chief Librarian in special circumstances.

(iv) The Registrar, acting on the recommendation of the Chief Librarian, may refuse to publish or release a student's examination results for a specified semester or year when the student fails to return a borrowed item which is overdue or fails to meet a debt to the University.

(b) Reprimand

Failure to observe these Rules may incur a reprimand from the Chief Librarian or the Senior Librarian on duty, together with a warning against repetition of the offence.

(c) Fines for Late Returns

(i) All loans other than Limited Access or Short Term Loans

When a item is overdue, an overdue notice will be sent to the borrower; If an item is returned late, a fine will be imposed at the rate of 25c. for each day that the item is overdue from the date due, up to a maximum of $25.00.

(ii) Limited Access Collection Loans A fine of 50c. per hour will be imposed for each hour or part thereof that an item is late, up to a maximum of $25.00.

(iii) Short Term Loans A fine of 50c. per day, per item, will be imposed for each day the item is late, up to a maximum of $25.00.

Rules 37

(d) Loss of Borrowing Rights

A user's borrowing rights may be withdrawn if one item or more is overdue. Once borrowing rights have been removed they will not be restored until the overdue item/items are returned and the accrued fines are paid.

(e) Library Material Lost or Damaged in the Care of the Borrower

(i) Lost Material

If an item appears to be lost, the loss must be reported to the Lending Services Desk Clerk or the Lending Services Librarian. If an item is not returned within 5 weeks of the date stamped on the due date slip, the item is presumed lost. If after a reasonable search by both Librarian and borrower the item cannot be found and proof of return cannot be shown, the borrower shall be responsible for the replacement cost plus a processing charge of $10.00 per item, up to a maximum of $100 per item, to be paid within 14 days of date of notification.

(ii) Damaged Material

If an item is returned from loan damaged, the borrower shall be responsible for its replacement cost, whether of the whole or part of the item, together with a processing charge of $10.00 up to a maximum of $100.00 per item, to be paid within 14 days of notification.

(f) Exclusion

(i) Any person who fails to observe these Rules or who disfigures or damages any document or other Library facility may be excluded from the Library for up to one semester and shall be responsible for any damage caused.

4. Appeals

(a) Any person upon whom a penalty (as defined in 3(a)(ii) hereof) has been imposed may, within fourteen (14) days of the imposition, challenge the imposition of the penalty and/or appeal against the imposition of the penalty, and any action which may be taken under Section 3 will be suspended pending determination of the challenge or appeal.

(i) Any challenge or appeal should in the first instance be made in writing to the Registrar.

(ii) An appeal against a decision of the Registrar must be made in writing within seven (7) days to the Vice­Chancellor.

(iii) On appeal, the Registrar or the Vice-Chancellor, as the case may be, if there are extenuating or exceptional circumstances, may allow the appeal or reduce or waive the penalty.

38 Rules

5. Library Copying and Copyright

(a) Permissible Copying

Unless otherwise permitted by the Copyright Act 1968, unauthorized copying of a work in which copyright subsists may infringe the copyright in that work. A copyright owner is entitled to take legal action against a person who infringes his or her copyright.

Under Section 40 of the Copyright Act 1968, itis a fair dealing to make a single copy, for the purpose of research or study, of one or more articles on the same subject matter in a periodical publication or, in the case of any other work, of a reasonable portion of a work. In the case of a published work that is of not less than 10 pages and is not an artistic work, 10% of the total number of pages, or one chapter, is a reasonable portion.

Certain University copying facilities are designated as 'multiple copying facilities'. These 'multiple copying facilities' are situated within the University Library, the Printing Centre and the Faculty of Law only and specifically identified on an adjacent notice.

(b) Non-Copyright Material

There is no restriction on the copying of non-copyright material. Aside from personal papers, readers may be required to establish that the copies they have made are non-copyright matter. In some cases a statement is made on a publication permitting copying. Otherwise readers should assure themselves BEFORE making copies that they have the necessary authority OR are acting within the meaning of the Copyright Act 1968.

6. Notices

Any notices to be given to a person under these Rules shall be deemed to be sufficiently given if sent to him or her by mail at his or her address registered with the Library and shall be deemed to have been received by the person to whom it is addressed in the ordinary course of the post.

7. Schedule of Service Charges

Service User Category

1. Literature (Citation) OUT Staff Searching on online systems

(a) Comprehensive OUT Postgraduates

{b) Limited

2. Numeric data searching on online systems

OUT Undergraduates

Non-OUT

OUT Staff and students

OUT staff and students (as in 1 (a))

Non OUT

3. Manually prepared OUT staff and students Bibliographies

Non OUT

4. (a) Loans (other than OUT staff and students films) from OUT

(b) Loans (film)

OUT Graduates

Non OUT individuals

Companies (up to 3 borrowing)

OUT staff-teaching purposes

Rules 39

Conditions

No charge, subject to the search being for QUT teach­ing or OUT supported research.

No charge, provided searches approved by the Head of Department as being an essential part of a program of study.

If engaged in major project as for postgraduates. Other­wise, as for non OUT

Overseas databases -$7.00 per minute of keyboard time plus print costs. Australian databases-$5.00 per minute of keyboard time, plus print costs.

$15.00 per search {minisearch) $30 per search (basic search)

No charge, subject to the search being for OUT teach­ing or OUT supported research

$35.00 base charge plus $7 per minute keyboard time and offline plot costs

No charge, subject to the search being for OUT teach­ing or OUT supported research

By negotiation (based on preparation time)

No charge

$15.00 per year

$20.00 per year

$50.00 per year

No charge

OUT staff- Continuing $25 Education & Consultancy

40 Rules

Other specified tertiary Reciprocal institutions Arrangements

Other organisations

OUT students

Non OUT individuals

(c) Obtaining materials OUT staff held by OUT Library

OUT students

Non OUT

(d) Obtaining materials QUT staff not held by QUT Library

OUT students

Non OUT

(e) Loans (film) from QUT staff-other collections teaching purposes

OUT staff­Continuing education & Consultancy

OUT students

Non OUT

5. Online access to OUT staff and students OUT Library data base

Non OUT

$25

Not available

Not available

Services provided in special circumstances

Cost subject to negotiation

$6 per item

No charge, subject to loan being for OUT teaching or OUT supported research

No charge. (Request must be supported by supervising academic staff member)

$10.00 plus costs for first request, $5.00 plus costs for each subsequent

No charge

$25 plus costs

Not available

Not available

No charge subject to access being for OUT teaching or OUT supported research

$20 per hour connect time

6. Other services (a) Workspace facilities

OUT staff and students No charge, provided room is wanted for OUT teaching or OUT supported research

(b) Displays

Non OUT Charge per half day at dis­cretion of Chief Librarian

OUT staff and students No charge for displays time to OUT teaching or OUT supported research

Non OUT By negotiation

Rules 41

FACULTY OF LAW LIBRARY RULES

1. Definition

In these rules the word 'Library' means the Law Faculty Library.

2. Administration

The Library shall be administered in accordance with these Rules by the Law Faculty Librarian under the direction of the Dean of the Faculty of Law.

3. Reference Library

The Library shall be a reference Library and, except in the case of material required for use in a Law Faculty Moot, or in any case approved by the Dean of the Faculty of Law, Library material or equipment shall not be removed from the Library.

4. Hours of Opening

The hours during which the Library shall be open shall, after consultation with the Chief Librarian, be prescribed by the Dean of the Faculty of Law, subject to the approval of the Vice-Chancellor, and shall be posted at the entrance to the Library. Prior notice shall be given of any change in the hours of opening.

5. Library Users

(a) The following persons shall be entitled to use the Library for study and research-

(i) students of the University; (ii) staff of the University;

(iii) members of the Council of the University; (iv) any other person approved in advance by the Dean of

the Faculty of Law.

(b) Any person seeking approval to use the Library under Rule S(a)(iv) must apply in writing to the Dean of the Faculty of Law.

(c) Any person wishing to use the Library must possess a OUT identity card or the written approval of the Dean of the Faculty of Law, whichever is appropriate, and must produce such card or approval upon request by the person on duty at the Reader Assistance desk.

6. Conduct of Library Users

(a) Briefcases and bags must not be taken into the Library. On leaving the Library, all material shall be offered for inspection at the request of the person on duty at the Reader Assistance desk.

(b) No person shall reserve a seat in the Library except in the discussion rooms. Articles left unattended in the Library for more than one hour may be removed by any member of the staff on duty in the Library.

(c) No person shall use more than five items of Library material at any carrel or table at a time.

42 Rules

(d) Neither the Council of the University nor any of its employees shall be responsible for the safekeeping of personal belong­ings of Library Users.

(e) No person shall smoke, eat or drink in the Library.

(f) No person shall in the Library conduct himself in a manner which, in the opinion of the Law Faculty Librarian, the Assistant Librarian or the person on duty at the Reader Assistance desk, is not a proper manner and a proper use of the Library, or which interferes with the comfort or conveni­ence of, or the use of the Library by, other persons.

(g) No person shall mark, deface or otherwise damage or destroy any Library material, equipment. furniture or other property, or any part of the Library.

7. Limited Access Collection

Subject to Rule 3, a person entitled to use the Library may, upon application to the person on duty at the Reader Assistance desk and upon surrendering his QUT identity card or the written approval referred to in Rule 5(c), whichever is appropriate, as a deposit, use not more than two items from the Limited Access Collection for up to two hours at a time.

8. Moots

In the case of a Law Faculty Moot, authorised by the Dean of the Faculty of Law, the Law Faculty Librarian or the Assistant Librarian may allow material to be removed from the Library for use in such Moot.

9. Copying and Copyright

No person shall use any photocopier in the Library for a purpose which infringes copyright under the Copyright Act, 1968 (Cth). (The relevant sections of such Act are posted near each photo­copier and a copy of the Act may be obtained on application at! he Reader Assistance desk).

10. Penalties

(a) Any person who commits a breach of any of Rules 3, 5, and 6 may be reprimanded and warned against repetition of the breach, and/or excluded from the Library for a specified period not exceeding seven days, by the Law Faculty Librarian, the Assistant Librarian or the person on duty at the Reader Assistance desk.

(b) Any person who commits a breach of Rule 7 may be reprimanded and warned against repetition of the breach, and/or his privilege of using items from the Limited Access Collection may be withdrawn for a specified period not exceeding seven days, by the Law Faculty Librarian, the Assistant Librarian or the person on duty at the Reader Assistance desk.

(c) Any person who marks, defaces or otherwise damages, or

Rules 43

destroys, any Library material, equipment, furniture or other property, or any part of the Library shall be liable for the cost of making good the damage or replacing the property, such cost to be determined by the Law Faculty Librarian.

(d) Any person who imposes any penalty under Rule·10(a), (b) or (c) must, as soon as practicable thereafter, notify the Dean of the Faculty of Law in writing.

11. Appeals

(a) Any person who is excluded from the Library or whose privilege of using items in the Limited Access Collection is withdrawn or who is liable for the cost of making good damage or replacing property under Rule 10 may, within seven days thereafter, appeal to the Dean of the Faculty of Law against the penalty, whereupon the penalty shall be suspended pending the determination of the appeal.

(b) On such an appeal as is provided for by Rule 11 (a) the Dean of the Faculty of Law may allow the appeal or dismiss the appeal or reduce or waive the penalty.

(c) Any person who is excluded from the Library or whose privilege of using items in the Limited Access Collection is withdrawn or who is liable for the cost of making good damage or replacing property under Rule 10 who appeals to the Dean of the Faculty of Law and is dissatisfied with the decision of the Dean of Faculty may, within seven days thereafter, appeal to the Vice-Chancellor against such decision, whereupon the penalty shall be suspended pending the determination of the appeal.

(d) On such further appeal as is provided for by Rule 11 (c) the Vice-Chancellor may allow the appeal or dismiss the appeal or reduce or waive the penalty.

STUDENT GUILD FEE RULES

1. Interpretation

In these Rules unless the context otherwise indicates or requires:

'Full-time Student' means a student, including a member of staff of the University, who is enrolled at the University as a full-time student or such other person or persons as the council may from time to time determine.

'Part-time Student' means a student, including a member of staff of the University, who is enrolled at the University as a part-time student or such other person or persons as the council may from time to time determine.

'Sandwich Student' means a student, including a member of staff of the University, who in a particular academic year is enrolled at the University on the basis of attendance on a full-time basis for

44 Rules

one of two semesters, and is required to undertake specified practical training, with or without, part-timestudyforthe remaining semester.

'Guild Fees' means such fees as may be prescribed by the Council for membership of the Queensland University of Technology Student Guild.

'Enrolment' means application for registration as a student of the University, and includes both New Enrolments and As-enrolments.

2. Fees to be Paid

Unless the Council otherwise directs, Guild Fees shall be paid at the time of submitting an enrolment or re-enrolment, on or before the following dates:

(a) in the case of a student applying for re-enrolment or of a student applying for enrolment for the first time in a post­graduate course by the date indicated in the University Calendar.

(b) in the case of a student applying for enrolment for the first time in a bachelor degree, diploma, or associate diplorr;.::; course -by the date specified on the Acceptance of Offer Form forwarded to the student.

3. Consequences of Non-payment

(a) If Guild Fees payable by a student have not been paid at the time of lodging an enrolment, the Registrar may refuse to accept such enrolment.

(b) Any student whose enrolment is not accepted under the provisions of Sub-Rule (a) of this Rule may re-apply for enrolment, up to and including the final date for submission of late enrolments as specified in the University Calendar, subjectto the conditions specified in Sub-Rule (a) of this Rule.

(c) Without limiting the effect of Sub-rule (a) of this Rule, a student who has not paid all Guild Fees due and payable by him and who satisfies the Registrar that he is unable to make payment by the date specified for fees to be paid, may be granted an extension of time in which to pay such fees, and may have his enrolment accepted, subject to his agreeing to pay all fees not later than the extended date indicated by the Registrar.

(d) Where a student has lodged an enrolment with the Enrolments Section of the University and Guild Fees due and payable by the student have only been paid in part, the Registrar may refuse to accept or process such enrolment, unless the balance of fees, notified to the student on a Fee Payment Form, have been paid by a date determined by the Registrar and notified to the student.

(e) Without limiting the effect of any of the preceding Sub-Rules of this Rule, if Guild Fees payable by a student remain unpaid within five weeks of the commencement of the first

Rules 45

semester of the academic year in respect of which they are payable, the Registrar may cancel such student's enrolment at any time thereafter.

4. Refund of Fees on Voluntary Cancellation of Enrolment

A student who not later than six weeks after the first day of a semester gives proper written notice to the Registrar of withdrawal of his enrolment shall be entitled to a refund of the Guild Fees. Such refund shall be made by the University on behalf of the OUT Student Guild upon the surrender of any current OUT Student Card.

SCHEDULE OF CHARGES AFFECTING STUDENTS

1. Guild Fees

Full-time students ................................ $100.00 p.a. Part-time internal students ......................... $50.00 p.a. Part-time external students .......................... $7.00 p.a. Sandwich course students ......................... $50.00 p.a. All other members ................................ $50.00 p.a.

An unregistered student shall be required to pay the appropriate full-time or part-time fee corresponding to his attendance status.

A student undertaking a thesis only shall be required to pay the appropriate full-time or part-time fee corresponding to his attend­ance status.

2. Admission, Enrolment and Examination: Council has approved the following Schedule of Charges-

Late lodgement of Enrolment Application-for applications received after the closing date set out in the University Calendar ............ $30.00

Charge for adding a subject to study program or substituting one subject for another in study program after the final date for additions and substitutions set out in the University Calendar ................................. $20

Refundable Deposit for review of Special Consideration decision ........................... $20.00

Review of Examination Results ................. $6.00 per paper

Statement of Academic Record

with a maximum of $12 per subject

Each student shall be entitled to receive an official statement of Academic Record free of charge at the time of graduation.

Statements supplied at any other time ...... $5.00 per copy Re-Issue of Identity Card ........................... $3.00

46 Rules

Charge for obtaining a student identity card (other than a reissue) after March 30 ............ $10

(this charge will be waived for students who do not enrol until Spring Semester)

Re-Issue of Award Certificate ..................... $15.00 Re-Issue of Receipt for fees paid .................... $2.00

3. Deposit System for Use of Laboratory Facilities

(a) A student enrolled in any subject included in the 'Schedule of Subjects relating to Laboratory Deposits' which the Registrar may vary from time to time, shall deposit $50 for the use of laboratory facilities.

(b) A student shall be required to pay only one deposit irrespective of the number of such subjects included in an enrolment.

(c) At the end of the year the deposit shall be refunded to the student less the cost of any breakages which have not been made good.

PARKING REGULATIONS

Council has approved regulations relating to the parking of motor vehicles on campus.

(a) A member of staff or a student shall not be permitted to park a vehicle within the grounds of the University unless such person has previously made application for a parking permit and this permit has been granted.

(b) The privilege of parking within the grounds shall be subjectto such conditions as may be imposed at the time the permit is issued to the applicant.

(c) An application for permission to park a vehicle within the grounds of the University shall be made on a form prescribed and available at the University Security Office.

(d) For a breach in the parking of a vehicle the Vice-Chancellor may revoke the permit for a specified period or for the remainder of the academic year.

(e) For a breach by a person not possessing a parking permit in the parking of a vehicle, the Vice-Chancellor may arrange for the vehicle to be removed from the grounds of the University and the person shall be required to pay the cost of such removal.

Articulation between QUT and Queensland TAFE Courses

3

48 Articulation between Courses

ARTICULATION BETWEEN QUT AND QUEENSLAND TAFE COURSES

The growth of the tertiary sector in Queensland is dependent upon the continuance of the education of people who can contribute to the needs of society. Associate Diploma students from TAFE and other tertiary institutions, as well as certain TAFE Certificate students, are encouraged to continue their studies at degree and diploma level at OUT. To ensure that prior studies are given adequate recognition, OUT has reviewed its policies on both the admission of and exemptions given to TAFE applicants. The review process is dynamic and both Queensland TAFE and QUT will continue to monitor the progress of students admitted to OUT courses and the credit given to such students based on previous TAFE studies.

1. Entry to QUT

All applicants must apply through the Queensland Tertiary Admission Centre by the closing date. Entry to all OUT courses is on the basis of competition and quota restriction applies equally to Grade 12 students, Certificate and Associate Diploma holders. OUT publishes Tables in its Admissions Procedures Book which indicates the Selection or Notional Tertiary Entrance Score that will be given to applicants with Certificate and Associate Diploma studies. These tables are based on performance. The better the grades achieved the better the chance applicants have of negoti­ating OUT quotas.

Entry is also dependent upon applicants having appropriate pre­requisite subjects within their background. This means that an applicant for a degree in engineering at OUT usually would have appropriate pre-requisites if the previous course of study was in the field of engineering but would not necessarily meet the pre­requisites by holding an Associate Diploma in Business. The engineering Associate Diploma holder would usually be eligible for a degree in business at OUT, as would usually the holder of an Associate Diploma in Business. In any case, placement in the OUT course would still be dependent upon negotiating the quota. The quota cut-off level of the previous year's intake is published in the OUT's 'Admission Procedures' Book.

2. Credit for Previous TAFE Associate Diploma

Once a student has gained a place in the quota through QTAC, credit is given to the student based on previous study undertakings. OUT Faculty Boards have looked at TAFE Associate Diploma syllabi and have determined appropriate levels of credit from QUT courses based on the content of the TAFE subjects. Initially, credit will only apply to applicants who have completed all of the TAFE course. OUT Faculties have adopted varying attitudes towards the amount of credit that will be given for previous courses and as indicated above the level of credit will be reviewed over time.

Articulation between Courses 49

3. Specific Credit Given at QUT for Completed TAFE Courses

TAFE Course

Built Environment Area

CNJ74 Associate Diploma of Applied Science- Architectural Technician

CNJ45 Associate Diploma of Applied Science- Building

Business Studies Area

Associate Diploma of Business:

CNJ13 General CND71 Accountancy CND25 Computing CN 07 4 Management CND93 Marketing CND97 Purchase and Supply CND99 Transport Administration CNC54 Operations Management CNL04 Aboriginal and Torres Strait

Islander Administration

OUT Course Equivalent

ARJ192 Bachelor of Architecture Block exemption Semesters 1 and 2 BT J227 Bachelor of Applied Science

-Built Environment Block exemption Semester 1

BGJ201 Bachelor of Applied Science -Building

Exemption from subjects: BGB151, 152, 251, 141, 241, 242, 243, BGB340, 345, 405, MAB297, CMB134, SVB101

Bachelor of Business:

ACJ151 Accountancy CMJ153 Communication MNJ152 Management MNJ154 Public Administration MNJ179 Health Administration

The Faculty of Business must accredit individual programs before granting credits. However, the faculty may give exemptions to the extent of one year of full-time study drawn from either core, specialist or elective subjects. Credit may not be claimed for more than half of any specialisVstrand area. The grant­ing of any exemption will be conditional upon the meeting of any pre-requisite material contained in other subjects.

Computing/Information Management Area

CND25 Associate Diploma of Business -Computing including subjects: TSM128, 892, 893, 856, 503

Engineering Area

Associate Diploma of Engineering

CN548 Coal Mining CN420 Electrical and Electronics CNG61 Electrical Systems CN759 Mechanical

ISJ21 0 Bachelor of Business -Computing

CSJ128 Bachelor of Applied Science -Computing

Block exemption from all subjects of the common first year.

Bachelor of Engineering

CEJ156 Civil Engineering EEJ157 Electrical Engineering MEJ158 Mechanical Engineering

Application will have to be made for credit from individual subjects but in general exemptions will be given for up to one full-time year of study.

50 Articulation between Courses

Engineering Area {cont.)

Preparatory Courses

CN649 Engineering Bridging Course (completion of bfidging course guaran­tees entry to engineering associate diploma at OUT)

Science Area

Associate Diploma of Applied Science

CN440 Geology CN654 Primary Metallurgy CN758 Sugar Technology CNK82 Hydrology

Associate Diploma Courses

CEL187 Associate Diploma in Civil Exemption from subjects MET120, 141,

CET135, EET790,SVT306 plus 1 elective

EEL 188 Associate Diploma in Electrical Exemption from subjects MET101, 600,

MET601, 201, CST390, EET111, 211 MEL 189 Associate Diploma in

Mechanical Exemption from subjects MET120, 220,

MET140, 250,210, 310

Bachelor of Applied Science

ASJ226 Bachelor of Applied Science with majors in biology, chemistry, biochemistry, microbiology, geology, mathematics, physics

Credit may be given to the equivalent of one year of full-time study. Exempt­ion will be on a subject by subject basis.

Course Assessment Committees Academic Board

Advisory Committees

4

52 Course Assessment Committees

COURSE ASSESSMENT COMMITTEES

COURSE ASSESSMENT COMMITTEE FOR THE MASTER OF ENGINEERING BY THESIS

Dr H J 8 Corderoy (Chairman)

Professor P Arlett

Mr J P Corner

Mr T Gillett

Mr T Heron

Mr W M Marley

Dr. M P Moody

Mr P Moses

Dr C R Murry

Dr W Scott

Mr D R Turner

Dean, Faculty of Engineering, QUT.

Head of Department of Electrical and Electronic Engineering, James Cook University of North Queensland.

Lecturer, School of Civil Engineering, OUT.

Design Engineer, Telecom Australia.

Executive Engineer, Divison of Occupational Safety, Department of Employment and Industrial Affairs.

Director, Hollingsworth Consultants Pty Ltd.

Head, School of Electrical and Electronic Systems Engineering, QUT.

Partner, John Wilson and Partners.

Research and Development Manager, North Queensland Engineering Associates.

Principal Lecturer, School of Mechanical and Manufacturing Engineering, QUT.

Director, Pyra Turner International Pty Ltd.

COURSE ASSESSMENT COMMITTEE FOR THE GRADUATE DIPLOMA IN MUNICIPAL ENGINEERING

Dr H J 8 Corderoy (Chairman)

Dr W C Boughton

Dr K B Davidson

Mr E F F Finger

Dean, Faculty of Engineering, QUT.

Associate Professor, School of Australian Environmental Studies, Griffith University.

Manager, Transport Department, Brisbane City Council.

Commissioner of Main Roads, Main Roads Department.

Mr P Hollingsworth

Mr P Hughes

Mr B Rigden

Mr N Traves

Course Assessment Committees 53

Managing Director, Peter Hollingsworth and Associated Consultants.

Director, Hughes McNaughton Consultants.

Senior. Lecturer, School of Civil Engineering, OUT.

Director and Manager for Queensland and Northern Territory, Gutteridge Haskins and Davey, Consulting Engineers.

COURSE ASSESSMENT COMMITTEE FOR THE BACHELOR OF ENGINEERING (CIVIL)

Dr H J B Corderoy (Chairman)

Mr B T Boyce

Mr G R Curnow

Dr K B Davidson

Professor K Faulkes

Mr E F F Finger

Mr J Leddy

Mr Nibloe

Dean, Faculty of Engineering, OUT.

Se.nior Lecturer, School of Civil Engineering, OUT.

Chief Construction Engineer, John Holland (Constructions) Pty Ltd, Melbourne.

Manager, Transport Department, Brisbane City Council.

Head, School of Civil Engineering, University of Technology, Sydney.

Commissioner of Main Roads, Main Roads Department.

Associate, Maunsell and Partners.

Chief Civil Engineer, Queensland Railways.

COURSE ASSESSMENT COMMITTEE FOR THE ASSOCIATE DIPLOMA IN CIVIL ENGINEERING

Dr H J B Corderoy (Chairman)

Mr P Agapow

Mr R G Black

Dean, Faculty of Engineering, OUT.

Chief Draftsman, Queensland Electricity Commission.

Senior Lecturer, School of Civil Engineering, OUT.

54 Course Assessment Committees

Mr W L Grigg

Mr P Hollingsworth

Mr M Iliff

Mr J James

Mr J Leddy

Head, Department of Civil Engineering, Capricornia Institute of Advanced Education.

Managing Director, Peter Hollings­worth and Associated Consultants.

State Manager, Brambles Transport Division.

Private Consultant.

Associate, Maunsell and Partners.

COURSE ASSESSMENT COMMITTEE FOR THE GRADUATE DIPLOMA IN COMPUTER CONTROLLED SYSTEMS

Dr H J B Corderoy (Chairman)

Professor P Arlett

Mr P K Boddington

Mr S Durrington

Mr M Kerr

Mr T J Reid

Dr M A Sargent

Mr P Wright

Dean, Faculty of Engineering, QUT.

Head, Department of Electrical and Electronic Engineering, James Cook University of North Queensland.

Senior Lecturer, School of Electrical and Electronic Systems Engineering, QUT.

Manager, Generation Operations, Central Region, Queensland Electricity Commission, Gladstone.

Senior Instrument Engineer, MIM Holdings Ltd.

Superintending Engineer, Design and Development, Telecom Australia.

Chief Engineer, SEQEB.

Senior Engineer, Transmission Planning, Queensland Electricity Commission.

COURSE ASSESSMENT COMMITTEE FOR THE BACHELOR OF ENGINEERING (ELECTRICAL)

Dr H J B Corderoy (Chairman)

Professor P Arlett

Dean, Faculty of Engineering, QUT.

Head, Department of Electrical and Electronic Engineering, James Cook University of North Queensland.

Mr P K Boddington

Mr S Durri ngton

Mr M Kerr

Mr T J .Reid

Dr M A Sargent

Mr P Wright

Course Assessment Committees 55

Senior Lecturer, School of Electrical and Electronic Systems Engineering, OUT.

Manager, Generation Operations, Central Region, Queensland Electricity Commission, Gladstone.

Senior Instrument Engineer, MIM Holdings Ltd.

Superintending Engineer, Design and Development, Telecom Australia.

Chief Engineer, SEQEB.

Senior Engineer, Transmission Planning, Queensland Electricity Commission.

COURSE ASSESSMENT COMMITTEE FOR THE ASSOCIATE DIPLOMA IN ELECTRICAL ENGINEERING

Dr H J B Corderoy (Chairman)

Professor P Arlett

Mr D Birtwhistle

Mr S Durrington

Mr M Kerr

Mr T J Reid

Dr M A Sargent

Mr P Wright

Dean, Faculty of Engineering, QUT.

Head, Department of Electrical and Electronic Engineering, James Cook University of North Queensland.

Senior Lecturer, School of Electrical and Electronic Systems Engineering, QUT.

Manager, Generation Operations, Central Region, Queensland Electricity Commission, Gladstone.

Senior Instrument Engineer, MIM Holdings Ltd.

Superintending Engineer, Design and Development, Telecom Australia.

Chief Engineer, SEQEB.

Senior Engineer, Transmission Planning, Queensland Electricity Commission.

56 Course Assessment Committees

COURSE ASSESSMENT COMMITTEE FOR THE GRADUATE DIPLOMA IN QUALITY

Dr R B Gardiner (Chairman)

Mr J D Armitt

Mr K C Crellin

Mr N Frost

Dr P Mansour

Mr A B Marshall

Mr F Ogle

Mr R S Richards

Mr G Srikanthan

Mr J A Wernham

Dr W C K Wong

Dean, Faculty of Science, QUT.

Manager, Laboratories, Bond Brewing Qld Ltd, Brisbane.

Associate Director, Cameron McNamara Pty Ltd.

Queensland Manager, Gilbert Lodge & Co Ltd.

Lecturer, School of Management, OUT.

Manager and Principal Consultant, Q A Consultancy Services.

Lecturer, Department of Mathematics, QUT.

Quality Control Manager, Cadbury~Schweppes Australia Ltd, Mel bourne.

Senior lecturer, Department of Mechanical and Production Engineering, RMIT.

State Director, Department of Industry, Technology & Commerce.

Head, School of Mechanical and Manufacturing Engineering, QUT.

COURSE ASSESSMENT COMMITTEE FOR THE BACHELOR OF ENGINEERING/BACHELOR OF BUSINESS

(MANUFACTURING SYSTEMS AND MANAGEMENT) Dr H J B Corderoy (Chairman)

Mr B Blair

Mr J Clark

Dr 0 P Coaldrake

Mr J L Fullagar

Dean, Faculty of Engineering, QUT.

General Manager and Director, QUF Industries Ltd.

Production Manager, Pioneer Industries Pty Ltd.

Head of the School of Management, QUT.

Senior Lecturer, Industrial Engineering/Management, University of Sydney.

Mr G Nunn

Mr J Randell

Mr D Schoen

Mr A Spalding

Dr W C K Wong

Course Assessment Committees 57

Managing Director~ Nulec Pty Ltd.

Export Manager~ Palmer Tube Mills Ltd.

General Manager~ Tube Makers of Australia.

General r~anager ~ Manufacturing Industry Division, PA Consulting Group.

Head, School of Mechanical and Manufacturing Engineering, OUT.

COURSE ASSESSMENT COMMITTEE FOR THE BACHELOR OF ENGINEERING (MECHANICAL)

Dr H J 8 Corderoy (Chairman)

Mr M E Brice

Professor K Bullock

Dr E D Doyle

Mr J R Hamil ton

Mr J F Jeffcoat

Dr T J Ledwidge

Mr R G Mudge

Mr R W Nicol

Mr J J W Siganto

Mr J Wilson

Dean, Faculty of Engineering, OUT.

Assistant Commissioner, Engineering Services, Department of Transport.

Professor in Mechanical Engineering, University of Queensland.

Senior Research Scientist, Defence Support Department, Materials Research Laboratories, Victoria.

Deputy State Electricity Commissioner, Queensland Electricity Commission.

Private Consultant.

Dean, School of Engineering, Darling Downs Institute of Advanced Education.

Assistant General Manager (Design and Construction), Evans Deakin Industries Ltd.

Senior Lecturer, School of Mechanical and Manufacturing Engineering, QUT.

Principal, Siganto and Stacey Pty Ltd.

Manager, Technical Services Department, Evans Deakin Industries Ltd, and Manager, X-Ray Industrial Pty Ltd.

58 Course Assessment Committees

COURSE ASSESSMENT COMMITTEE FOR THE ASSOCIATE DIPLOMA IN MECHANICAL ENGINEERING

Dr H J B Corderoy (Chairman)

Mr M E Brice

Dr E D Doyle

Mr J R Hamilton

Mr J F Jeffcoat

Mr J W Laracy

Dr T J Ledwidge

Mr R G Mudge

Mr J J W Siganto

Mr J Wi 1 son

Dean, Faculty of Engineering, QUT.

Assistant Commissioner, Engineering Services, Department of Transport.

Senior Research Scientist, Defence Support Department, Materials Research Laboratories, Victoria.

Deputy State Electricity Commissioner, Queensland Electricity Commission.

Private Consultant.

Principal Lecturer, School of Mechanical and Manufacturing Engineering, QUT.

Dean, School of Engineering, Darling Downs Institute of Advanced Education.

Assistant General Manager (Design and Construction), Evans Deakin Industries Ltd.

Principal, Siganto and Stacey Pty Ltd.

Manager, Technical Services Department, Evans Deakin Industries Ltd and Manager, X-Ray Industrial Pty Ltd.

COURSE ASSESSMENT COMMITTEE FOR THE GRADUATE DIPLOMA IN SURVEYING PRACTICE

Dr H J B Corderoy (Chairman)

Mr B Bei koff

Mr E C Cottrell

Mr N G Divett

Mr R J Havi 11

Dean, Faculty of Engineering, QUT.

Principal Cartographer, Department of Harbours and Marine.

Representative, Association of Consulting Surveyors.

Assistant Surveyor General, Department of Geographic Information.

Director, Saunders Havill Associates.

Mr B J Hannigan

Mr G D Heilbronn

Mr J A McKnoulty

Mr R Davies

Mr G H V Thomson

Course Assessment Committees 59

Senior Lecturer, Department of Surveying, QUT.

Principal, G D Heilbronn and Partners Pty Ltd.

Representative, The Institution of Surveyors, Australia.

Acting Chief Surveyor, Main Roads Department.

Head, Department of Surveying, Royal Melbourne Institute of Technology.

COURSE ASSESSMENT COMMITTEE FOR THE BACHELOR OF APPLIED SCIENCE (SURVEYING)

Dr H J B Corderoy {Chairman)

Mr B Beikoff

Mr E C Cottrell

Mr N G Divett

Mr J T C Glasscock

Mr R J Havill

Mr G D Heilbronn

Dr K Kubik

Mr J A McKnoulty

Mr R Davies

Mr G H V Thomson

Dean, Faculty of Engineering, QUT.

Principal Cartographer, Department of Harbours and Marine.

Representative, Association of Consulting Surveyors.

Assistant Surveyor General, Department of Geographic Information.

Senior Lecturer, Department of Surveying, OUT.

Director, Saunders Havill Associates.

Principal, G D Heilbronn and Partners Pty Ltd.

Head, Department of Surveying, QUT.

Representative, The Institution of Surveyors, Australia.

Acting Chief Surveyor, Main Roads Department.

Head, Department of Surveying, Royal Melbourne Institute of Technology.

60 Course Assessment Committees

COURSE ASSESSMENT COMMITTEE FOR THE ASSOCIATE DIPLOMA IN CARTOGRAPHY

Dr H J B Corderoy (Chairman)

Mr B Beikoff

Mr B F J Chapman

Mr N Divett

Mr R J Havill

Mr G D Heilbronn

Mr R Davies

Mr G H V Thomson

Dean, Faculty of Engineering, QUT.

Principal Cartographer, Department of Harbours and Marine.

Senior Instructor, Department of Surveying, OUT.

Assistant Surveyor General, Department of Geographic Information.

Director, Saunders Havill Associates.

Principal, G D Heilbronn and Partners Pty Ltd.

Acting Chief Surveyor, Main Roads Department.

Head, Department of Surveying, Royal Melbourne Institute of Technology.

Academic Board/Advisory Committees 61

ENGINEERING ACADEMIC BOARD

Dr H J B Corderoy (Chairman)

Mr R G Black

Dr G H Brameld

Mr P Connor

Mr I Cumming

Dr J M Fenwick

Mr J T C Glasscock

Mr B J Hannigan

Dr D J Hargreaves

Dr R lyer

Dr K Kubik

Mr J Lyall

Mr B McGrath

Dr M P Moody

Mr s Murphy

Mr M D Norman

Dr S Sridharan

Mr N H Volker

Dean, Faculty of Engineering, QUT.

Senior Lecturer, School of Civil Engineering, QUT.

Principal Lecturer, School of Civil Engineering, QUT.

Student Representative.

Chief Engineer, Generation Operations, Queensland Electricity Commission.

Deputy Bridge Engineer, Main Roads Department.

Senior Lecturer, Department of Surveying, QUT.

Senior Lecturer, Department of Surveying, QUT.

Senior Lecturer, School of Mechanical and Manufacturing Engineering, QUT.

Lecturer, School of Mechanical and Manufacturing Engineering, OUT.

Head, Department of Surveying, QUT.

Senior Lecturer, School of Electrical and Electronic Systems Engineering, QUT.

Representative, The Institution of Engineers, Australia.

Head, School of Electrical and Electronic Systems Engineering, QUT.

Representative, The Institution of Surveyors, Australia.

General Manager - Development, MIM Holdings Ltd.

Senior Lecturer, School of Electrical and Electronic Systems Engineering, QUT.

Consulting Surveyor, N H Volker & Co Pty Ltd.

62 Academic Board

Dr K B Wallace

Dr W C K Wong

Ex-Oft; ci o:

Director, QUT. Deputy Director, QUT.

Head, School of Civil Engineering, QUT.

Head, School of Mechanical and Manufacturing Engineering, QUT.

Representative, Faculty of the Built Environment, QUT. Representative, Faculty of Business, QUT. Representative, Faculty of Health Science, QUT. Representative, Faculty of Information Technology, QUT. Representative, Faculty of Law, QUT. Representative, Faculty of Science, QUT.

ENGINEERING ADVISORY COMMITTEES

Dr K B Wall ace (Chairman}

Mr R G Black

Dr G H Brameld

Mr E Davis

Mr J S Ferguson

Mr R E Grahame

Mr C J James

Mr A B McLeod

Mr T L Piggott

Mr E L Price

Mr B Rigden

ADVISORY COMMITTEE - CIVIL Head, School of Civil Engineering, QUT.

Senior Lecturer, School of Civil Engineering, QUT.

Principal Lecturer, School of Civil Engineering, QUT.

President, The Institute of Draftsmen, c/- Queensland Water Resources Commission.

Principal Engineering Draftsman, Harbours and Marine Department.

Manager, Personnel Services, Main Roads Department.

Private Consultant.

Manager, Dredging and Maintenance, Port of Brisbane Authority.

Senior Lecturer, School of Civil Engineering, QUT.

General Manager, Leighton Contractors Pty Ltd. (Retired}

Senior Lecturer, School of Civil Engineering, QUT.

Mr J Ryan

Mr P Way

Mr N Wellmod

Mr A J Winter

Academic Board/Advisory Committees 63

Director, Gutteridge, Haskins and Davey Pty Ltd.

Deputy City Engineer, Logan City Council. Graduate Representative.

Lecturer, School of Civil Engineering, QUT.

JOINT DEGREE EXECUTIVE BACHELOR OF ENGINEERING/BACHELOR OF APPLIED SCIENCE (ELECTRONIC SYSTEMS AND COMPUTING)

Dr H J B Corderoy

Mr J Edwards

Dr K J Gough

Dr D Longley

Dr M P Moody

Dean, Faculty of Engineering, QUT.

Senior Lecturer, School of Electrical and Electronic Systems Engineering, QUT.

Principal Lecturer, Department of Computing Science, QUT.

Dean, Faculty of Information Technology, QUT. {Rotating Chairmanship).

Head, School of Electrical and Electronic Systems Engineering, QUT.

JOINT DEGREE EXECUTIVE BACHELOR OF ENGINEERING/BACHELOR OF BUSINESS

(MANUFACTURING SYSTEMS AND MANAGEMENT) Dr H J B Corderoy

Mr R Hardman

Dr R M lyer

Dr B C Wolff

Dr W C K Wong

Dean, Faculty of Engineering, QUT.

Senior Lecturer, School of Management, QUT.

Lecturer, School of Mechanical and Manufacturing Engineering, QUT.

Dean, Faculty of Business, QUT.

Head, School of Mechanical and Manufacturing Engineering, QUT.

ADVISORY COMMITTEE - MECHANICAL AND MANUFACTURING Dr W C K Wong (Chairman)

Mr A E Anderson

Head, School of Mechanical and Manufacturing Engineering, QUT.

Manager of Engineering, BP Australia Limited.

64 Academic Board

Mr D Bagul ey

Mr R Cullen

Mr N Herriman

Mr T Hume

Mr N Lawson

Mr T Meakin

Mr G O'Brien

Mr Ross

Mr A Spalding

Mr B Withnall

Operations Resources Engineer, Queensland Electricity Commission.

Manager, Project Engineering, Bundaberg Sugar Company Ltd.

Senior Engineer· Mechanical, State Works Department.

Chief Engineer (Milk Division), QUF Industries Ltd.

Student Representative.

Consulting Engineer, Sedgeman and Associates.

Graduate Representative.

General Manager, Design and Construction Division, Evans Deakin Industries Ltd.

Queensland Manager, PA Australia.

Manager, Engineered Products, Rheem Australia Pty Ltd.

MASTER'S DEGREE STANDING COMMITTEE Dr H J B Corderoy (Chairman) Dr G H Brameld

Mr J P Corner

Mr J Edwards

Mr T Heron

Mr W M Marley

Dr M P Moody

Dr W Scott

Mr D R Turner

Dr W C K Wong

Dean, Faculty of Engineering, QUT.

Principal Lecturer, School of Civil Engineering, QUT. Lecturer, School of Civil Engineering, QUT. Senior Lecturer, School of Electrical and Electronic Systems Engineering, QUT.

Executive Engineer, Division of Occupational Safety, Department of Employment and Industrial Affairs. Director, Hollingsworth Consultants Pty Ltd.

Head, School of Electrical and Electronic Systems Engineering, OUT. Principal Lecturer, School of Mechanical and Manufacturing Engineering, QUT.

Director, Pyra Turner International Pty Ltd. Head, School of Mechanical and Manufacturing Engineering, QUT.

Staff - Faculty of Engineering

5

66 Staff

STAFF- FACULTY OF ENGINEERING

Dean of Faculty:

Faculty Administration Officer:

Co-ordinator of Women in Engineering

Secretarial Staff:

Budget Officer:

H J B Corderoy MSc, PhD(NSW), Barrister of the Supreme Court, NSW, FIEAust.

R Finlayson BEc(Monash), MPubAd(Qld).

W E Mathieson AssocDipMechEng, MAIEA, MPOA, MID.

S M Bell; J R Yule.

N P Harris, AMIREE.

SCHOOL OF CIVIL ENGINEERING Head of School:

Principal Lecturer:

Senior Lecturers:

Lecturers:

K B Wallace DipCE(RMIT), BE, MEngSc, PhD(Melb), MIEAust, MSAGS.

G H Brameld, BE(Hons), MEngSc, SCorn, PhD(Qld), MIEAust, MIABSE.

D L Beal, BE(Qld), MEngSc(NSW), DIC, MSc(Lond), MIEAust.

R G Black, BE, MEngSc(Qld), MIEAust, MAWWA, MIAHR.

B T Boyce, MEng(Cant), MSc(Lond), DIC, MIEAust, MNZIE, CEng, MICE.

C R Button, BE, MUrb&RegPlg(Qld), LGE, MIEAust.

T L Piggott, BE(NSW), MSc(Dublin), MIEAust, MAWWA, RPEQ.

R J Heywood, BE(Hons), MEngSc(Qld), MIEAust.

B Rigden, BSc(Eng)(S'hampton), MIEAust, CEng, MICE, MIWPC(Dip), MAWWA.

F Bullen, BSc(Met), ME(N'castle), MIEAust.

J P Corner, BE(Qld), MEngSc(NSW), MIEAust, ACIT.

Z R Duczmal, BTech, MEngSc(Qld), MIEAust, MASCE, AMICE.

W C Hodgson, DipCE, MIEAust.

Lecturers (cont):

Instructor:

Tutor:

Secretarial Staff:

Research Assistant:

Laboratory Manager:

Support Staff:

Testing Services:

Staff 67

C Macdonald, BSc, DipTransEng, MSc(Birm), CEng, MICE, MIHT.

C W Whitney, BE(Syd), MIEAust, MRAeS.

P Williams, STech, GradDipEnvEng, LGE, MIEAust.

A J Winter, DipCE, BEcon(Hons)(Qld), MSc(Griff), MIEAust.

H Wong, DipCE, MSc(Leeds), MIEAust, CEng, MIStructE, MASCE, RPEQ.

L S Wong, BE(NSW), MEngSc(Malaya), MIEAust, CEng.

E L Perkins, Land&EngSurvDraftingCert.

B Burkett, BEng S Wilkinson, BEng(Hons).

G Brown; V Clark; K Smith.

S Henderson, BEng, GradiEAust.

J Eaton, ElecMechCertCivilEng

C Bynon (Carpenter); W Gidley; D Gittins, MIQA, GradiERE; J Grandy (Fitter & Turner); M Johnston; T Laimer, CertLabTech. CertChem; L Nicol, BE(Qld); G Ramsay, BAppSc; G Rasmussen, CertCivilEng; M Rosoman; J Shaw; N Tooth, AircraftEng; C Van Oostrum; G Walker, CertCivilEng; P Watson, BSc(Hons) (ANU).

R Daley (Fitter & Turner); E Costello, CertCivilEng(NZ); E Thomas.

68 Staff

SCHOOL OF ELECTRICAL AND ELECTRONIC SYSTEMS ENGINEERING

Head of School:

Principal Lecturer:

Senior Lecturers:

Lecturers:

M P Moody BE(Hons), MEngSc, BA, PhD(Qld), FIEAust, SMIREE, SMIEEE, MACE, MACES, MAES.

G E Littler ME(Qld), FIEAust.

D Abeyasekere, BSc(Ceylon), MSc, PhD(Melb), SMIREE.

D Birtwhistle, STech, MSc(Bradford), MIEAust, CEng, SMIEE.

P K Boddington, MSc(Warwick). J Edwards, MSc(Bath), CEng,

DipComputerSc(Qld), MIEE, MIREE, MIEEE.

R S L Howe, BSc(St And), MSc(S'ton), MIEAust, CEng, MIEE.

J S Lyall, BSc, ME(Qld), MIEAust, t11 EEE.

S Sridharan, BSc(Eng)(Ceylon), MSc(Manch), PhD(NSW), MIEAust, CEng, MIEE.

G N Beikoff, BSc(Qld), AssDipEE(Education Dept), MIEAust, MACS.

T W Cooper, MTech(Brunel), CEng, MIEE.

K R Curwen, MA(Camb), GradDipAutoControl, MIEAust.

D W Hainsworth, BE(Hons), PhD(Qld), MIEEE, MIREE.

K Hoffman, BSc(Hons), MSc(C'town), MSAIEE, PrEng(SA).

E W Palmer, BSc, BE(Qld), GradDipT(Kelvin Grove), MIEEE.

J R Ryan, BE(Hons), MEngSc(Qld). T G Tang, BE(Hons), PhD(Qld),

MIEAust, MIEEE. I K Vesper, AssocDipElecEng,

MEngSc(Qld), GradDipBusAdmin, MIEAust.

P A Wilson, BSc(Hons)(Salf), St11REE, MIEEE.

G J Winstanley, BEng, GradDipAutoControl, DipCompSc(Qld), MIREE, MIEEE.

Tutors:

Instructor:

School Administration Officer:

Secretarial Staff:

Senior Technologist:

Support Staff:

M I Dawson, BEng(Hons). D Miorandi, BE(Hons)(Qld),

StudMIEAust. R Pietzel, BE(Qld). R J Prandolini, BEng(Hons).

Staff 69

M F McManus, CertElecEng(DDIAE).

B Fiegel, BA(Qld), BSc(ANU), DipContEd(NE).

S Smith; C M Schultz

K Mcivor, BE(Qld).

P J Alick, AssocDipElecEng; N Bell; R Binger; H Bishop; B A Chadwick, BEng(Hons); S Chan; R Christie; A P Clay; W Cane; D Gill; J Lewis; W Rail; D Robinson; D BRush, BEng(Hons); M Stennett; H J Van Der Weerd.

SCHOOL OF MECHANICAL AND MANUFACTURING ENGINEERING

Head of School:

Principal Lecturers:

Senior Lecturers:

W C K Wong PhD(Birm), CEng, FIEAust, MIMechE, M I Prod E.

J W Laracy ME, MEngSt(Qld), FIEAust, MAIRAH.

W Scott MSc, PhD(Leeds), CEng, MIMechE.

A G Crooks, ARMIT(Metall), MSc(Qld), CEng, AMMI, FIW.

D J Hargreaves, BEng, MSc, PhD(Leeds), MIEAust, AMIMechE.

J M Kelly, AssDipME, DipM&EEng, MEngSc(NSW).

R K Kirkcaldie, BE, MEngSc(Qld), AMAustiMM.

R W Nicol, BE(Hons), MEngSt(Qld), MIEAust.

D J Nuske, DipM&EEng, MSc, PhD(Manch).

G Y O'Sachy, AssDipME, MEngSc(Newcastle), GradDipBusAdmin, MIEAust.

70 Staff

Lecturers:

Tutor:

Senior Instructors:

Secretarial Staff:

Laboratory Manager:

Support Staff:

D T Baddeley, BSc{Qld), MSc{Cranfield), ARMIT{Metall), CEng, MIM.

G Chadwick, BSc(Preston), MSc, PhD{Cranfield).

A DeJong, AssDipME DipM&EEng MEng, MIEAust.

R E Hall, CertMechEng BSc{Merit){NSW), ME{W'gong), MIEAust.

R M lyer, BScEng{Sri Lanka), PhD{Newcastle), MIEAust, MSPE.

G M Kassay, HNC, STech, CertEd{Leeds).

8 D Mathiesen, AssocDipMechEng, MIEAust.

C P Meeuwissen, BSc{MechEng){Natal), MSc{MechEng)(Witw), PEng, MIEAust, MAIRAH, AMASHRAE.

P R Ridley, BE{Hons)(Qld), MEngSc{Melb).

C C Tan, BSc{Hons), PhD{Lond), MIMechE, MIEAust.

K Travers, HND, STech, BSc(Qld), MIEAust, GradiMechE.

B Fiddes, DipMechEng, MIEAust.

N F Munro, CertMechEng. K Palmer, CertlndMetall, TEng, AMIM.

H Barwick; G Bovey; B Dabelstein.

R Magnus, Full TechCert, CGLI{Eng), ONC.

DR Allen, CertlndMetall; SA Bihari; B Chappell; G J Duce; R Fielding; D Gordon, HNC; M Halliday, CertMetall; J F Harte, R HincRley ONC, AssocDipElecEng; W R Luckhoff; W J Maxwell; 0 J Mcintosh; I Peterson, AssocDipMechEng; E Schilling, CertMETROL; A Small; J W Turnbull, CGLI{Eng).

Staff 71

DEPARTMENT OF SURVEYING Head of Department:

Senior Lecturer:

Associate of QUT:

lecturers:

Senior Instructor:

Secretarial Staff:

Support Staff:

K Kubik BSc(Delft), DipEng, Dr Techn(Tech Uni Vienna), MASP, MISAust.

R Cormack, SSe, DipllnfProc, MACS. R A Freeman, BSurv(Qld), Licensed

Surveyor(Qld), MISAust. J T C Glasscock, BSurv MUrbSt(Qld),

MSc(Oxon), DipT&CP(QIT), MISAust, MAIC, Licensed Surveyor (Qld).

B J Hannigan, BA(Macq}, MISAust, MAIC, Licensed Surveyor(Qld & NSW).

E Clerici, BSc(Delft), MSc(Enschede), Drlng(Hannover), Registered Surveyor (Qld).

R J Clatworthy, BSurv(NSW), MSurv(Qld), MISAust, Licensed Surveyor (Qld and NSW), Registered Mining Surveyor (NSW).

J Cook, BSurv BA BEcon(Qld), MISAust, Licensed Surveyor(Qld).

M Harris, MSurv(Qld), MISAust, HAIMES.

K Jones, MSurv(Qld), MISAust, Licensed Surveyor(Qld).

B R Pathe, GradDipEComp(Bendigo), MISAust, Registered Surveyor(Vic}, Licensed Surveyor (Old).

B Chapman, CertCartog, AMAIC.

S M Thean; C Stubbs.

C J Cook, CertSurv(DDIAE); M Friend, CertCartog, MAIC; M Seydel.

Courses Offered

6

74 Courses Offered by Schools and Departments

COURSES OFFERED BY SCHOOLS AND DEPARTMENT IN THE FACULTY OF ENGINEERING

COURSE CODE

School ENN191 CEM213

CEJ156 CEL187

COURSE

of Civil Engineering ~

Master of Engineering by Thesis Graduate Diploma in Municipal

Engineering Bachelor of Engineering - Civil Associate Diploma in Civil

Engineering

ABBREV.

MEng GradDip MunEng

BEng AssocDip

CivEng

School of Electrical and Electronic Systems Engineering -ENN191 Master of Engineering by Thesis EEM230 Graduate Diploma in Computer

Controlled Systems IFJ222 Bachelor of Engineering/Bachelor

of Applied Science (Electronic Systems and Computing)

EEJ157 Bachelor of Engineering ~ Electrical

EEL188 Associate Diploma in Electrical Engineering

MEng GradDip

CompContSys BEng/BAppSc

BEng

AssocDip ElecEng

School of Mechanical and Manufacturing Engineering -ENN191 Master of Engineering by Thesis IFM242 Graduate Diploma in Quality

IFJ237 Bachelor of Engineering/Bachelor of Business (Manufacturing Systems and Management)

MEJ158 Bachelor of Engineering - Mechanical

MEL189 Associate Diploma in Mechanical Engineering

Department of Surveying -SVM241 Graduate Diploma in Surveying

Practice SVJ159 Bachelor of Applied Science

(Surveying) SVL212 Associate Diploma in Cartography

MEng Grad Dip Quality BEng/BBus

BEng

AssocDip MechEng

Grad Dip SurvPrac

BAppSc

AssocDi pCart

NOTE: The degree level courses have the following expanded award abbreviations for local use -Bachelor of Engineering - Civil Bachelor of Engineering - Electrical Bachelor of Engineering - Mechanical Bachelor of Applied Science -Surveying

BEng - Civil BEng - Elec BEng - Mech BAppSc-Surv

MASTER OF ENGINEERING BY THESIS

76 Master of Engineering

The following rules relate to the Master of Engineering by Thesis and are made by resolution of the University Council.

ENN191 MASTER OF ENGINEERING BY THESIS

This program is administered by the Academic Board of the Faculty of Engineering through its Master's Degree Standing Committee. The program is offered in Civil, Electrical, Electronic Systems and Mechanical Engineering.

OBJECTIVES

(a) to provide for postgraduate educational opportunities in design, investigation, development, research or any combination thereof, directly related to professional engineering practice;

{b) to provide for increased relationships between the University and industry or other external agencies involved in engineering, to their mutual advantage;

(c) to provide formal recognition of work of an advanced and/or original nature.

APPROVAL OF PROJECTS

All projects should be sponsored by outside agencies such as industry, government authorities and professional organisa­tions, or by the OUT itself. This provision is to ensure that programs are relevant to the aims of the University and the community. It is important that the projects be primarily directed towards industry need.

The program is offered on a full-time and a part-time basis. Part-time students wi 11 norma 11 y be emp 1 eyed in some professional engineering capacity during the day and carry out their projects on a part-time basis at the QUT or in their place of employment or in a sponsoring institution.

Full-time students may be on a scholarship from industry and may carry out their projects at the QUT or in a sponsoring institution. Normally full-time students would be expected to be working on their projects at the QUT for at least twenty-one hours a week during normal office hours.

COURSE RULES

1. Entry

Normal admission will require a m1n1mum of three years' experience as a graduate engineer in the general field in which the proposed work lies, together with -

Master of Engineering 77

(a) A Bachelor's Degree in Engineering from the Queensland University of Technology or a qualification judged equivalent by the Engineering Academic Board. The basic qualification itself will not be sufficient requirement for admission, as the Engineering Academic Board will also take into account an applicant's performance as an undergraduate, particularly in those subjects directly related to the area in which the Master's program will be undertaken. Entry to the program may be allowed straight from the undergraduate degree provided that the candidate has at least a Honour IIA degree and during the course of the program the student undertakes appropriate consulting work.

or (b) Satisfactory completion of an appropriate Master 1 s qualifying program including formal course work and/or reading program in related fields stipulated by the Engineering Academic Board.

or (c) The submission of technical publications or other appropriate evidence which satisfies the Engineering Academic Board that advanced knowledge has been acquired in a division of engineering in which the applicant has worked as a professional engineer in a position of responsibility. This knowledge should be relevant to the field of study proposed.

Special admission may be granted to students with an outstanding performance in their first degree or in subsequent tertiary study in a relevant area and who have less than three years' experience. The requirement of three years minimum experience as a graduate engineer in the general field in which the research lies may be reduced having regard to the degree of industry support and sponsorship for the program and the applicant and the extent to which the applicant will be working with industry during the course of the program.

2. Enrolment

(a) Applications shall be accepted subject to the availability of facilities and supervision.

(b) Applications shall be lodged with the Registrar. No closing dates apply to this program as it may commence at any time since no formal class work will normally be involved.

78 Master of Engineering

(c) There is a six month maximum period between acceptance by the Master's Degree Standing Committee and enrolment by the student in the Master of Engineering by Thesis before the offer of admission to the program lapses.

(d) The following documents should be lodged with the application: (i) details of academic qualifications and

supporting evidence, inc 1 udi ng copies of results for each year of courses;

( i i)

( i i i ) ( i v)

(v)

(vi)

a brief account of industrial experience; a list of publications; a supporting statement from the Head of the QUT School supervising the program that in his/her opinion, the applicant is a suitable person to undertake a research program leading to the Master's degree, that he/she supports the program, and that the School is willing to undertake the responsibility of supervising the work of the applicant; a supporting statement from the employer, stating that he/she is aware of the course rules and is prepared to sponsor and support the applicant. The employer should also state the extent of facilities available for the project, the extent to which supervision could be given for this work and the extent to which time will be made available to the applicant for the project; a summary of the work to be undertaken in the proposed program, where this work will be undertaken, and the amount of time which will be devoted to it;

(vii) any other relevant material.

3. Registration

or

(a) An applicant shall be registered initially as (i) a graduate student (provisional) if he/she is

to undertake an appropriate qualifying program;

(ii) a graduate student if he/she is considered by the Engi neerf ng Academic Board to meet the requirements of entry.

(b) In considering an applicant for registration, the Engineering Academic Board shall, in addition to assessing the applicant's suitability, be satisfied that -

Master of Engineering 79

(i) the proposed program has relevance to the aims and objectives of the University;

(ii) the proposed program has relevance to the needs of industry;

(iii) the applicant can devote sufficient time to his/her planned program.

4. Duration of the Program

(a) Registered graduate students shall not normally be eligible for the award of a degree until a period of at least four years for a part-time student or two years for a full-time student has elapsed from the time of their confirmed registration, except in the case of special permission granted under (c).

(b) Registered graduate students shall present their thesis for examination no later than six years for a part-time student or three years for a full-time student from the date of their confirmed registration.

(c) Registered graduate students who have obtai ned normal admission to the Master's program may apply to the Engineering Academic Board for permission to submit their thesis in less than four years for part-time students and less than two years for full-time students after commencement, for an extension of time, or for leave of absence from the program.

(d) Registered graduate students who have obtai ned special admission to the Master's program shall not be eligible for the award until they satisfy the industrial experience requirement.

5. Content of Program

(a) Students pursuing a Master of Engineering degree by Thesis will undertake necessary project work in design, investigation and research and/or develop­ment work on a topic as approved by the Engineering Academic Board.

(b) Where advised, students may be required to satisfac­torily complete formal course work in subjects relevant to their field of study up to a total class contact time of 180 hours.

(c) The supervisor shall require students to participate in graduate seminars and may require them to attend specialist lectures. Students will be encouraged to attend conferences, where these are related to the field of the project, provided this is at no cost to the University.

80 Master of Engineering

(d) Students are required to present at least one seminar on their thesis topic at the Queensland University of Technology and are encouraged to present additional seminars to professional bodies.

Ga Supervision

(a) The Engineering Academic Board shall appoint one or more supervisors in respect of each student, provided that, where more than one supervisor is appointed, one sha 11 be nominated as the Pri nci pa 1 Supervisor and others as Associate Supervisors.

(b) The Principal Supervisor shall normally be from the academic staff of the QUT School in which the student is enrolleda

(c) Students shall present six·monthly progress reports to their Principal Supervisor, who will submit these to the Engineering Academic Board with comments.

7a Thesis

(a) No later than six months after confirmed registra­tion, students shall submit the title of their thesis for approval by the Engineering Academic Board, and after approval has been granted, no change wi 11 be made except with the permission of the Engineering Academic Board.

(b) Students shall give two month's written notice of their intention to submit their thesis and such notice shall be accompanied by the appropriate fee, if any.

(c) The thesis shall comply with the following require· ments: (i) a significant proportion of the work described

(as determined by the Engineering Academic Board) must have been completed subsequent to initial registration for the Master's degree; and

(ii) there must be an advanced and/or original contribution to the knowledge of the subject; and

(iii) it must be written in English or in a language approved by the Engineering Academic Board and reach a satisfactory standard of literary presentation; and

(iv) it shall be the student's own account of his/her work. Where work is carried out co-jointly with other persons, the Engineering Academic Board sha 11 be advised as to the extent of the student's contribution to the joint work; and

Master of Engineering 81

(v) the thesis shall not contain as its main content any work or material which the student has previously submitted for another degree or similar award; and

(vi) the thesis may consist primarily of reports, plans and/or documents or may be supported by these if they have a bearing on the subject of the thesis.

(d) In form of presentation, the thesis shall comply with all the requirements listed in the QUT Thesis Presentation Booklet.

(e) Assessment of Thesis (i) The Engineering Academic Board shall appoint

three examiners, of whom at least two shall be from outside the University. No supervisor of the candidate shall be appointed as one of the examiners.

(i i) On receipt of the reports from the examiners, the Engineering Academic Board shall: a) recommend to Co unci 1 that the student be

awarded a Master of Engineering degree, after any minor amendments requested by the examiners have been made;

or b) permit the student to resubmit the revised thesis for re-examination within one year;

or c) cancel the student's registration.

8. Eligibility for Award

Registered graduate students shall be eli gi bl e for admission to the award of a Master of Engineering by Thesis if they:

(a) have completed the approved program involving advanced and/or original work under the supervision prescribed by the Engineering Academic Board, and

{b) submit and the Engineering Academic Board accepts a thesis, together with reports, and/or documents where applicable, prepared under the supervision of the supervisor, and

(c) have completed such other work as may be prescribed by the Engineering Academic Board.

POSTGRADUATE COURSES

84 Grad Dip Mun Eng

The following rules Municipal Engineering University Council.

relate to the Graduate Diploma in and are made by resolution of the

PART-TIME

1 o ENTRY

CEM213 GRADUATE DIPLOMA IN MUNICIPAL ENGINEERING

(a) Normal Entry To be eligible to enrol for the Graduate Diploma in Municipal Engineering, an applicant must possess an acceptable qualification in engineering from a recognised tertiary institution.

(b) Qualifying Entry Applicants who do not meet the requirements for normal entry but who hold a tertiary qualification in a technological field or other equivalent qualifications or hold professional engineering recognition may be required to complete such pre­requisite engineering subjects as may be determined by the School of Civil Engineering prior to enrolment in the course.

2 o ENROLMENT

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre"" and co""requisite conditions, and class time­tables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed, within the constraints of tirnetabling, pre- and co""requisites. In special circumstances, the Dean of the Faculty may waive this rule, only after consideration of a written application to the Registrar.

(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. In special circum­stances, the Dean of the Faculty may waive this rule, only after consideration of a written application to the Registrar.

3o UNREGISTERED STUDENTS

A person may apply to study individual subjects as an unregistered student and may be admitted to classes provided that vacancies exist. Such persons shall conform to the general conditions covering the course and rules relating to unregistered students.

Grad Dip Mun Eng 85

4. EMPLOYMENT

Maximum benefits will be derived from the course by persons engaged in appropriate employment.

5. EXEMPTIONS

Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Matters'. See relevant Section.

6. ATTENDANCE

Students are expected to attend scheduled lectures, practical work, and other work, and seek leave of absence if they cannot maintain adequate attendance.

Field trips or field projects as detailed in the synopses have a compulsory attendance requirement.

7. ASSESSMENT

The method of assessment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, laboratory reports, design work, projects and field visits.

8. COURSE STRUCTURE

To be awarded a Graduate Diploma in Municipal Engineering a registered student must complete a minimum of 26 semester hours of approved subjects in a program endorsed by the Head of School to the satisfaction of the Engineering Academic Board.

NORMAL COURSE PROGRAM

All subjects are one semester EFTSU Approx

Credit Formal Hrs/wk

Semester Autumn

CEP130 Engineering Management 8 2 CEP122 Municipal Planning Principles 8 2

ONE Elective Subject 8 2 TOTAL 24 6

Semester 2 S~rins:

CEP124 Municipal Planning Applications 8 2 CEP361 Urban Drainage 8 2 CEP200 Process Modelling 8 2

ONE Elective Subject 8 2 TOTAL 32 8

Semester 3 Autumn

MNP510 Local Government Administration 8 2 TWO Elective Subjects 16 4

TOTAL 24 6

86 Grad Dip Mun Eng

Semester 4 - Spring THREE Elective Subjects

TOTAL

Elective Program - Autumn

CEP210 Municipal Traffic Engineering CEP211 Roadworks Practice CEP214 Transport Engineering I CEP273 Water and Wastewater Treatment CEP275 Solid Waste Disposal CEP375 Industrial Liquid Wastes

Elective Pro~ ram - Spri n9

CEP107 Construction Management and Economics CEP108 Municipal Law and Regulation CEP172 Water Quality Engineering CEP215 Advanced Traffic Management CEP216 Transport Engineering II CEP274 Water and Wastewater Treatment II CEP310 Urban Transportation Planning CEP380 Water Supply and Sewerage CEP490 Municipal Engineering Practice

EFTSU Approx Credit Formal

Hrs/wk 24 6 24 6

8 2 8 2 8 2 8 2 8 2 8 2

8 2 8 2 8 2 8 2 8 2 8 2 8 2 8 2 8 2

The number of electives available in any year will be dependent upon a sufficient number of students being enrolled. A maximum of four subjects may be taken from other Graduate Diploma courses.

Grad Dip Comp Cont Syst 87

The following rules relate to the Graduate Diploma in Computer Controlled Systems and are made by resolution of the University Council.

EEM230 GRADUATE DIPLOMA IN COMPUTER CONTROLLED SYSTEMS

PART-TIME

1. ENTRY

(a) Normal Entry

To be eligible to enrol for the Graduate Diploma in Computer Cantrall ed Systems an applicant must possess a tertiary qualification in a technological field or other qualification considered to be professionally acceptable.

(b) Qua 1 ifyi ng

Applicants who do not meet the requirements for normal entry may be required to satisfactorily complete appropriate qualifying subjects, to be designated by the School, before enrolling in the Graduate Diploma course.

2. ENROLMENT

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and co-requisite conditions, and class time'"' tables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed, within the constraints of timetabling, pre- and co-requisites. In special circumstances, the Dean of the Faculty may waive this rule, only after consideration of a written application to the Registrar.

(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. In special circum .. stances, the Dean of the Faculty may waive this rule, only after consideration of a written application to the Registrar.

3. UNREGISTERED STUDENTS

A person may apply to study individual subjects as an unregistered student and may be admitted to classes provided that vacancies exist. Such persons shall conform to the general conditions covering the course and rules relating to unregistered students.

88 Grad Dip Comp Cont Syst

4. EMPLOYMENT

Maximum benefits wi 11 be derived from the course by persons engaged in appropriate employment.

5. EXEMPT! ONS

Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Matters'. See relevant Section.

6. ATTENDANCE

Students are expected to attend scheduled practical work, and other work, and seek leave if they cannot maintain adequate attendance.

lectures, of absence

Field trips or field projects as detailed in the synopses have a compulsory attendance requirement.

7. ASSESSMENT

The method of assessment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, laboratory reports, design work, projects and field visits.

8. COURSE STRUCTURE

To be awarded a Graduate Diploma in Computer Controlled Systems, a registered student must complete, to the satisfaction of the Engineering Academic Board, the following subjects and other work for two years part-time study.

NORMAL COURSE PROGRAM

All subjects are one semester

Semester EEP113 EEP114 EEP115*

Semester 2

EEP116 CSP690 EEP117

Autumn Realtime Systems Algorithm Development Programming Tutorial (Exemptable)

Spring Advanced Process Control Package Development

TOTAL

Power Electronics Applications TOTAL

OR

EFTSU Approx Credit Formal

Hrs/wk 12 3 12 3 8 2

32 8

12

12

24

3

3

6

*Depending upon enrolment numbers, this subject may be combined with an appropriate degree level subject.

Grad Dip Camp Cant Syst 89

Semester 3 - Autumn Data Base CSP790

EEP118 EEP119

Numerical Control and Robotics OR Data Acquisition and Control Systems

TOTAL

Semester 4 - Spring EEP120 Multiple Computer Systems EEP121 Advanced Computer Technology

TOTAL

EFTSU Approx Credit Forma 1

Hrs/wk 12 12 24

12 12 24

3

3

6

3 3 6

90 Grad Dip in Quality

The following rules relate to the Graduate Diploma in Quality and are made by resolution of the University Council.

IFM242 GRADUATE DIPLOMA IN QUALITY

The course is administered by the Academic Boards of the Faculties of Business, Engineering and Science via a three person Executive Committee, one member of which shall be referred to as Course Co-ordinator.

PART-TIME

1. ENTRY

To be eligible to enrol for the Graduate Diploma in Quality, an applicant shall have completed a course at degree level or possess an equivalent qualification in Science, Engineering, Management, Commerce, Education or another field deemed to be appropriate.

When an equivalent course of study or examination cannot be readily established, an applicant may, at the discretion of the Executive Committee, be permitted to undertake a qualifying examination, satisfactory completion of which will entitle the applicant to the status of Graduate for the purpose of admission.

2. El'lROLMENT

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and co-requisite conditions, and class time­tables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed, within the constraints of timetabling, pre- and co-requisites. In special circumstances, the Executive Committee may waive this rule, only after consideration of a written application to the Registrar.

(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. In special circum .. stances, the Executive Committee may waive this rule, only after consideration of a written application to the Registrar.

3. UNREGISTERED STUDEI'lTS

A person may apply to study individual subjects as an unregistered student and may be admitted to classes provided that vacancies exist. Such persons shall conform to the general conditions covering the course and rules relating to unregistered students.

Grad Dip in Quality 91

4. EMPLOYMENT

t-taximum benefits wi 11 be derived from the course by persons engaged in appropriate employment.

5. EXEMPTIONS

Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Natters'. See relevant Section.

6. ATTENDANCE

Students are expected to attend scheduled practical work, and other work, and seek leave if they cannot maintain adequate attendance.

lectures, of absence

Field trips or field projects as detailed in the synopses have a compulsory attendance requirement.

7. ASSESSMENT

The method of assessment provides for formal semester and deferred ex ami nations as we 11 as written tests, oral tests, general assignments, laboratory reports, design work, projects and field visitsa

8. COURSE STRUCTURE

To be awarded a Graduate Diploma in Quality, a registered student must complete, to the satisfaction of the Academic Boards of the Faculties of Business, Engineering and Science, the following subjects and other work for two years part-time study.

NORMAL COURSE PROGRAM

All subjects are one semester

Semester MEP173 MNP112 MAP111 MNP113

Semester 2

t4EP273 MAP121 ACP213 MNP123

Autumn

Quality Control Planning Quality System Management Statistical Methods in Quality Managing Communications for Quality

TOTAL

Spring

Quality Measurement and Testing Statistical Process Control Quality Cost Analysis Human Factors in Quality

TOTAL

EFTSU Approx Credit Formal

Hrs/wk

6 1.5 6 1.5 6 1.5 6 1.5

24 6

6 1.5 6 1.5 6 1.5 6 1.5

24 6

92 Grad Dip in Quality

Semester 3 - Autumn Sampling Procedures Economic Analysis

MAP211 MNP218 MEP371 ISP380

Reliability & Maintainability Quality Information Systems

TOTAL

Semester 4 - Spring MEP473 Quality Systems and Assessment MAP221 Quality Problem Solving Techniques IFP222 Project

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 1.5 6 1.5 6 1.5 6 1.5

24 6

8 8 8

24

2 2 2 6

Grad Dip in Surv Prac 93

The following rules relate Surveying Practice and are University Council.

to the Graduate Diploma in made by resolution of the

SVM241 GRADUATE DIPLOMA IN SURVEYING PRACTICE

FULL-TIME

1. ENTRY

(a) Normal Entry

To be eligible to enrol in the course leading to the Graduate Diploma in Surveying Practice, an applicant:

(i) shall hold from the Queensland University of Technology the degree of Bachelor of Applied Science (Surveying); OR

(ii) shall hold from the University of Queensland the degree of Bachelor of Surveying; OR

(iii)shall hold from another tertiary institution a degree acceptable to the Surveyors Board of Queens 1 and and considered by the Head of the Department o.f Surveying to be at least equivalent to the degree of Bachelor of Applied Science (Surveying) of this University.

(b) Qualifying Entry

Applicants who do not meet the requirements for normal entry but who hold a tertiary qualification in a technological field or other equivalent qualification may be required to complete such preMrequisite surveying and other subjects as may be determined by the Head of the Department prior to enrolment in the course.

2. UNREGISTERED.STUDENTS

A person may apply to study individual subjects as an unregistered student and may be admitted to classes provided that vacancies exist. Such persons shall conform to the general conditions covering the course and rules relating to unregistered students.

94 Grad Dip in Surv Prac

3. EXEMPTIONS

Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Matters'. See relevant Section.

4. EMPLOYMENT

Maximum benefits wi 11 be derived from the course by persons engaged in appropriate employment.

5. ATTENDANCE

Students are expected to attend scheduled practical work, and other work, and seek leave if they cannot maintain adequate attendance.

lectures, of absence

Field trips on field projects as detailed in the synopses have a compulsory attendance requirement.

6. ASSESSMENT

The method of assessment provides for formal semester and deferred examinations as well as written tests, general asignments, laboratory reports, design work, project and field visits.

7. COURSE STRUCTURE

To be awarded a Graduate Diploma in Surveying Practice, a registered student must complete, to the satisfaction of the Engineering Academic Board, the following subjects and other work for one year full-time study of thirty four weeks duration.

The broad areas of practice dealt with in the course and the number of hours devoted to each are:

Topics

Cadastral Surveying Engineering Surveying Building Control Detail Surveys Mapping Survey Computing Survey Project Management Office Operations Practice law Professional Practice Innovation and System Developments Surveys for Government

TOTAL

603 210

38 30 76 47

100 90 30

8 22 38

1292

Students shall enrol in the subject SVP101 Surveying Practice in each semester.

BACHELOR COURSES

96 Bachelor of Engineering

The following rules relate to the Bachelor of Engineering degree and are made by resolution of the University Council.

BACHELOR OF ENGINEERING

The degree may be awarded with Honours. First Class Honours, Second Class Honours Di vision A and Second Class Honours Division B may be awarded. Candidates for the degree with Honours must ful fi 1 the requirements for the pass degree and achieve such standard of proficiency in the subjects of the course as may from time to time be determined by the Academic Board and approved by the Academic Assembly.

FULL•TIME AND PART·TIME

1. ENTRY

Refer to tables in Admission Procedures booklet.

2. ENROLMENT

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and co-requisite conditions, and class time­tables. A student may not enrol in a subject if there are subjects from an earlier semester avail­able and still to be completed, within the constraints of timetabling, pre- and co-requisites. In special circumstances, the Dean of the Faculty may waive this rule, after consideration of a written application to the Registrar.

(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. Where a student is straddling two years, the maximum hours shall be that of the semester with the greater number of recommended hours. In special circumstances, the Dean of the Faculty may waive the maximum hours rule, after consideration of a written application to the Registrar.

Part-time Students

Students who wish to complete the course by part-time study in six years must obtain one full day per week release from their place of employment to attend that part of the course which is scheduled during the day.

3. UNREGISTERED STVDENTS

A person may apply to study individual subjects as an unregistered student and may be admitted to classes provided that vacancies exist. Such persons shall conform to the general conditions covering the course and rules relating to unregistered students.

Bachelor of Engineering 97

4. EMPLOYMENT

(a) Part-time Students

Students who will be in a throughout any semester, may students if they can produce that they are so employed.

full-time occupation register as part-time satisfactory evidence

(b) Full-time and Part-time Students A student shall have engaged in at least five weeks approved employment in conjunction with each of first, second and third years of the full-time course or, first, third and fifth years of the part-time course. For the employment to be recognized, the student must submit an industrial experience record form, provided for the purpose, which has been completed by both the student and the employer.

5. EXEMPTIONS

(a) Rules concerning the detailed under 'Rules See relevant Section. Dean of the Faculty consideration of a Registrar.

granting of exemptions are Relating to Student Matters'. In special circumstances, the

may waive these rules, after written application to the

(b) A registered student, who is enrolled as a part-time student and is in an appropriate occupation, may make written application, on the special form provided, to be exempted the following subjects if offered in the particular course chosen:

Design Project Group A Subject Seminars Seminars and Technical

Communication Field Trip

Mechanical Design Project Technical Writing Civil Engineering I Electrical Engineering Manufacturing I Design I (Mechanical) Industrial Visits

Note: Application to the Head of School may be made to study the subject 'Project' externally.

Exemptions will only be granted from subjects for which students can produce evidence that their occupation provides ski 11, experience and training which is equivalent, in the opinion of the Board, to the subject/s exempted. The Board may delegate the approval of such evidence to the Head of the School responsible for the course.

98 Bachelor of Engineering

(c) Prior approval must be received to obtain an exemp­tion in a QUT subject, if while registered at the University, a student wishes to study an equivalent subject elsewhere or in another course at the University. Application for approval must be made in writing to the Registrar.

(d) The Head of School, may, where a student who has previously enrolled for a subject but has not been given credit for a pass in such subject, exempt such candidate from such of the requirements of that subject as deemed fit.

6. ATTENDANCE

A student who in any subject fails to attend 80% of the total instruction, or to submit 80% of all practical or assignment work required in any subject may be deemed by the Dean of the Faculty ineligible to sit for the semester examination. Field trips or field projects, as detailed in the subject synopses, have a compulsory attendance requirement.

7 • ASSESSMENT

The method of ass~ssment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, laboratory reports, design work and projects.

8. DRESS

The Engineering Academic Board may require students to wear appropriate attire during industrial visits to firms and government departments and field trips and whilst engaged on field survey projects and practical work. Students must also comply with any particular safety requirements with respect to dress that may be applicable to an industrial visit, field trip, field survey project or practical assignment.

9. COURSE STRUCTURE

A registered student admitted under these rules shall elect to specialise in one of Civil, Electrical or Mechanical Engineering.

Most subjects in the Bachelor of Engineering courses will be available from both day and evening study, based on demonstrated demand. Some subjects in the part-time program will be available only during the day, so that day release is necessary for part-time students to complete the course. A full-time student may be required to attend classes given in the evening.

BEn - Civil 99

To be awarded a Bachelor of Engineering - Civi 1 degree, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects and other work for four years full-time study or six years part-time study.

CEJ156 BACHELOR OF ENGINEERING - CIVIL

NORMAL COURSE PROGRAM for Four Years FULL-TIME Study

All subjects are one semester except those indicated (*) which extend over two semesters.

Semester 1 - Autumn Engineering Mathematics I* Engineering Physics I* Civil Engineering Engineering Mechanics I Computing*

MAB193 PHB131 CEB102 CEB1B4 CSB190 MEB121 MEB171 CMB108 EEBl 01

Engineering Graphics Introduction to Manufacturing English for Technologists Circuits and Measurements

Semester 2 - Spring MAB193 PHB131 CEB185 CSB190 MEB111 MEB133 CHB346 SVB306 EEB202 CEB192

Engineering Mathematics I* Engineering Physics I* Engineering Mechanics II Computing* Dynamics Materials I Engineering Chemistry C Surveying I Electromagnetics Vacation Practice

Semester 3 - Autumn MAB493 CEB281 CEB252 CEB240 CEB201 CEB202 ESB519 CEB291

Engineering Mathematics I I* Strength of Materials Structural Engineering I* Soil Mechanics I Steel Structures Concrete Structures* Geology Civil Engineering Materials

Semester 4 - Spring MAB493 CEB252 CEB241

Engineering Mathematics I I* Structural Engineering I* Soil Mechanics I I

TOTAL

TOTAL

TOTAL

EFTSU Approx Credit Formal

Hrs/wk

6 3 6 3 3 ll, 6 3 4 3 6 3 3 ll, 6 3 6 3

46 24

6 3 6 3 6 3 4 ll, 6 3 6 3 4 2 6 3 6 3 0 5 wks

50 241,

6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3

48 24

6 6

'6"

3 3 3

100 BEn .. Civil

EFTSU Approx Credit Formal

Semester 4 - Spring (cont 1 d) Hrs/wk

CEB202 Concrete Structures* 6 3 CEB260 Fluid Mechanics 6 3 CEB231 Concrete Technology 6 3 BEB506 Basic Ecology 2 1

ONE Group A Elective 4 2 CEB292 Vacation Practice II 0 5 wks

TOTAL 42 21

Semester 5 .. Autumn

MABB93 CEB390 CEB360 CEB304 CEB312 CEB352 CEB305

Semester 6 CEB390 CEB370 CEB313 CEB304 CEB361 CEB352 EEB273 CEB340 CEB392

Engineering Mathematics I I I 6 3 Engineering Investigation and Reporting* 4 3 Hydraulic Engineering I 6 3 Civil Engineering Design I* 8 4 Highway Engineering 6 3 Structural Engineering II* 6 3 Construction Management and Economics 6 3

TOTAL 42 22

.. Spring

Engineering Investigation and Reporting* Public Health Engineering I Traffic Engineering Civil Engineering Design I* Hydrology Structural Engineering II* Microcomputers in Engineering Geomechanics Vacation Practice I I I

TOTAL

4 1 6 3 q 3 8 4 6 3 6 3 4 2 6 3 0 5 wks

46 22

Semester 7 .. Autumn

CEB470 CEB440 CEB460 CEB410 CEB430 CEB405 CEB491

Public Health Engineering I I Geotechnical Engineering Hydraulic Engineering II Transport Engineering I Building Construction Civil Engineering Design II* Project (Civil)*

TOTAL

Semester 8 - Spring CEB405 CEB401 CEB403 CEB404 + CEB491

Civil Engineering Design I I* Design Project Professional Practice Field Trip Project (Civil)* THREE Group 8 Electives

TOTAL

6 3 6 3 6 3 6 3 3 1l;

10 5 6 3

43 21l;

6 6 4 4 6

18 44

3 3 2 2 3 9

22

+ This subject may be timetabled in block day-release periods.

BEn - Civil 101

Group A Electives - One Semester ACB455 EEB600 ENB103 158393 MNB002 MNB004

Personal and Corporate Finance Starting a Technology Based Business General Elective Computer Based Information Systems Psychology for Engineers Management

EFTSU Approx Credit Forma 1

Hrs/wk

4 2 4 2 4 2 4 2 4 2 4 2

The number of Group A electives avai 1 able will be dependent upon a sufficient number of students being enrolled.

Group B Electives - One Semester CEBSOO CE8501 CEB511 CEB521 CEB530 CEB531 CEB540 CEBSSO CEB551 CE8552 CEB554 CEB560 CE8561 CE8570 CEB571 SVB406

Construction Engineering Civil Engineering Practice Transport Engineering II Civil Engineering Systems Concrete Design Masonry Design Geotechnical Engineering I I Finite Element Methods Structural Design Advanced Structural Analysis Advanced Steel Design Water Engineering Coastal Engineering Public Health Engineering II I Environmental Engineering Surveying II

6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

The number of Group B electives available will be dependent upon a sufficient number of students being enrolled.

102 BEn - Civil

The Bachelor of Engineering -Civil part-time program will be as follows "'

NORMAL COURSE PROGRAM for Six Years PART-TIME Study

All subjects are one semester except those indicated (*) which extend over two semesters.

Semester MAB193 PHB131 MEB171 CEB184 MEB121 CEB102

Semester 2

MAB193 PHB131 CEB185 MEB133 MEB111 CEB192

Auti.Jlln

Engineering Mathematics I* Engineering Physics I* Introduction to Manufacturing Engineering Mechanics I Engineering Graphics Civil Engineering

- Spring

Engineering Mathematics I* Engineering Physics I* Engineering Mechanics II Materials I Dynamics Vacation Practice

TOTAL

TOTAL

Semester 3 - Autumn EEB1 01 CMB108 MAB493 CEB291 CSB190

Circuits and Measurements English for Technologists Engineering Mathematics I I* Civil Engineering Materials Computing*

Semester 4 - Spring

EEB202 SVB306 MAB493 CSB190 CHB346 BEB506

Electromagnetics Surveying I Engineering Mathematics I I* Computing* Engineering Chemistry C Basic Ecology ONE Group A Elective

Semester 5 - Autumn

CEB281 CEB252 CEB202 CEB240 ESB519

Strength of Materials Structural Engineering I* Concrete Structures* Soil Mechanics I Geology

TOTAL

TOTAL

TOTAL

EFTSU Approx Credit Formal

Hrs/wk

6 3 6 3 3 1~ 6 3 6 3 3 1~

30 15

6 3 6 3 6 3 6 3 0 3 0 5 wks

30 15

6 3 6 3 6 3 6 3 4 3

28 15

6 3 6 3 6 3 4 1~ 4 2 2 1 4 2

32 15~

6 3 6 3 6 3 6 3 6 3

30 15

Semester 6 CEB252 CEB202 CEB241 CEB201 CEB260 CEB292

- Spring Structural Engineering I* Concrete Structures* Soil Mechanics I I Steel Structures Fluid Mechanics Vacation Practice II

TOTAL

BEn - Civil 103

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 6 3 6 3 0 5 wks

30 15

Semester 7 - Autumn

MAB893 CEB340 CEB360 CEB352 CEB312

Semester 8

CEB370 CEB313 CEB361 CEB352 CEB231

Engineering Mathematics II I Geomechanics Hydraulic Engineering I Structural Engineering I I* Highway Engineering

- Spring

Public Health Engineering I Traffic Engineering Hydrology Structural Engineering I I* Concrete Technology

TOTAL

TOTAL

6 6 6 6 6

30

6 6 6 6 6

30

3 3 3 3 3

15

3 3 3 3 3

15

Semester 9 - Autumn CEB304 CEB390 CEB460 CEB470 CEB305

Civil Engineering Design I* 8 4 Engineering Investigation and Reporting* 4 3 Hydraulic Engineering II 6 3 Public Health Engineering I I 6 3 Construction Management and Economics 6 3

TOTAL 30 16

Semester 10 - Spring CEB304 CEB390 CEB440 EE8273 CEB403

CEB392

Civil Engineering Design I* Engineering Investigation and Reporting* Geotechnical Engineering I Microcomputers in Engineering Professional Practice ONE Group 8 Elective Vacation Practice I I I

TOTAL

Semester 11 - Autumn

CEB430 CEB405 CEB401 CEB410 CEB491

Building Construction Civil Engineering Design I I* Design Project Transport Engineering Project (Civil)*

TOTAL

8 4 4 1 6 3 4 2 4 2 6 3 0 5 wks

32 15

3 1~ 10 5 6 3 6 3 6 3

31 15~

104 BEn - Civil

Semester 12

CEB405 CEB404 CEB491

.. Spring

Civil Engineering Design I I* Field Trip Project (Civil)* TWO Group B Electives

TOTAL

Group A Electives .. One Semester ACB455 EEBGOO ENB103 158393 MNB002 MNB004

Personal and Corporate Finance Starting a Technology Based Business General Elective Computer Based Information Systems Psychology for Engineers Management

EFTSU Approx Credit Formal

Hrs/wk 6 3 4 2 6 3

12 6 28 14

4 4 4 4 4 4

2 2 2 2 2 2

The number of Group A electives available will be dependent upon a sufficient number of students being enrolled.

Group B Electives .. One Semester

CEBSOO CEB501 CEB511 CEB521 CEB530 CEB531 CEB540 CEBSSO CEB551 CEB552 CEB554 CEB560 CEB561 CEB570 CEB571 SVB406

Construction Engineering Civil Engineering Practice Transport Engineering I I Civil Engineering Systems Concrete Design Masonry Design Geotechnical Engineering I I Finite Element Methods Structural Design Advanced Structural Analysis Advanced Steel Design Water Engineering Coastal Engineering Public Health Engineering I I I Environmental Engineering Surveying I I

6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

The number of Group B electives available will be dependent upon a sufficient number of students being enrolleda

BEng - Electrical 105

To be awarded a Bachelor of Engfneering "'Electrical degree, a registered student must complete, to the satisfaction of the Engineering Academic Board, the following subjects and other work for four years full-time study or six years part-time study.

EEJ157 BACHELOR OF ENGINEERING - ELECTRICAL

ELECTRICAL ENGINEERING STRAND

Students may enrol in either the ELECTRICAL ENGINEERING strand or the ELECTRONIC SYSTEMS ENGINEERING strand. Semesters 1-4 full-time are identical for the two strands.

NORMAL COURSE PROGRAM for Four Years FULL-TIME Study

All subjects are one semester except those indicated (*} which extend over two semesters.

Semester 1

MAB193 EEB101 CSB190 PHB131 MEB121 CEB184 MEB171 CMB108 CEB102

- Autumn Engineering Mathematics I* Circuits and Measurements Computing* Engineering Physics I* Engineering Graphics Engineering Mechanics I Introduction to Manufacturing English for Technologists Civil Engineering

TOTAL

Semester 2 - Spring

MAB193 CSB190 PHB131 MEB111 MEB133 EEB202 EEB203 EEB371 EEB272 EEB206

Engineering Mathematics I* Computing* Engineering Physics I* Dynamics Materials I Electromagnetics Circuit Analysis Electronic Devices Digital Principles Vacation Practice I

Semester 3 - Autumn MAB493 EEB303 EEB302 EEB520 MAB295 CSB490 EEB372 EEB361

Engineering Mathematics I I* Network Theory I Electrotechnology Control Engineering I Applied Mathematics Software Engineering Digital Electronics I Signals and Systems

TOTAL

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 4 3 6 3 6 3 6 3 3 11, 6 3 3 11,

46 24

6 3 4 11, 6 3 6 3 6 3 6 3 6 3 6 3 3 1!; 0 5 wks

49 24

6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3

48 24

106 BEng - Electrical

Semester 4 MAB493 EEB401 EEB400 PHB430 EEB620 EEB471 EEB472 EEB561 EEB406

- Spring Engineering Mathematics II* Network Theory I I Electrical Power Systems Engineering Physics IV Control Engineering I I Electronics Digital Electronics I I Communications Engineering Vacation Practice I I

TOTAL

Semester 5 - Autumn EEB511 EEB531 EEB404 MAB893 EEB574 EEB581 EEB652 EEB724

Linear System Analysis Electrical Power Transmission Electrical Machines Engineering Mathematics I I I Applied Electronics I Electrical Design I Power Electronics Industrial Control

TOTAL

Semester 6 - Spring EE8552 MEB101 MEB453 EEB677

-" EEB681 MAB894 EEB622

EEB606

Electrical Power Systems I I Design I (Mechanical) Mechanical Engineering I Is Applied Electronics I I Electrical Design I I Engineering Mathematics IV Process Plant ONE Group A Elective Vacation Practice I II

TOTAL

Semester 7 - Autumn EEB741 EEB751 EEB772 EEB782 EEB781 EEB785

Power System Analysis Electri~al Power Plant I II Electronic Systems I Electrical Design I I I Project (Electrical Engineering)* Seminars* ONE Group B (Electrical Engineering) Elective

TOTAL

Semester 8 - Spring EEB810 EEB783 EEB781 EEB785 MEB477 EEB820

Electrical Protection Electrical Design IV Project (Electrical Engineering)* Seminars* Industrial Administration Engineering Management ONE Group B (Electrical Engineering) Elective

TOTAL

EFTSU Approx Credit Formal

Hrs/wk

6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 0 5 wks

48 24

6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3

48 24

6 3 6 3 6 3 6 3 6 3 6 3 6 3 4 2 0 5 wks

46 23

6 3 6 3 6 3 9 3 6 3 2 1

6 3 41 19

6 3 6 3 9 6 2 1 4 2 6 3

6 3 39 21

Group A ACB455 EEB600 ENB103 158393 MNB002 MNB004

BEng - Electrical 107

Electives ~ One Semester Personal and Corporate Finance Starting a Technology Based Business General Elective Computer Based Information Systems Psychology for Engineers Management

EFTSU Approx Credit Formal

Hrs/wk 4 2 4 2 4 2 4 2 4 2 4 2

The number of Group A electives available will be dependent upon a sufficient number of students being enrolled.

Group B (Electrical En~i neeri "2) Electives - One Semester EEB601 Realtime Computing 6 3 EEB623 Industrial Systems I 6 3 EEB872 Electronic Systems II 6 3 EEB900 Computer Aided Engineering 6 3 EEB931 Industrial Systems II 6 3 EEB944 Power Station Engineering 6 3 EEB951 High Voltage Power Plant 6 3 EEB954 Electrical Energy Utilisation 6 3

The number of Group B electives available will be dependent upon a sufficient number of students being enrolled.

108 BEng - Electrical

The Bachelor of Engineering - Electrical part-time program will be as follows -

NORMAL COURSE PROGRAM for Six Years PART-TIME Study

All subjects are one semester except those indicated (*) which extend over two semesters.

ELECTRICAL ENGINEERING STRAND

Semester 1 - Autumn MAB193 PHB131 MEB121 CSB190 EEB1 01

Engineering Mathematics I* Engineering Physics I* Engineering Graphics Computing* Circuits and Measurement

TOTAL

Semester 2 - Spring MAB193 PHB131 EEB371 CSB190 EEB203 EEB272 EEB206

Semester 3 EEB303 MAB493 CMB108 CEB102 MEB171 EEB361

Engineering Mathematics I* Engineering Physics I* Electronic Devices Computing* Circuit Analysis Digital Principles Vacation Practice I

- Autl.llln

Network Theory

TOTAL

Engineering Mathematics I I* English for Technologists Civil Engineering Introduction to Manufacturing Signals and Systems

TOTAL

Semester 4 - Spring

EEB401 MAB493 EEB202 EEB471 MEB133 EEB406

Network Theory II Engineering Mathematics I I* Electromagnetics Electronics Materials I Vacation Practice II

Semester 5 - Autumn MAB893 EEB372 CEB184 EEB520 EEB302

Engineering Mathematics II I Digital Electronics I Engineering Mechanics Control Engineering I Electrotechnology

TOTAL

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 4 3 6 3

28 15

6 3 6 3 6 3 4 1\ 6 3 3 1\ 0 5 wks

31 15

6 6 6 3 3 6

30

3 3 3

n 1\

3 15

6 3 6 3 6 3 6 3 6 3 0 5 wks

30 15

6 3 6 3 6 3 6 3 6 3

30 15

BEng - Electrical 109

Semester 6 MAB894 MEB111 EEB472 EEB620 EEB400 EEB606

- Spring Engineering Mathematics IV Dynamics Digital Electronics I I Control Engineering I I Electrical Power Systems Vacation Practice I I I

TOTAL

Semester 7 - Autumn CSB490 EEB511 EEB971 EEB404 MAB295

Semester 8 MEB1 01 EEB561 MEB453 EEB677 PHB430

Software Engineering Linear System Analysis Applied Electronics I Electrical Machines Applied Mathematics

... Spring Design I (Mechanical) Communications Engineering Mechanical Engineering I Is Applied Electronics I I Engineering Physics IV

TOTAL

TOTAL

Semester 9 ... Autumn EEB531 EEB652 EEB581 EEB724 EEB772

Electrical Power Transmission Power Electronics Electrical Design I Industrial Control Electronic Systems

TOTAL

Semester 10 - Spring EEB552 MEB477 EEB681 EEB622 EEB820

Electrical Power Systems I I Industrial Administration Electrical Design I I Process Plant Engineering Management ONE group A Elective

TOTAL

Semester 11 ... Autumn

EEB741 EEB782 EEB751 EEB781 EEB785

Power System Analysis Electrical Design II I Electrical Power Plant I II Project (Electrical Engineering)* Seminars* ONE Group B (Electrical Engineering) Elective

TOTAL

EFTSU Approx Credit Formal

Hrs/wk

6 3 6 3 6 3 6 3 6 3 0 5 wks

30 15

6 6 6 6 6

30

6 6 6 6 6

30

3 3 3 3 3

15

3 3 3 3 3

15

6 3 6 3 6 3 6 3 6 3

30 15

6 3 4 2 6 3 6 3 6 3 4 2

32 16

6 3 6 3 6 3 9 3 2 1

6 3 35 16

110 BEng - Electrical

Semester 12

EEBB10 EEB783 EEB781 EEB785

.. Spring

Electrical Protection Electrical Design IV Project (Electrical Engineering)* Seminars* ONE Group B (Electrical Engineering) Elective

TOTAL

Group A Electives - One Semester ACB455 EEB600 ENB103 158393 MNB002 MNB004

Personal and Corporate Finance Starting a Technology Based Business General Elective Computer Based Information Systems Psychology for Engineers Management

EFTSU Approx Credit Formal

Hrs/wk

6 3 6 3 9 6 2 1

6 3 29 16

4 4 4 4 4 4

2 2 2 2 2 2

The number of Group A electives available will be dependent upOn a sufficient number of students being enrolled.

Croup 8 (Electrical Engineering) Electives - One Semester EEB601 Realtime Computing 6 3 EEB623 Industrial Systems I 6 3 EEB872 Electronic Systems II 6 3 EEB900 Computer Aided Engineering 6 3 EEB931 Industrial Systems II 6 3 EEB944 Power Station Engineering 6 3 EEB951 High Voltage Power Plant 6 3 EEB954 Electrical Energy Utilisation 6 3

The number of Group B electives available will be dependent upon a sufficient number of students being enrolled.

BEng - Electrical 111

To be awarded a Bachelor of Engineering - Electrical degree, a registered student must complete, to the satisfaction of the Engineering Academic Board, the following subjects and other work for four years full-time study or six years part-time study.

EEJ157 BACHELOR OF ENGINEERING - ELECTRICAL

ELECTRONIC SYSTEMS ENGINEERING STRAND

Students may enrol in either the ELECTRICAL ENGINEERING strand or the ELECTRONIC SYSTEMS ENGINEERING strand. Semesters 1-4 full-time are identical for the two strands.

NORMAL COURSE PROGRAM for Four Years FULL-TIME Study

All subjects are one semester except those indicated (*) which extend over two semesters.

Semester

MAB193 EEB1 01 CSB190 PHB131 MEB121 MEB171 CMB108 CEB184 CEB102

- Autumn

Engineering Mathematics I* Circuits and Measurements Computing* Engineering Physics I* Engineering Graphics Introduction to Manufacturing English for Technologists Engineering Mechanics I Civil Engineering

TOTAL

Semester 2 - Spring

MAB193 EEB202 CSB190 PHB131 NEB111 EEB203 EEB371 EEB272 MEB133 EEB206

Engineering Mathematics I* Electromagnetics Computing* Engineering Physics I* Dynamics Circuit Analysis Electronic Devices Digital Principles Materials I Vacation Practice

Semester 3 - Autumn MAB493 EEB303 EEB361 EEB520 EEB372 CSB490 EEB302 MAB295

Engineering Mathematics II* Network Theory I Signals and Systems Control Engineering I Digital Electronics I Software Engineering Electrotechnology Applied Mathematics

TOTAL

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 4 3 6 3 6 3 3 11; 6 3 6 3 3 11;

46 24

6 3 6 3 4 11; 6 3 6 3 6 3 6 3 3 11; 6 3 0 5 wks

49 24

6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3

48 24

112 BEng- Electrical

E FTSU Ap prox Credit Formal

Semester 4 • Spring Hrs/wk

MAB493 EEB401 EEB472 EEB471 EEB561 EEB620 EEB400 PHB430 EEB406

Engineering Mathematics I I* Network Theory II Digital Electronics II Electronics Communications Engineering Control Engineering I I Electrical Power Systems Engineering Physics IV Vacation Practice II

TOTAL

6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 0 5 wks

48 24

Semester 5 - Autumn EEB661 EEB572 EEB573 EEB587 EEB562 EEB501 MAB893

Communications Engineering II 6 3 Digital Electronics Ill 6 3 Industrial Electronics 6 3 Electronic Systems Engineering Design 6 3 Transmission and Propagation 6 3 Advanced Measurement and Instrumentation 6 3 Engineering Mathematics Ill 6 3

TOTAL 42 21

Semester 6 - Spring EEB761 EEB621 EEB672 EEB602 EEB601 EEB788 MAB894

EEB606

Communications Engineering I I I Industrial Control I Digital Electronics IV Signal Processing Realtime Computing Electronic Systems Engineering Design II Engineering Mathematics IV ONE Group A Elective** Vacation Practice II I

TOTAL

6 3 6 3 6 3 6 3 6 3 6 3 6 3 4 2 0 5 wks

46 23

Semester 7 - Autumn

EEB522 EEB662 EEB968 EEB887 EEB789 EEB701 MEB770

Control Engineering II (T) 3 Microwave and Antenna Techniques (T) OR 6 3 Di gi ta 1 Signa 1 Processing 6 3 Electronic Systems Engineering Design I I I 6 3 Project (Electronic Systems Engineering)* 12 6 Seminars and Technical Communication* 4 2 Industrial Administration & Engineering 6 3 ONE Group C (Electronic Systems Engineering) Elective 6 3

TOTAL 46 23

BEng - Electrical 113

Semester 8 ~ Spring

EFTSU Approx Credit Forma 1

Hrs/wk

EEB971 EEB888 EEB789 EEB701 MEB870

Applied Electronics 6 3 Electronic Systems Engineering Design IV 6 3 Project (Electronic Systems Engineering)* 12 6 Seminars and Technical Communication* 4 2 Industrial Administration & Engineering I I 6 3 ONE Group C (Electronic Systems Engineering) Elective 6 3

TOTAL 40 20

Group A Electives - One Semester ACB455 EEB600 ENB1 03 ISB393 MNB002 MNB004

Personal and Corporate Finance Starting a Technology Based Business General Elective Computer Based Information Systems Psychology for Engineers Management

4 4 4 4 4 4

2 2 2 2 2 2

The number of Group A electives avai 1 able wi 11 be dependent upon a sufficient number of students being enrolled.

Group C (Electronic Systems Engineering) Electives One Semester EEB623 EEB931 EEB961 EEB962 EEB967 EEB972 EEB973 MAB920

Industrial Systems I 6 Industria 1 Systems II 6 Communi cations Techniques 6 Microwave Systems Engineering 6 Digital Corrmunication 6 Integrated Electronic Techniques 6 Microprocessors in Industry 6 Coding and Encryption Techniques 6 Any Technical (T) electives in semesters 5 and 6 not previous 1 y camp 1 eted 6

3 3 3 3 3 3 3 3

3

The number of Group C Electronic Systems Engineering electives available will be dependent upon a sufficient number of students being enrolled. Depending on choice and availability a student may take two advanced electronic systems electives in one semester subject to approval of Head of School.

114 BEng - Electrical

The Bachelor of Engineering - Electrical part-time program will be as follows -

NORMAL COURSE PROGRAM for Six Years PART-TIME Study

All subjects are one semester except those indicated (*) which extend over two semesters.

ELECTRONIC SYSTEMS ENGINEERING STRAND

Semester MAB193 CSB190 PHB131 MEB121 EEB1 01

- Autumn

Engineering Mathematics I* Computing* Engineering Physics I* Engineering Graphics Circuits and Measurement

Semester 2 - Spring MAB193 EEB371 PHB131 CSB190 EEB203 EEB272 EEB206

Engineering Mathematics I* Electronic Devices Engineering Physics I* Computing* Circuit Analysis Digital Principles Vacation Practice I

Semester 3 - Autumn English for Technologists Engineering Mathematics I I* Network Theory I

TOTAL

TOTAL

CMB108 MAB493 EEB303 CEB102 MEB171 EEB361

Civil Engineering Introduction to Manufacturing Signals and Systems

Semester 4 - Spring EEB202 MAB493 EEB401 MEB133 EEB471 EEB406

Electromagnetics Engineering Mathematics I I* Network Theory II Materials I Electronics Vacation Practice I I

Semester 5 - Autumn EEB372 CEB184 MAB893 EEB302 EEBS20

Digital Electronics Engineering Mechanics Engineering Mathematics II I Electrotechnology Control Engineering I

TOTAL

TOTAL

TOTAL

EFTSU Approx Credit Forma 1

Hrs/wk 6 3 4 3 6 3 6 3 6 3

28 15

6 3 6 3 6 3 4 1~ 6 3 3 1~ 0 5 wks

31 15

6 3 6 3 6 3 3 1~ 3 1~ 6 3

30 15

6 3 6 3 6 3 6 3 6 3 0 5 wks

30 15

6 3 6 3 6 3 6 3 6 3

30 15

Semester 6 EEB472 MEB111 EEB400 EEB620

~~~5~

Semester 7 EEB572 MAB295 EEB501 EEB573 CSB490

- Spring Digital Electronics II Dynamics Electrical Power Systems Control Engineering II Enqin~erino Mathematj"cs IV Vacat1on Pract1ce I I

Autumn

BEng - Electrical 115

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 6 3

3e 51iks

Digital Electronics II I Applied Mathematics Advanced Measurement and Instrumentation Industrial Electronics

6 6 6 6 6

3 3 3 3 3 Software Engineering

TOTAL 30 15

Semester 8 - Spring EEB561 EEB672 PHB430 EEB602 EEB601

Communications Engineering Digital Electronics IV Engineering Physics IV Signal Processing Realtime Computing

TOTAL

6 3 6 3 6 3 6 3 6 3

30 15

Semester 9 - Autumn EEB661 EEB562 EEB587 EEB968 MEB770

Conununications Engineering II 6 3 Transmission and Propagation (T) (Note 1) 6 3 Electronic Systems Engineering Design I 6 3 Digital Signal Processing 6 3 Industrial Administration and Engineering I 6 3

TOTAL 30 15

Semester 10 - Spring

EEB761 EEB621 EEB788 MEB870

C01rnnunications Engineering Ill 6 3 Industrial Control I 6 3 Electronic Systems Engineering Design II 6 3 Industrial Administration and Engineering II 6 3 ONE Group A Elective 4 2

TOTAL 28 14

Semester 11 - Autumn EEB887 EEB662 EEB522 EEB789 EEB701

Electronic Systems Engineering Design I I I 6 3 Microwave and Antenna Techniques (T) OR 6 3 Control Engineering II (T) (Note 2) Project (Electronic Systems Engineering)* 12 6 Seminars and Technical Communication* 4 2 ONE Group C (Electronic Systems Engineering) Elective 6 3

TOTAL 34 17

116 BEng - Electrical

EFTSU Approx Credit Forma 1

Semester 12 EEB971 EEBB88 EEB789 EEB701

- Spring

Applied Electronics 6 Electronic Systems Engineering Design IV 6 Project (Electronic Systems Engineering)* 12 Seminars and Technical Communication* 4 ONE Group C (Electronic Systems Engineering) Elective

TOTAL 6

34

Hrs/Wk 3 3 6 2

3 17

Note Students choosing this alternative must also complete E£8662 Microwave and Antenna Techniques

(T)

Note 2 Students choosing this alternative must also complete EEB623 Industrial Systems I (T)

Group A Electives - One Semester ACB455 EEB600 ENB103 ISB393 MNB002 MNB004

Personal and Corporate Finance Starting a Technology Based Business General Elective Computer Based Information Systems Psychology for Engineers Management

4 4 4 4 4 4

2 2 2 2 2 2

The number of Group A electives available wi 11 be upon a sufficient number of students being enrolled.

dependent

Group C (Electronic Systems Engineering) Electives Semester EEB623 EEB931 EEB961 EEB962 EEB967 EEB972 EEB973 MAB920

Industrial Systems I Industrial Systems II Communications Techniques Microwave Systems Engineering Digital Communication Integrated Electronic Techniques Microprocessors in Industry Coding and Encryption Techniques

One

6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3

The number of Group C Electronic Systems Engineering electives available will be dependent upon a sufficient number of students being enrolled with normally not more than one in the evening in any one semester. Subject to approval by Head of School, a student may elect to do both electives in one semester.

BEng -Mechanical 117

To be awarded a Bachelor of Engineering - Mechanical degree, a registered student must complete, to the satisfaction of the Engineering Academic Board, the following subjects and other work for four years full-time study or six years part-time study.

MEJ158 BACHELOR OF ENGINEERING - MECHANICAL

NORMAL COURSE PROGRAM for Four Years FULL-TIME Study

All subjects are one semester except those indicated (*) which extend over two semesters.

Semester 1 - Autumn MEB121 CSB190 CEB184 CEB102 MAB193 EEB101 MEB171 PHB131 CMB108

Semester 2 MEB1 01 CSB190 MEB133 MEB111 CEB185 MAB193 EEB202 PHB131 EEB273 MEB200

Engineering Graphics Computing* Engineering Mechanics Civil Engineering Engineering Mathematics I* Circuits and Measurements Introduction to Manufacturing Engineering Physics I* English for Technologists

- Spring Design I (Mechanical) Computing* Materials I Dynamics Engineering Mechanics I I Engineering Mathematics I* Electromagnetics

TOTAL

Engineering Physics I* Microcomputers in Engineering Vacation Practice I

TOTAL

Semester 3 - Autumn MEB381 MEB230 MEB313 MAB493 MEB361 MEB250 ACB913 CHB344

Semester 4

MEB483 MEB231 MAB493

Design I I (Mechanical) Materials II Mechanics I Engineering Mathematics II* Fluids I Thermodynamics I Costing for Engineers Engineering Chemistry M

- Spring

Design Ill (Mechanical) Materials Ill Engineering Mathematics II*

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 4 3 6 3 3 1~ 6 3 6 3 3 1~ 6 3 6 3

46 24

6 3 4 1~ 6 3 6 3 6 3 6 3 6 3 6 3 4 2 0 5 wks

50 24~

6 3 6 3 6 3 6 3 6 3 6 3 3 1~ 6 3

45 22~

6 6 6

3 3 3

118 BEng - Mechanical

Semester 4 MEB462 MEB411 MEB251 EEB209

MEB300

- Spring (cont'd) Fluids II Theory of Machines Thermodynamics I I Electrical Engineering ONE Group A Elective Vacation Practice II

Semester 5 - Autumn

II M

TOTAL

MEB339 MEB510 MEB511 MAB893 MEB332 MEB471 MEBSSO

Materials and Processes Project Noise and Vibrations Stress Analysis Engineering Mathematics I I I Materials Selection Manufacturing Engineering Heat Transfer ONE Group B Elective

Semester 6 - Spring MEB670 MEB610 MEB660 MEB640 MEB571 MAB894 CMB136

MEB402

Industrial Engineering Mechanics I I Fluid Power Automation Manufacturing Engineering II Engineering Mathematics IV Technical Writing ONE Group C Elective Vacation Practice I II

Semester 7 - Autumn MEB489 MEB409 MEB401 MEB771 MEB464 MEB700

Mechanical Design Project* Project (Mechanical)* Seminars* Industrial Engineering I I Fluids Ill Failure Analysis ONE Group 0 Elective

Semester 8 - Spring Mechanical Design Project* Project (Mechanical)* Seminars* Industrial Management

TOTAL

TOTAL

TOTAL

MEB489 MEB409 MEB401 MNB043 ACB951 MEB400 +

Financial Management for Engineers Industrial Visits ONE Group E Elective

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 6 3 4 2 0 5 wks

46 23

6 3 6 3 6 3 6 3 3 1~ 6 3 6 3 6 3

45 22~

6 3 6 3 6 3 6 3 6 3 6 3 3 1~ 6 3 0 5 wks

45 22~

9 4~ 6 3 2 1 6 3 6 3 6 3 6 3

41 20~

9 4~ 6 3 2 1 6 3 6 3 6 3 6 3

41 20~

+ This subject may be timetabled as a block day-release visit of approximately one week 1 s duration.

Croup A ACB455 EEB600 ENB1 03 158393 MNB002

BEng - Mechanical 119

Electives - One Semester Personal and Corporate Finance Starting a Technology Based Business General Elective Computer Based Information Systems Psychology for Engineers

EFTSU Approx Credit Forma 1

Hrs/wk 4 2 4 2 4 2 4 2 4 2

The number of Croup A electives available wi 11 be dependent upon a sufficient number of students being enrolled.

Croup 8 Electives - One Semester Air Conditioning Design for Manufacturing

MEB450 MEB773 MEB981 Design of Materials Handling Systems

6 6 6

Croup C Electives - One Semester MEB911 MEB950 MEB976

Group D MEB463 MEB960 MEB977

Finite Element Analysis Process Plant Design Computer Integrated Manufacturing

Electives - One Semester Tribology Fluid Systems Design Computer Control of Manufacturing

Croup E Electives - One Semester Thermal Plant

6 6 6

6 6

Systems 6

MEB451 MEB978 MEB980

Manufacturing Systems Engineering Design of Power Transmission Systems

6 6 6

3 3 3

3 3 3

3 3 3

3 3 3

The number of Group B, C, 0 and E electives available will be dependent upon a sufficient number of students being enrolled.

120 BEng - Mechanical

The Bachelor of Engineering - Mechanical part-time program will be as follows -

NORMAL COURSE PROGRAM for Six Years PART-TIME Study

All subjects are one semester except those indicated (*) which extend over two semesters.

Semester

MEB121 CEB184 MAB193 MEB171 PHB131

... Autll!1n

Engineering Graphics Engineering Mechanics I Engineering Mathematics I* Introduction to Manufacturing Engineering Physics I*

TOTAL

Semester 2 - Spring MEB133 CEB185 I~AB193 MEB111 PHB131 MEB200

Materials I Engineering Mechanics I I Engineering Mathematics I* Dynamics Engineering Physics I* Vacation Practice I

TOTAL

Semester 3 - Autumn MEB230 CSB190 MAB493 EEB101 CMB108

Materials II Computing* Engineering Mathematics II* Circuits and Measurements English for Technologists

TOTAL

Semester 4 - Spring

MEB101 CSB190 MAB493 EEB202 EEB273

Semester 5 MEB313 MEB361 MEB250 MAB893 CEB102

Design I (Mechanical} Computing* Engineering Mathematics I I* Electromagnetics Microcomputers in Engineering ONE Group A Elective

Autumn Mechanics I Fluids I Thermodynamics Engineering Mathematics I I I Civil Engineering

TOTAL

TOTAL

Semester 6 - Spring MEB231 MEB411

Materials Ill Theory of Machines

EFTSU Approx Credit Forma 1

Hrs/wk 6 3 6 3 6 3 3 1~ 6 3

27 13~

6 3 6 3 6 3 6 3 6 3 0 5 wks

30 15

6 3 4 3 6 3 6 3 6 3

28 15

6 3 4 n 6 3 6 3 4 2 4 2

30 14~

6 3 6 3 6 3 6 3 3 1~

27 131,

6 6

3 3

BEng "' Mechanical 121

EFTSU Approx Credit Formal

Semester 6 - Sering cont'd Hrs/Wk MEB462 Fluids I I 6 3 MEB251 Thermodynamics I I 6 3 MAB894 Engineering Mathematics IV 6 3 MEB300 Vacation Practice I I 0 5 wks

TOTAL 30 15

Semester 7 - Autumn MEB381 Design I I (Mechanical) 6 3 MEB332 Materials Selection 3 ll; MEB511 Stress Analysis 6 3 MEB471 Manufacturing Engineering 6 3 ACB913 Costing for Engineers 3 1~ MEB550 Heat Transfer 6 3

TOTAL 30 15

Semester 8 - Seri ng MEB483 Design II I (Mechanical) 6 3 MEB339 Materials and Processes Project 6 3 MEB660 Fluid Power 6 3 ACB951 Financial Management for Engineers 6 3 CMB136 Technical Writing 3 11, EEB209 Electrical Engineering II M 6 3

TOTAL 33 16~

Semester 9 Autumn

MEB700 Failure Analysis 6 3 MEB464 Fluids Ill 6 3 MEB510 Noise and Vibrations 6 3 CHB344 Engineering Chemistry M 6 3

ONE Group B Elective 6 3 TOTAL 30 15

Semester 10 - Sering MEB670 Industrial Engineering I 6 3 MEB610 Mechanics I I 6 3 MEB640 Automation 6 3 MEB571 Manufacturing Engineering II 6 3

ONE Group C Elective 6 3 EB402 Vacation Practice I I I 0 5 wks

TOTAL 30 15

Semester 11 - Autumn MEB489 Mechanical Design Project* 9 4~ MEB409 Project (Mechanical)* 6 3 MEB771 Industrial Engineering II 6 3 MEB401 Seminars* 2 1

ONE Group D Elective 6 3 TOTAL 29 14~

122 BEng - Mechanical

Semester 12 • Spring MEB489 MEB409 MNB043 MEB401 MEB400 +

Mechanical Design Project* Project (Mechanical)* Industrial Management Seminars* Industrial Visits ONE Group E Elective

TOTAL

Croup A Electives • One Semester

ACB455 EEB600 EN8103 158393 MNB002

Personal and Corporate Finance Starting a Technology Based Business General Elective Computer Based Information Systems Psychology for Engineers

EFTSU Approx Credit Forma 1

Hrs/wk

9 4~ 6 3 6 3 2 1 6 3 6 3

35 17~

4 4 4 4 4

2 2 2 2 2

The number of Group A electives available will be dependent upon a sufficient number of students being enrolled.

Group B Electives - One Semester

MEB450 MEB773 ME8981

Group C MEB911 MEB950 MEB976

Graul?: D MEB463 MEB960 MEB977

Graue E MEB451 MEB978 MEB980

Air Conditioning Design for Manufacturing I Design of Materials Handling Systems

Electives - One Semester Finite Element Analysis Process Plant Design Computer Integrated Manufacturing

Electives - One Semester Tribology Fluid Systems Design Computer Control of Manufacturing

Electives - One Semester

Thermal Plant Manufacturing Systems Engineering

Systems

Design of Power Transmission Systems

6 6 6

6 6 6

6 6 6

6 6 6

3 3 3

3 3 3

3 3 3

3 3 3

The number of Group B, C, D and E electives available will be dependent upon a sufficient number of students being enrolled.

+ This subject may be timetabled as a block day-release visit of approximately one week's duration.

BEng/BAppSc 123

IFJ222 DOUBLE DEGREE OF BACHELOR OF ENGINEERING/

BACHELOR OF APPLIED SCIENCE (ELECTRONIC SYSTEMS AND COMPUTING)

The program is administered by the Bachelor of Engineering/ Bachelor of Applied Science Joint Degree Executive Committee hereinafter referred to as the "Joint Degree Committee". The Administrator of the Joint Degree Committee shall be the designated senior academic in charge of the course, herein­after referred to as the "Administrator".

In these rules, unless otherwise indicated by the context, "Faculties" and 11Academic Boards" wi 11 refer to both the Faculty of Information Technology and the Faculty of Engineering and their respective Academic Boards; where reference is made, in these or other University rules, to Head of Department or School it shall be deemed to refer to the Administrator of the Joint Degree Committee.

The following rules relate to the Double Degree of Bachelor of Engineering/Bachelor of Applied Science (Electronic Systems and Computing) and are made by resolution of the University Council:

FULL-TIME and PART-TIME

1. ENTRY

Refer to tables in Admission Procedures booklet.

2. ENROLMENT

(a) Registered students may enrol as full-time or as part-time students.

(i) Full-time students will normally attend day-time classes in accordance with the normal course program for five years full-time study. Students may, however, elect or be required to attend some evening classes.

(ii) Part-time students will normally attend both day and evening classes in accordance with the normal course program for seven years part-time study. Students will be required to obtain release from full-time employment for the equi va 1 ent of one fu 11 day per week to attend those classes which are available only in the day.

(b) The course must be completed in an orderly pro­gression, following the appropriate normal course program, subject to pre- and co-requisite conditions. Timetables will be organised on the basis of such orderly progression. A student may

124 BEng/BAppSc

not enrol in a subject if, within the constraints of pre"' and co-requisites and timetables, there are subjects in earlier semesters which are still to be completed, except with the permission of the Administrator after written application to the Registrar.

(c) (i) A pre-requisite subject is a subject which must be passed before attempting a subject for which it is pre-requisite.

(ii) A co-requisite subject is a subject which, if not previously passed, must be attempted concurrently with the subject for which it is co-requisite.

(iii) A repeat pre- or co .. requisite, designated by the postscript [R], is a pre ... or co-requisite subject that must have been attempted, but not necessarily passed, to satisfy the preM or coMrequisite condition. A student is deemed to have attempted a subject if enrolled in the subject and all assessment requirements of the subject have been attempted.

Pre- and co-requisite conditions on all subjects in the course are listed in Section 17.

(d) Except with the permission of the Administrator, students may not enrol in subjects whose total hours exceed the hours in the appropriate normal course program for the semester from which the majority of the subjects have been selected.

(e) Unregistered Students

A person may apply to study any individual subject as an unregistered student. That person may be permitted to enrol, subject to course entry, pre­and co-requisite conditions provided that there are vacancies in the subject and under the Rules Relating to Unregistered Students.

{f) Notwithstanding the above rules on enrolments, where a student enrols in a program which differs from the appropriate normal course program the Administrator may vary that program on consideration of the students' advantage in completing the course.

BEng/BAppSc 125

3. EMPLOYMENT

All students shall have engaged in at least a total of 15 weeks in employment approved by the Administrator to satisfy the Vacation Practice requirements of the course. To gain approval for the employment, the student must submit a description of employment to the Administrator, on the appropriate Industrial Experience Record form completed by both the student and employer.

4. ASSESSMENT

(a) The form of assessment includes formal semester and deferred examinations, written tests, assignments, practical work and reports, design and project work with reports and oral tests, according to the subject. Where an examiner considers that the normal semester assessment is insufficient to determine the student's grade, further assessment may be required. A student who is required to undertake further assessment should ascertain from the Administrator the nature of the extra

(b)

assessment.

A student who fails to attend 80% of the total instruction in any subject, including compulsory field trips as detailed in subject synopses, or who fails to submit 80% of all practical or assignment work, may be deemed by the Administrator as ineligible to sit for the semester examination.

5. HONOURS

The Bachelor of Engineering degree may be awarded with First Class, Second Class Division A or Second Class Division 8 Honours or as a Pass Degree. Candidates for the award with Honours must fulfil the requirements of the Pass degree and achieve such standards of excellence in prescribed subjects of the double degree course as may, from time to time, be determined by the Engineering Academic Board and approved by the Academic Assembly.

6. EXEMPTIONS

(a) Rules relating to exemptions are detailed under "Rules Relating to Student Matters". In special circumstances the Joint Degree Corrmittee may waive these rules on consideration of written application to the Registrar.

(b) For a registered student to obtain an exemption in a subject by studying an equivalent subject elsewhere, prior approval must be obtained by written applic­ation to the Registrar.

126 BEng/BAppSc

7. DRESS

The Academic Boards may require students to wear appropriate attire during field trips and industrial visits. Students must comply with any particular safety requirements in respect to dress that may be applicable to such visits and in the use of laboratories and workshops.

B. COURSE STRUCTURE

To be awarded the Double degree of Bachelor of Engin­eering/Bachelor of Applied Science (Electronic Systems and Computing) a registered student must complete to the satisfaction of the Acaderni c Boards the fall owing subjects and other work.

NORMAL COURSE PROGRAM for Five Years FULL-TIME study

All subjects are one semester except those indicated (*) which extend over two semesters.

EFTSU Approx Credit Formal

Semester - Autumn Hrs/wk MAB193 Engineering Mathematics I* 6 3 CSB100 Introduction to Computer Science 12 3 EEB101 Circuits and Measurements 6 3 EEB202 Electromagnetics 6 3 PHB131 Engineering Physics I* 6 3 ISB102 Representation of Information (E) 12 3 INB125 Computing Practice lA (E) 6 1~

TOTAL 54 19~

Semester 2 - Spring

MAB193 Engineering Mathematics I* 6 3 EEB203 Circuit Analysis 6 3 EEB272 Digital Principles 3 1~ CSB110 Programming Principles 12 3 PHB131 Engineering Physics I* 6 3 CMB108 English for Technologists 6 3 CSB101 Computer Systems I 12 3 INB130 Computing Practice IB (E) 6 1~ INB180 Computing Practice JIB (E) 6 1~ EEB901 Vacation Practice I 0 5 wks

TOTAL 63 22~

BEng/BAppSc 127

EFTSU Approx Credit Formal

Semester 3 - Autumn Hrs/wk MAB493 EEB303 EEB361 CSB200 EEB371 EEB372 EEB302 INB225

Engineering Mathematics II* Network Theory I Signals and Systems Foundations of Computing Electronic Devices Digital Electronics I Electrotechnology Computing Practice I I lA (E)

TOTAL

6 3 6 3 6 3

12 3 6 3 6 3 6 3 6 1~

54 22~

Semester 4 - Spring MAB493 EEB401 EEB471 EEB561 EEB472 CSB213 CSB210 INB275 EEB902

Engineering Mathematics II* Network Theory I I Electronics Communications Engineering I Digital Electronics I I Scientific Applications Foundations of Computing I I Computing Practice IVA (E) Vacation Practice I I

TOTAL

6 3 6 3 6 3 6 3 6 3

12 3 12 3

6 1~ 0 5 wks

60 22~

Semester 5 - Autumn CSB201 EEB572 MAB295 EEB573 EEB587 MAB893 EEB520

Computer Systems I I Digital Electronics I II Applied Mathematics Industrial Electronics Electronic Systems Engineering Design Engineering Mathematics I I I Control Engineering I

TOTAL

12 3 6 3 6 3 6 3 6 3 6 3 6 3

48 21

Semester 6 - Spring CSB212 PHB430 EEB672 EEB661 MAB894 CSB301 EEB620 I NB281 EEB903

Languages and Language Processes Engineering Physics IV Digital Electronics IV Communications Engineering I I Engineering Mathematics IV Operating Systems Control Engineering II Computing Practice IVB (E) Vacation Practice I II

TOTAL

12 3 6 3 6 3 6 3 6 3

12 3 6 3 6 1~ 0 5 wks

60 22~

Semester 7 - Autumn

CSB302 EEB562 EEB761 EEB788 MEB770 EEB501

Software Engineering 12 3 Transmission and Propagation 6 3 Communications Engineering Ill 6 3 Electronic Systems Engineering Design II 6 3 Industrial Administration & Engineering I 6 3 Advanced Measurement and Instrumentation 6 3

TOTAL 42 18

128 8Eng/8AppSc

EFTSU Approx Credit Formal

Semester 8

EE8601 EE8602 EE8621 EE8887 EE8971 ME8870 CS8311

Semester EE8789 EE8701 EE8968

Semester

EE8888 EE8789 EE8701

9

10

- Spring Realtime Computing Signal Processing Industrial Control Electronic Systems Engineering Design I I I Applied Electronics

6 6 6 6 6

Industrial Administration & Engineering Advanced Computer Architectures

II 6

TOTAL

- Autumn

Project (Electronic Systems Engineering)* Seminars and Technical Communication * Digital Signal Processing ONE Computing Elective ONE Electronic Systems Elective

TOTAL

- Sprin2 Electronic Systems Engineering Design IV

12 48

12 4 6

12 6

40

6 Project (Electronic Systems Engineering)* 12 Seminars and Technical Communication* 4 ONE Computing Elective 12 ONE Electronic Systems Elective 6

TOTAL 40

Computins: Electives CS8320 Special Studies 12 CS8321 Graphics 12 CS8323 Data Security 12 CS8324 Artificial Intelligence OR 12 CS8325 Expert Systems 12 158201 Information Systems Analysis & Design 12 158202 Database and Procedural Languages 12 158210 Information Systems Analysis & Design II 12

Hrs/wk

3 3 3 3 3 3 3

21

6 2 3 3 3

17

3 6 2 3 3

17

3 3 3

(3 (3 3 3 3

The selection of computing elective subjects other than those listed is subject to the approval of the Dean, Faculty of Information Technology.

Electronic

EE8522 EE8623 EE8662 EE8931 EE8961 EE8962 EE8972 EE8973 MA8920

Systems Electives

Control Engineering I I (T) Industrial Systems I (T) Microwave and Antenna Techniques Industrial Systems I I Communications Techniques Microwave Systems Engineering Integrated Electronic Techniques Microprocessors in Industry Coding and Encryption Techniques

(T)

6 6 6 6 6 6 6 6 6

3 3 3 3 3 3 3 3 3

Selected subjects from the Electrical Engineering strand of the Bachelor of Engineering Course as permitted by the Administrator.

BEng/BAppSc 129

NORMAL COURSE PROGRAM for Seven Years PART-TIME Study

All subjects are one semester except those indicated (*) which extend over two semesters.

Semester MAB193 CSB100 EEB1 01 EEB202 PHB131 INB125

- Autumn

Engineering Mathematics I* Introduction to Computer Science Circuits and Measurements Electromagnetics Engineering Physics I* Computing Practice lA

TOTAL

Semester 2 - Spring

MAB193 EEB203 PHB131 ISB102 INB180 EEB272 EEB901

Semester 3 MAB493 EEB303 CSB200 CSB1 01 INB225 EEB302

Engineering Mathematics I* Circuit Analysis Engineering Physics I* Representation of Information Computing Practice I IB Digital Principles Vacation Practice I

Autl.mn

Engineering Mathematics II* Network Theory I Foundations of Computing Computer Systems I Computing Practice I I lA Electrotechnology

TOTAL

TOTAL

Semester 4 - Spring MAB493 CSB11 0 EEB401 CSB213 INB130 INB275 EEB902

Semester 5 EEB361 EEB371 EEB372 MAB893 CSB21 0

Engineering Mathematics I I* Programming Principles Network Theory I I Scientific Applications Computing Practice 18 Computing Practice IVA Vacation Practice I I

Autu:nn Signals and Systems Electronic Devices Digital Electronics I Engineering Mathematics I I I Foundations of Computing I I

TOTAL

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3

12 3 6 3 6 3 6 3 6 1l;

42 16l;

6 3 6 3 6 3

12 3 6 1l; 3 1l; 0 5 wks

39 15

6 3 6 3

12 3 12 3 6 1l;

12 3 54 16l;

6 3 12 3

6 3 12 3

6 1l; 6 1l; 0 5 wks

48 15

6 3 6 3 6 3 6 3

12 3 -36 15

130 BEng/BAppSc

Semester 6 - Spring EEB471 frl~ctronics EEB472~Digital Electronics II EE8561 Co!TITlUni cations Engineering MAB894 Engineering Mathematics IV EEB903 Vacation Practice I I I

Semester 7 Autll'lln

Computing Systems I I Digital Electronics I I I Industrial Electronics

TOTAL

CSB201 EEB572 EEB573 EEB587 Electronic Systems Engineering Design

TOTAL

Semester 8 Spring

EEB672 Digital Electronics IV _,EEB602 Signal Processing

/ CSB212 Languages and Language Processing INB275 Computing Practice IVA I NB281 Computing Practice IVB CMB108 English for Technologists*

TOTAL

Semester 9 - Autumn CSB301 Operating Systems EEB520 Control Engineering CSB302 Software Engineering EEB661 Communications Engineering II MAB295 Applied Mathematics

TOTAL

Semester 10 - Spring

EEB620 Control Engineering II EEB761 Communications Engineering Ill EEB621 Industrial Control I CSB311 Advanced Computer Architectures PHB430 Engineering Physics IV

TOTAL

Semester 11 Autumn EEB562 Transmission and Propagation (T)

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 6 3 0 5 wks

24 12

12 3 6 3 6 3 6 3

30 12

6 3 6 3

12 3 6 1~ 6 1~ 6 3

42 15

12 3 6 3

12 3 6 3 6 3

42 15

6 3 6 3 6 3

12 3 6 3

36 15

6 3 EEB501 Advanced Measurement and Instrumentation 6 3 EEB788 Electronic Systems Engineering Design II 6 3 MEB770 Industrial Administration & Engineering I 6 3

ONE Computing Elective 12 3 TOTAL 36 15

BEng/BAppSc 131

Semester 12 - Spring

EFTSU Approx Credit Formal

Hrs/wk EEB601 EEB887 MEB870

EEB971

Semester EEB968 EEB789 EEB701

Semester EEB888 EEB789 EEB701

Realtime Computing Electronic Systems Engineering Industrial Administration and Engineering I I

Design I II

Applied Electronics ONE Computing Elective

TOTAL

13 - Autumn Digital Signal Processing Project (Electronic Systems Engineering)* Seminars and Technical Corrmunication * ONE (Electronic Systems Engineering) Elective

TOTAL

14 - Spring Electronic Systems Engineering Design IV Project (Electronic Systems Engineering)* Seminars and Technical Communication * ONE (Electronic Systems Engineering} Elective

TOTAL

6 6

6 6 6

30

6 12 4

6 28

6 12

4

6 28

3 3

3 3 3

15

3 6 2

3 14

3 6 2

3 14

' ' .,

132 BEn /BBus

IFJ237 DOUBLE DEGREE OF BACHELOR OF ENGINEERING/

BACHELOR OF BUSINESS (MANUFACTURING SYSTEMS AND MANAGEMENT)

FULL-TIME

1. ENTRY

Refer to tables in Admission Procedures booklet.

2 • ENROLMENT

(a) Registered students will be enrolled as full-time students and will normally attend day-time classes in accordance with the normal course program for five years full-time study. Students may, however, elect or be required to attend some evening classes.

{b) The course must be camp 1 eted in an order 1 y pro­gression, following the appropriate normal course program, subject to pre- and co-requisite conditions. Timetables will be organised on the basis of such orderly progression. A student may not enrol in a subject if, within the constraints of pre"" and co-requisites and timetables, there are subjects in earlier semesters which are still to be completed, except with the permission of the Course Administrator after written application to the Registrar.

(c) (i) A pre .. requisite subject is a subject which must be passed before attempting a subject for which it is pre-requisite.

(ii) A co-requisite subject is a subject which, if not previously passed, must be attempted concurrently with the subject for which it is co-requisite.

(iii) A repeat pre- or co-requisite, designated by the postscript [R], is a pre .. or co-requisite subject that must have been attempted, but not necessarily passed, to satisfy the pre- or co .. requisite condition. A student is deemed to have attempted a subject if enrolled in the subject and all assessment requirements of the subject have been attempted.

Pre- and co-requisite conditions on all subjects in the course are listed in Section 17.

BEn /BBus 133

(d) Except with the permission of the Course Administrator, students may not enro 1 in subjects whose total hours exceed the hours in the appropriate normal course program for the semester from which the majority of the subjects have been selected.

(e) Unregistered Students

A person may apply to study any individual subject as an unregistered student. That person may be permitted to enrol, subject to course entry, pre­and co-requisite conditions provided that there are vacancies in the subject and under the Rules Relating to Unregistered Students.

(f) Notwithstanding the above rules on enrolments, where a student enrols in a program which differs from the appropriate normal course program the Course Administrator may vary that program on consideration of the students' advantage in completing the course.

3. EMPLOYMENT

All students shall have engaged in at least a total of 15 weeks in employment approved by the Course Administrator to satisfy the Vacation Practice requirements of the course.

To gain approval for the employment, the student must submit a description of employment to the Course Administrator, on the appropriate Industrial Experience Record form completed by both the student and employer.

4. ASSESSMENT

(a} The form of assessment includes formal semester and deferred ex ami nations, written tests, assignments, practical work and reports, design and project work with reports and oral tests, according to the subject. Where an examiner considers that the normal semester assessment is insufficient to determine the student 1 s grade, further assessment may be required. A student who is required to undertake further assessment should ascertain from the Course Administrator the nature of the extra assessment.

(b) A student who fails to attend 80% of the total instruction in any subject, including compulsory field trips as detailed in subject synopses, or who fails to submit 80% of all practical or assignment work, may be deemed by the Course Administrator as ineligible to sit for the semester examination.

134 BEng/BBus

5. HONOURS

The Bachelor of Engineering degree may be awarded with First Class, Second Class Division A or Second Class Division B Honours or as a Pass Degree. Candidates for the award with Honours must fulfil the requirements of the Pass degree and achieve such standards of excellence in prescribed subjects of the double degree course as may, from time to time, be determined by the Engineering Academic Board and approved by the Academic Assembly.

6. EXEMPTIONS

(a) Rules relating to exemptions are detailed under "Rules Relating to Student Matters". In special circumstances the Joint Degree Corrmittee may waive these rules on consideration of written application to the Registrar.

(b) For a registered student to obtain an exemption in a subject by studying an equivalent subject elsewhere, prior approval must be obtained by written applic­ation to the Registrar.

7. DRESS

The Academic Boards may require students to wear appropriate attire during field trips and industrial visits. Students must comply with any particular safety requirements in respect to dress that may be applicable to such visits and in the use of laboratories and workshops.

8. COURSE STRUCTURE

To be awarded the Double degree of Bachelor of Engin­eering/Bachelor of Business (Manufacturing Systems and Management} a registered student must complete to the satisfaction of the Academic Boards the following subjects and other work~

NORMAL COURSE PROGRAM for Five Year.s FULL•TIME study

All subjects are one semester except those indicated (*} which extend over two semesters.

Semester

MAB193 PHB131 CEB184 CSB190 CMB105 MEB171 ACB114

Autumn

Engineering Mathematics I* Engineering Physics I* Engineering Mechanics I Computing* Communication in Business Introduction to Manufacturing Accounting for Managers I

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 4 3

12 3 3 1~

12 6 49 221;

BEn /BBus 135

EFTSU Approx Credit Formal

Semester 2 .. SEring Hrs/wk MAB193 Engineering Mathematics I* 6 3 PHB131 Engineering Physics I* 6 3 MEB111 Dynamics 6 3 CSB190 Computing* 4 1\ MEB133 Materials I 6 3 ACB211 Accounting for Managers II 12 6 MNB101 Applied Psychology 12 3 MEB270 Industrial Experience I 0 5 wks

TOTAL 52 22\

Semester 3 - Autumn

MAB493 Engineering Mathematics II* 6 3 MEB121 Engineering Graphics 6 3 MEB230 Materials II 6 3 MEB250 Thermodynamics I 6 3 MEB313 Mechanics I 6 3 MNB132 Microeconomic Analysis 12 3 MNB201 Introduction to Human Resource Management 12 3

TOTAL 54 21

Semester 4 .. SEring MAB493 Engineering Mathematics II* 6 3 MEB101 Design I (Mechanical) 6 3 MEB231 Materials Ill 6 3 MEB251 Thermodynamics I I 6 3 MNB232 Macroeconomic Analysis 12 3 MEB471 Manufacturing Engineering 6 3 MNB406 Introductory Marketing 12 3 MEB470 Industrial Experience I I 0 5 wks

TOTAL 54 21

Semester 5 - Autumn EEB1 01 Circuits and Measurement 6 3 MEB361 Fluids I 6 3 MEB381 Design I I (Mechanical) 6 3 MEB510 Noise and Vibrations 6 3 MEB571 Manufacturing Engineering II 6 3 MNB514 Innovation and Marketing Management 12 3 MNB306 Management Functions and Processes 12 3

TOTAL 54 21

Semester 6 - Seri n~ EEB202 Electromagnetics 6 3 MEB462 Fluids II 6 3 ACB373 Introductory Legal Studies 12 3 MEB670 Industrial Engineering I 6 3 MEB483 Design II I (Mechanical) 6 3 MEB673 Manufacturing Engineering Ill 6 3 MNB402 Conflict, Work and People 12 3 MEB600 Industrial Experience I I I 0 5 wks

TOTAL 54 21

136 BEng/BBus

EFTSU Approx Credit Formal

Semester 7 - Autumn Hrs/wk

INB270 Data Communications 12 3 EEB372 Digital Electronics 6 3 MEB771 Industrial Engineering II 6 3 MEB463 Tribology 6 3 MEB773 Design for Manufacturing 6 3 ACB553 Business Finance 12 3 MNB511 International Marketing 12 3

TOTAL 60 21

Semester 8 - serin!il EEB472 Digital Electronics II 6 3 EEB520 Control Engineering I 6 3 MEB660 Fluid Power 6 3 MEB974 Design for Manufacturing II 6 3 MEB976 Computer Integrated Manufacturing 6 3 ACB853 International Finance 12 3 MNB632 International Economics 12 3

TOTAL 54 21

Semester 9 - Autumn

CSB324 Artificial Intelligence 12 3 MEB977 Computer Control of Manufacturing Systems 6 3 EEB572 Digital Electronics I I I 6 3 MEB900 Manufacturing Project* OR MNB611 Marketing Project* 12 3 MNB309 Export Management 12 3 MNP107 Small Business Management 12 3

TOTAL 60 18

Semester 10 - Sering

MEB978 Manufacturing Systems Engineering 6 3 MNB601 Corporate Strategy and Policy 12 3 CSB325 Expert Systems 12 MEB900 Manufacturing Project* OR 12 3 MNB611 Marketing Project* MNB610 Strategic Marketing 12 3 MEB975 Design of Manufacturing Systems 6 3

TOTAL 60 18

BAppSc(Surveying) 137

The following rules relate to the Bachelor of Applied Science (Surveying) and are made by resolution of the University Council.

SVJ159 BACHELOR OF APPLIED SCIENCE (SURVEYING)

FULL-TIME

1. ENTRY

Refer to tables in Admission Procedures booklet.

2. ENROLMENT

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and co-requisite conditions, and class timetables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed within the constraints of timetabl ing, pre- and co-requisites.ln special circumstances the Dean of the Faculty may waive this rule, only after consideration of a written application to the Registrar.

(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. Where a student is straddling two years, the maximum hours shall be that of the semester with the greater number of recommended hours. In special circumstances the Dean of the Faculty may waive the maximum hours rule, only after consideration of a written application to the Registrar.

3. UNREGISTERED STUDENTS

A person may apply to study individual subjects as an unregistered student and may be admitted to classes provided that vacancies exist. Such persons shall conform to the general conditions covering the course and rules relating to unregistered students.

4. EMPLOYMENT

For successful completion of the course a student shall have completed at least 18 weeks of approved employment. For the employment to be recognised the student must submit details of the work experience on an industrial experience record form or diaries provided for the

138 BAppSc(Surveying)

purpose and certified by the employer. Should employment exceed the minimum required, it is strongly recommended that the detai 1 s also be recorded in the diaries and certified by the employer as a record of experience which may be used when seeking registration or licencing by the Board of Surveyors.

5. EXEMPTIONS

(a} Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Matters'. See relevant Section.

(b) Prior approval must be received to obtain an exemption in a QUT subject, if while registered at the University, a student wishes to study an equiv­alent subject elsewhere or in another course at the University. Application for approval must be made in writing to the Registrar.

(c) The Head of Department may, where a student who has previously enrolled for a subject but has not been given credit for a pass in such subject, exempt such candidate from such of the requirements of that subject as deemed fit.

(d) Students may be granted exemption for any number of subjects prescribed in their course of study excepting that in all cases students must register and obtain credit for subjects equivalent to the hours in stages 5 and 6 of the course. The subjects required for completion of the course must be approved by the Head of Department.

6. ATTENDANCE

A student who in any subject fai 1 s to attend 80% of the total instruction, or to submit 80% of all practical or assignment work required in any subject may be deemed by the Dean of the Faculty ineligible to sit for the semester examination.

Field trips or field projects, as detailed in the subject synopses, have a compulsory attendance requirement.

7. ASSESSMENT

The method of assessment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, 1 aboratory reports, design work and projects.

BAppSc(Surveying) 139

8, DRESS

The Engineering Academic Board may require students to wear appropriate attire during industrial visits to firms and government departments and field trips and whi 1st engaged on field survey projects and practical work~

Students must also comply with any particular safety requirements with respect to dress that may be applicable to an industrial visit, field trip, field survey project or practical assignment.

9, COURSE STRUCTUTE

A student may be required to attend classes given in the evening.

For a registered student in the Bachelor of Applied Science (Surveying) who commences the course in 1989, the subjects and other work required for the course are:

REVISED COURSE STRUCTURE - SIX SEMESTERS FULL-TIME

EFTSU Approx Credit Formal

Semester 1 - Autumn Hrs/wk MAB199 Survey Mathematics 12 6 SVB121 Land Surveying I 12 6 SVB111 Data Presentation I 6 3 CSB294 Computer Programming 6 3 SVB352 Land Studies A* 6 3 SVB282 Seminar I 4 2

TOTAL 46 23

Semester 2 - Spring

MAB495 Survey Mathematics II 12 6 SVB226 Land Surveying II 12 6 SVB270 land Administration I 6 3 MAB499 Basic Statistics for Surveyors 4 2 SVB211 Data Presentation II 6 3 SVB352 Land Studies A* 6 3 SVB199 Vacation Practice 0 6 wks

TOTAL 46 23

At the end of Semester 2, students must select either the Surveying or Cartography strand and must obtain Vacation Practice in that area.

SURVEYING STRAND

Semester 3 - Autumn

SVB393 PHB170 MAB795 SVBS73 SVB331 SVB311 SVB473

Land Surveying I I I Physics for Surveyors Survey Mathematics II I Land Administration I I I Observations and Adjustments Data Presentation I I I land Information Systems

TOTAL

10 5 12 6

6 3 6 3 4 2 6 3 6 3

50 25

140 BAppSc(Surveying)

EFTSU Approx Credit Formal

Semester 4 - Sprin9 Hrs/wk

SVB430 Land Surveying IV 8 4 SVB442 Geodetic Computaitons 8 4 SVB343 Photogrammetry I 6 3 CEB364 Engineering Science II 6 3 SVB431 Observations and Adjustment II 4 2 SVB574 Land Administration IV 4 2 SVB412 Catographic Practice 6 3 MEB221 Engineering Science I 6 3 SVB299 Vacation Practice I I 0 6 wks

TOTAL 48 24

Semester 5 ... Autumn

SVB561 Land Development Practice 12 6 SVB551 Land Valuation 6 3 SVB535 Land Surveying V 6 3 SVB571 Cadastre 4 2 SVB443 Photogrammetry I I 12 6 SVB563 Land Information Systems II 4 2 SVB683 Project 2 1 SVB470 Land Administration 4 2

TOTAL 50 25

Semester 6 - serin2 SVB680 Professional Practice 6 3 SVB682 Seminar I I 2 1 SVB683 Project 2 1 SVB636 Land Surveying VI 6 3 SVB640 Geodesy 6 3 SVB639 Observations and Adjustment I II 4 2 SVB664 Land Development Practice II 12 6 SVB399 Vacation Practice I II 0 6 wks

HID Electives 12 6 TOTAL 50 25

CARTOGRAPHY STRAND

Semester 3 - Autumn MAB795 Survey Mathematics I I I 6 3 PHB170 Physics for Surveyors 12 6 SVB573 Land Administration 1 I 1 6 3 SVB331 Observations and Adjustments 4 2 SVB311 Data Presentation I I I 6 3 ARB911 Graphic Design I 10 5 SVB473 Land Information Systems I 6 3

TOTAL so 25

BAppSc(Surveying) 141

Semester 4 - Spring SVB442 SVB343 SVB431 SVB574 SVB412 ARB912 SVB299

Geodetic Computations Photogrammetry I Observations and Adjustments II Land Administration IV Cartographic Practice Graphic Design I I Vacation Practice 1 I

TOTAL

Semester 5 - Autumn

SVB561 SVB443 SVB470 SVB563 SVB571 SVB685

Land Development Practice I Photogrammetry 1 I Land Administration I I Land Information Systems I I Cadastre Project

TOTAL

Semester 6 - Spring

SVB680 SVB682 SVB639 SVB664 SVB685 SVB399

Electives

SVB670 SVB684 CEB504 SVB694 SVB634 SVB643 SVB645

Professional Practice Seminar II Observations and Adjustment I I I Land Development Practice I I Project Vacation Practice I I I TWO ELECT! VES

Land Administration V Map Production Planning Engineering Science I I I Geodesy II

TOTAL

Topics in Engineering Surveying Photogrammetry I I I Remote Sensing

EFTSU Approx Credit Formal

Hrs/wk 8 4 6 3 4 2 4 2 6 3

16 5 0 6 wks

44 19

12 6 12 6

4 2 6 3 4 2

15 4 53 23

6 3 2 1 4 2

12 6 15 4

0 6 wks 12 6 51 22

6 6 6 6 6 6 6

3 3 3 3 3 3 3

142 BAppSc(Surveying)

COURSE STRUCTURE FOR STUDENTS COMMENCING PRIOR TO 1989 -SIX SEMESTERS FULL-TIME

SURVEYING STRAND EFTSU Approx Credit Forma 1

Semester 3 - Autlllln Hrs/wk SVB393 Land Surveying Ill 10 5 SVB351 Land Studies A 12 6 MAB795 Survey Mathematics I I I 6 3 SVB573 Land Administration I II 6 3 SVB331 Observations and Adjustments 4 2 SVB311 Data Presentation I II 6 3 SVB451 Land Studies B 6 3

TOTAL so 2S

Semester 4 - s~rins

SVB430 Land Surveying IV 8 4 SVB442 Geodetic Computations 8 4 SVB343 Photogrammetry I 6 3 CEB364 Engineering Science I I 6 3 SVB431 Observations and Adjustments II 4 2 SVB473 Land Information Systems I 6 3 SVB574 Land Administration IV 4 2 SVB412 Cartographic Practice 6 3 SVB299 Vacation Practice I I 0 6 wks

TOTAL 48 24

Semester 5 - Autumn SVBS61 Land Development Practice 12 6 SVB5S1 Land Valuation 6 3 SVBS3S Land Surveying V 6 3 SVBS71 Cadastre 4 2 SVB443 Photogrammetry I I 12 6 SVBS63 Land Information Systems II 4 2 SVB683 Project 2 1 SVB470 Land Administration II 4 2

TOTAL so 2S

Semester 6 - SErins SVB680 Professional Practice 6 3 SVB682 Seminar I I 2 1 SVB683 Project 2 1 SVB636 Land Surveying VI 6 3 SVB640 Geodesy 6 3 SVB639 Observations and Adjustment I I I 4 2 SVB664 Land Development Practice II 12 6 SVB399 Vacation Practice I I I 0 6 wks

TWO ELECT! VES 12 6 TOTAL so 2S

BAppSc(Surveying) 143

EFTSU Approx Credit Formal

Hrs/wk CARTOGRAPHY STRAND

Semester 3 - Autumn

MAB795 Survey Mathematics ill 6 3 SV8351 Land Studies A 12 6 SVB573 Land Administration I I I 6 3 SVB331 Observations and Adjustments 4 2 SVB311 Data Presentation I II 6 3 SVB451 Land Studies B 6 3 ARB911 Graphic Design 10 5

TOTAL 50 25

Semester 4 - S(!ring

SVB442 Geodetic Computations 8 4 SVB343 Photogrammetry I 6 3 SBV431 Observations and Adjustments II 4 2 SVB473 Land lnformtion Systems I 6 3 SV8574 Land Administration IV 4 2 SVB412 Cartographic Practice 6 3 ARB912 Graphic Design I I 16 5 SVB299 Vacation Practice I I 0 6 wks

TOTAL so 22

Semester 5 - Autumn

SVBS61 Land Development Practice I 12 6 SVB443 Photogrammetry II 12 6 SVB470 Land Administration I I 4 2 SVBS63 Land Information Systems I I 6 3 SVB571 Cadastre 4 2 SV8685 Project 15 4

TOTAL 53 23

Semester 6 - S2ri "2 SV8680 Professional Practice 6 3 SVB682 Seminar II 2 1 SV8639 Observations and Adjustment Ill 4 2 SVB664 Land Development Practice II 12 6 SVB685 Project 15 4 SVB399 Vacation Practice ill 0 6 wks

TWO Electives 12 6 TOTAL 51 22

Electives

SVB670 Land Administration V 6 3 SV8684 Map Production Planning 6 3 CEBS04 Engineering Science I I I 6 3 SVB694 Geodesy II 6 3 SVB634 Topics in Engineering Surveying 6 3 SV8643 Photogrammetry I II 6 3 SVB645 Remote Sensing 6 3

ASSOCIATE DIPLOMA COURSES

146 Associate Diploma Courses

The following rules relate to the Associate Diploma Courses in Engineering and are made by resolution of the University Council.

ASSOCIATE DIPLOMA IN ENGINEERING

FULL-TIME (also available by sandwich mode) and PART-TIME

1. ENTRY

Refer to tables in the Admissions Procedures booklet.

2. ENROLMENT

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre- and co-requisite conditions, and class timetables. A student may not enrol in a subject if there are subjects from an earlier semester available and still to be completed, within the constraints of timetabling, pre- and co-requisites. In special circumstances the Dean of the Faculty may waive this rule, after consideration of a written application to the Registrar.

(b) Students will not be permitted to enrol in excess of the hours indicated in the recommended program for that semester of their course. Where a student is straddling two years, the maximum hours shall be that of the semester with the greater number of recommended hours. In special circumstances, the Dean of the Faculty may waive the maximum hours rule, only after consideration of a written application to the Registrar.

(c) Students are not permitted to transfer between the full-time and part-time courses (except for the Associate Diploma in Electrical Engineering one year full-time plus two years part-time program) or study the full-time course in a sandwich mode without the concurrence of the Head of School responsible for the course.

(d) The full-time course may be studied in a sandwich mode. Normally, a sandwich student's program in any one semester shall be that prescribed for the full-time program and a typical course would be undertaken at the rate of one semester each year, completing the program over a period of four years.

Associate Diploma Courses 147

3. UNREGISTERED STUDENTS

A person may apply to study individual subjects as an unregistered student and may be admitted to classes provided that vacancies exist. Such persons shall conform to the general conditions covering the course and rules relating to unregistered students.

4. EMPLOYMENT - PART-TIME STUDENTS

Students who will be in a full-time occupation throughout any semester may register as part-time students if they can produce satisfactory evidence that they are so employed.

Part-time students shall have engaged in at least 120 weeks of approved employment, i.e. 15 weeks for each of the eight Industrial Employment subjects, before being eligible for the Associate Diploma award. For the employment to be recognised, students must subrni t an industrial experience record form, provided for the purpose, which has been completed by both the student and their employer.

Students enrolled in the one year full-time/two years part-time Associate Diploma in Electrical Engineering shall have engaged in at least 60 weeks of approved employment, i.e. 15 weeks for each of the four Industrial Employment subjects, before being eligible for the Associate Diploma award. An industrial experience record form, as for the part-time students, must be submitted.

5. EXEMPTIONS

(a) Rules concerning the granting of exemptions are detailed under 'Rules Relating to Student Matters'. See relevant Section. In special circumstances, the Dean of the Faculty may waive these rules, only after consideration of a written application to the Registrar.

(b) Prior approval must be received to obtain an exemption in a QUT subject, if while registered at the University, a student wishes to study an equiv­alent subject elsewhere or in another course at the University. Application for approval must be made in writing to the Registrar.

(c) The Head of School may, where a student previously enrolled for a subject but has not given credit for a pass in such subject, exempt candidate from such of the requirements of subject as deemed fit.

has been such that

148 Associate Diploma Courses

(d) A registered student who has completed the following trade courses in Queensland may apply to be exempted the following subjects if offered in the particular course chosen. Prior approval is not necessary to gain exemption if these courses are studied concurrently with a QUT course. A student enrolled in an apprenticeship training course who wishes to defer a subject in anticipation of an exemption, must make written application to the Registrar.

EET111 Electrical Engineering

EET350 Electrical Engineering I I I

MET170 Manufacturing Technology

Fitter (Instrumentation) Electrical Fitter and/or

Mechanic Radio and/or Television

Mechanic Telecommunications

Certificate Electrical Fitter and

Mechanic Mechanical Fitter

Toolmaker

(e) Exemption from the practical experience subjects, designated by the suffix A after the subject name, in the full-time courses may be granted on the basis of appropriate industrial experience. Written application must be made to the Registrar on an Application for Exemption form.

6. ATTENDANCE

A student who in any subject fails to attend 80% of the total instruction, or to submit 80% of all practical or assignment work required in any subject may be deemed by the Dean of the Faculty ineligible to sit for the semester examinations.

Field trips or field projects, as detailed in the subject synopses, have a compulsory attendance requirement.

7. ASSESSMENT

The method of assessment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, 1 aboratory reports, design work, projects and field visits.

Associate Diploma Courses 149

8. DRESS

The Engineering Academic Board may require students to wear appropriate attire during industrial visits to firms and government departments and field trips and whi 1st engaged on field survey projects and practical work. Students must also comply with any particular safety requirements with respect to dress that may be applicable to an industrial visit, field trip, field survey project or practical assignment.

9. COURSE STRUCTURE

A registered student admitted under these rules may elect to speci a 1 i se in one of Ci vi 1 , El ectri ca 1 or Mechani ca 1 Engineering. A full-time student may be required to attend classes given in the evening.

150 Assoc Dip Civ Eng

To be awarded an Associate Diploma in Civil Engineering, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects for two years full-time study or four years part-time study.

CEL187 ASSOCIATE DIPLOMA IN CIVIL ENGINEERING

This course is available for full-time or part-time study. There are two strands to the course, a General Strand and a Water and Wastewater Process Operation Strand. The General Strand is offered both full-time and part-time. The Water and Wastewater Process Operation Strand will be offered in the part-time mode, subject to quotas.

NORMAL COURSE PROGRAM for Two Years FULL-TIME

Study - GENERAL STRAND

All subjects are one semester, except those indicated (*) which are extended over two semesters.

EFTSU Approx Credit Formal

Semester - Autumn Hrs/wk MET120 Engineering Drawing I 6 3 MET141 Materials (Civil) 6 3 CET135 Engineering Mechanics 6 3 CET435 Concrete Practice 6 3 EET790 Computer Programming I 6 3 CET365 Hydraulic Engineering 6 3 MET121 Drafting Practice lA 6 3 CET195 Civil Engineering I 6 3

TOTAL 48 24 Semester 2 - Spring CET286 Civil Office Practice 6 3 CET255 Structural Mechanics 6 3 SVT306 Engineering Surveying 6 3 CET645 Soil Mechanics 6 3 CET815 Road Location and Design 6 3 CET894 Computations A 6 3 CET287 Civil Office Practice A 6 3 CET235 Laboratory Practice A 6 3

TOTAL 48 24

Assoc Dip Civ Eng 151

Semester 3 CET585 CET756 CET775 CET565 CET655 CET709 CET387 CET306

... Autumn Civil Engineering Drafting Building Construction Practice Public Health Engineering Road and Drainage Engineering Concrete and Steel Design OR Safety and Industrial Relations (N) Civil Engineering Drafting A Field Practice lA ONE Elective Subject

TOTAL

Semester 4 ... Spring CET787 CET606 CET887 CET837 CET704 CET708 CET495 CET405

Structural Engineering Drawing OR Construction Management (E) Computer Aided Drafting OR Laboratory Practice (E) Civil Construction Practice Specifications and Estimates Project A Field Practice I lA TWO Electives Subjects

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 6 3

6 3 6 3 6 3 6 3

48 24

6 3 6 3

6 3 6 3 6 3 6 3

12 6 48 24

The Associate Diploma in Civil Engineering General Strand, part ... time program is as follows:

NORMAL COURSE PROGRAM for GENERAL STRAND Four Years PART-TIME Study

All subjects are one semester except those indicated(*) which extend over two semesters.

Semesters 1 to 4 are common to the GENERAL and WATER AND WASTEWATER PROCESS OPERATION strands

EFTSU Approx Credit Formal

Semester - Autumn Hrs/wk

MET120 Engineering Drawing I 6 3 CET195 Civil Engineering I 6 3 CET135 Engineering Mechanics 6 3 ENT1 00 Industrial Employment 0 15 wks

TOTAL 18 9

Semester 2 Spring CET286 Civil Office Practice 6 3 CET255 Structural Mechanics 6 3 MET141 Materials (Civil) 6 3 ENT200 Industrial Employment II 0 15 wks

TOTAL 18 9

152 Assoc Dip Civ Eng

Semester 3 CET365 EET790 SVT306 ENT300

- Auti.ITln Hydraulic Engineering Computer Programming I Engineering Surveying Industrial Employment I I I

TOTAL

Semester 4 - Spring

CET815 CET435 CET645 ENT400

Road Location and Design Concrete Practice Soil Mechanics Industrial Employment IV

TOTAL

GENERAL STRAND

Semester 5 .. Autumn CET585 CET565 CET775 ENTSOO

Civil Engineering Drafting Road and Drainage Engineering Public Health Engineering Industrial Employment V

TOTAL

Semester 6 - Spring CET655 CET606 CET708 CET756 ENT600

Concrete and Steel Design OR Construction Management Specifications and Estimates Building Construction Practice Industrial Employment VI

TOTAL

Semester 7 - Autumn CET787 CET709 CET704

ENT700

Structural Engineering Drawing OR Safety and Industrial Relations Civil Construction Practice ONE Elective Subject Industrial Employment VI I

TOTAL

Semester 8 - Spring CET887 CET837

ENT800

Computer Aided Drafting OR Laboratory Practice TWO Elective Subjects Industrial Employment VI I I

TOTAL

EFTSU Approx Credit Formal

6 6 6

Hrs/wk 3 3 3

0 15 18

wks 9

6 3 6 3 6 3 0 15 wks

18 9

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 0 15 wks

18 9

6 3

6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 12 6

0 15 wks 18 9

Assoc Dip Civ Eng 153

ELECTIVE SUBJECTS for GENERAL STRAND - Full-Time and Part-Time Study

EFTSU Approx Credit Formal

Electives - Autumn Hrs/wk CET797 CHA140 CET707 CET735 CET703 MAB193+ PHB131+

Project Introductory Chemistry (E) Municipal Engineering (E) Advanced Laboratory Testing I Civil Engineering Practice I Engineering Mathematics I* Engineering Physics I* Any one subject from other modes or strands of this course approved by the Head of School or any one subject from other Queensland University of Technology

6 3 6 3 6 3 6 3 6 3 6 3 6 3

courses approved by the Head of School. 6 3

Electives - Spring CET797 EST219 CET888 CET856 CET838 CET802 MAB193+ PHB131+

Project Engineering Geology (E) Structural Drawing and Design (D) Formwork Design Advanced Laboratory Testing I I Civil Engineering Practice I I Engineering Mathematics I* Engineering Physics I* Any two subjects from other modes or strands of this course approved by the Head of School or any two subjects from other Queensland University of Technology

6 6 6 6 6 6 6 6

3 3 3 3 3 3 3 3

courses approved by the Head of School. 12 6

The number of elective subjects available will be dependent upon a sufficient number of students being enrolled.

(D) indicates Day only (E) indicates Evening only

+ Degree level subjects MAB193 Engineering Mathematics and PHB131 Engineering Physics I may be selected as electives with the approval of the Head of School.

154 Assoc Dip Civ Eng

WATER AND WASTEWATER PROCESS OPERATION STRAND

Semester 5 - Autumn CET585 CET565 CET775 ENT500

OR

CET598 ENT500

Civil Engineering Drafting Road and Drainage Engineering Public Health Engineering Industrial Employment V

TOTAL

Project II Industrial Employment V

TOTAL

Semester 6 - Spring CET606 CHA140 CHA644 ENT600

Construction Management Introductory Chemistry Process Measurement and Monitoring Industrial Employment VI

TOTAL

Semester 7 - Autumn CET776 CET777 CHA744 ENT700

Equipment Operation and Maintenance Process Operation and Control I Process Measurement and Monitoring I I Industrial Employment VI I

TOTAL

Semester 8 - Spring CET876 CET877 CHA844 ENT800

Plant Operation and Maintenance Process Operation and Control I I Trade Waste Control Industrial Employment VI I I

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 0 15 wks

18 9

18 9 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

Assoc Dip Elec Eng 155

To be awarded an Associate Diploma in Electrical Engineering a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects for one year full-time plus two years part-time study, or four years part-time study.

EEL188 ASSOCIATE DIPLOMA IN ELECTRICAL ENGINEERING

NORMAL COURSE PROGRAM

Students enrolling in the course will be required to complete a common first year full-time or a common two years part-time. After this students are required to select two of the following modules as their majors:

All subjects are one semester

Computer Systems Module EET590 EET690 EET791 EET891

Microprocessor Systems (a) Computer Organisation (b) Computer Programming I I (c) Advanced Computing Techniques (d)

Industrial Systems Module EET522 EET678 EET720 EET870

Control Systems II Applied Electronics Modern Control Technology Industrial Electronics

(a) (b) (c) (d)

Power Module EET642 EET650 EET753

EET840

Electrical Power Systems Electrical Equipment Testing and Commissioning

Techniques Substations and Protection

Systems

(a) (b)

(c)

(d)

Telecommunications Module EET560 EET737 EET760 EET860

Corrununi cations Engineering I (a} Transmission and Propagation (b) Communications Engineering I I (c) Communications Technology (d)

EFTSU Approx Credit Formal

Hrs/wk 6 6 6 6

6 6 6 6

6 6

6

6

6 6 6 6

3 3 3 3

3 3 3 3

3 3

3

3

3 3 3 3

156 Assoc Dip Elec Eng

NORMAL COURSE PROGRAM for One Year FULL-TIME Followed by Two Years PART-TIME Study All subjects are one semester.

FULL - TIME EFTSU Approx Credit Forma 1

Semester - Autlllln Hrs/wk EET111 Electrical Engineering I 6 3 EET211 Electrical Engineering II 6 3 EET100 El ectri ca 1 Engineering Computations 6 3 CST390 Computer Programming I 6 3 MET1 01 Engineering Drawing 6 3 MET175 Workshop (Mech.) lA 6 3 MET123 Electrical Engineering Drawing lA 6 3 MET475 Workshop (Mech.) lilA 6 3

TOTAL 48 24 Semester 2 - Spring EET350 Electrical Engineering Ill 6 3 EET270 Electronics I 6 3 EET420 Control Systems I 6 3 EET460 Telecommunications 6 3 EET676 Digital Electronics 6 3 EET490 Computer Packages 6 3 MET201 Applied Mechanics 6 3 MET223 Electrical Engineering Drawing IIA6 6 3

TOTAL 48 24

PART - TIME

Semester 3 - Autwm EET570 Electronics II 6 3

Major 1 (a) 6 3 Major 2(a) 6 3

ENT500 Industrial Employment v 0 15 wks TOTAL 18 9

Semester 4 Spring MET600 Materials for Electrical Engineers 3 1!; MET601 Mechanical Plant 3 1!;

Major 1(b) 6 3 Major 2(b) 6 3

ENT600 lndustri al Employment VI 0 15 wks TOTAL 18 9

Semester 5 AutlJlln ONE Elective Subject 6 3 Major 1(c) 6 3 Major 2(c) 6 3

ENT700 Industrial Employment VII 0 15 wks TOTAL 18 9

Semester 6 - Spring EET880

ENT800

~

Design Major 1(d) Major 2(d) Industrial Employment VII I

Assoc Dip Elec Eng 157

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 0 15 wks

18 9

1. Majors 1 and 2 refer to subjects taken from two of the four modules, viz. Computer Systems, Industrial Systems, Power and Telecommunications. (a), (b), (c) and (d) refer to subjects within each module.

2. For the elective, a subject may be chosen from any other module which runs in the same semester. Degree level subjects may be selected as electives with the approval of the Head of School.

NORMAL COURSE PROGRAM for Four Years PART-TIME Study

All subjects are one semester. EFTSU Approx Credti Formal

Semester - AuttJlln Hrs/wk EET111 Electrical Engineering I 6 3 EET100 Electrical Engineering Computations 6 3 MET1 01 Engineering Drawing 6 3 ENT1 00 Industrial Employment I 0 15 wks

TOTAL 18 9

Semester 2 - Sprins EET211 Electrical Engineering II 6 3 EET270 Electronics I 6 3 MET201 Applied Mechanics 6 3 ENT200 Industrial Employment II 0 15 wks

TOTAL 18 9

Semester 3 Autumn EET350 Electrical Engineering I I I 6 3 CST390 Computer Programming I 6 3 EET676 Digital Electronics 6 3 ENT300 Industrial Employment Ill 0 15 wks

TOTAL 18 9

Semester 4 - S2rin2 EET420 Control Systems 6 3 EET460 Telecommunications 6 3 EET490 Computer Packages 6 3 ENT400 Industrial Employment IV 0 15 wks

TOTAL 18 9

158 Assoc Dip Elec Eng

EFTSU Approx Credit Formal

Semester 5 - Autunn Hrs/wk EET570 Electronics II 6 3

Major 1(a) 6 3 Major 2(a) 6 3

ENT500 Industrial Employment V 0 15 wks TOTAL 18 9

Semester 6 - serins MET600 Materials for Electrical Engineers 3 11, MET601 Mechanical Plant 3 11z

Major 1 (b) 6 3 Major 2(b) 6 3

ENT600 Industrial Employment VI 0 15 wks TOTAL 18 9

Semester 7 - AutliTm

ONE Elective Subject 6 3 Major 1(c) 6 3 Major 2(c) 6 3

ENT700 Industrial Employment VI I 0 15 wks TOTAL 18 9

Semester 8 - sering EET880 Design 6 3

Major l(d) 6 3 Major 2(d) 6 3

ENT800 Industrial Employment VI I I 0 15 wks TOTAL 18 9

Notes

1. Majors 1 and 2 refer to subjects taken from two of the four modules, viz. Computer Systems, Industrial Systems, Power or Telecommunications. (a), (b), (c) and (d) refer to subject within each module.

2. For the elective, a subject may be chosen from any other module which runs .in the same semester. Degree level subjects may be selected as electives with the approval of the Head of School.

Assoc Dip Mech Eng 159

To be awarded an Associate Diploma in Mechanical Engineering, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects for two years fullMtime study or four years partMtime study.

MEL189 ASSOCIATE DIPLOMA IN MECHANICAL ENGINEERING

NORMAL COURSE PROGRAM for Two Years FULL-TIME Study

All subjects are one semester except for those indicated (*) which extend over two semesters.

Semester 1 MET120 MET210 MET140 MET940 MET560 MET121 MET171

Autunn Engineering Drawing I Applied Mechanics I Engineering Materials Mechanical Measurements Thermofluids Drafting Practice lA Trade Training lA

TOTAL Semester 2 - Spring MET220 MET310 MET433 MET170 CSA165 MET221 MET271

Semester 3 MET320 MET250 MET580 EETSOO MET572 MET920 MET933

Engineering Drawing II Applied Mechanics I I Engineering Materials II Manufacturing Technology Computing Drafting Practice I lA Trade Training I lA

Autunn Engineering Drawing II I Thermodynamics Machine Elements I Electrical Technology I

TOTAL

Production Planning and Control Computer Aided Design and Drafting* Industrial Tribology ONE Elective Subject

TOTAL Semester 4 M Spring

MET420 MET961 MET350 MET573 MET971 MET650 MET421

Engineering Drawing IV Fluid Mechanics Process Engineering CAD/CAM Technology Industrial Practice Plant Engineering lA Mechanical Project lA ONE Elective Subject

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 6 3 6 3 6 3

12 7 48 25

6 3 6 3 6 3 6 3 6 3 6 3

12 7 48 25

6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3

48 24

6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3

48 24

160 Assoc Dip Mech Eng

Elective Subjects (Autumn)

MET733 MET782 MET511 MET901 MET850 MAB193 PHB131 EEB202

Industrial Metallurgy Jig and Tool Design Noise, Stress and Vibration Sugar Mill Technology I Energy Management Engineering Mathematics I** Engineering Physics I** Electromagnetics**

Practice

Elective Subjects (Spring)

MET680 MET960 MET352 MET902 MAA251 MAB193 PHB131 MEB111

Notes

Machine Elements I I Fluid Power Air Conditioning and Refrigeration Sugar Mill Technology II Statistics and Data Processing Engineering Mathematics 1** Engineering Physics I** Dynamics**

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3

6 6 6 6 4 6 6 6

3 3 3 3 2 3 3 3

1. *Subject to additional CAD facilities being operational by 1988 otherwise replaced by MET682 Machine Elements I I.

2. From time to time a series of special electives may be made available to meet industrial demand provided both student numbers and staff resources can justify their inclusion in the course.

3. ** Degree level subjects may be selected as electives with the approval of the Head of School.

Assoc Dip Mech Eng 161

The Associate Diploma in Mechanical Engineering partMtime program is as follows M

NORMAL COURSE PROGRAM for Four Years PART-TIME Study

All subjects are one semester except those indicated (*) which extend over two semesters.

Semester 1 MET120 MET140 MET210 ENT100

Aut\Jlln Engineering Drawing I Engineering Materials Applied Mechanics I Industrial Employment

Semester 2 - Spring

MET220 MET310 MET433 ENT200

Engineering Drawing I I Applied Mechanics II Engineering Materials II Industrial Employment II

Semester 3 M Autumn

MET320 MET940 MET560 ENT300

Semester 4 MET420 CSA165 14ET170 ENT400

Semester 5 MET580 MET250 EET500 ENT500

Engineering Drawing I I I Mechanical Measurements Thermofluids Industrial Employment I II

Spring Engineering Drawing IV Computing Manufacturing Technology Industrial Employment IV

Autumn Machine Elements Thermodynamics Electrical Technology Industrial Employment V

Semester 6 - Spring Fluid Mechanics CAD/CAM Technology

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

MET961 MET573 MET920 ENT600

Computer Aided Design and Drafting* Industrial Employment VI

TOTAL

EFTSU Approx Credit Formal

Hrs/wk 6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

162 Assoc Dip Mech Eng

EFTSU Approx Credit Formal

Semester 7 Autunn Hrs/wk MET572 Production Planning and Control 6 3 MET933 Industrial Tribology 6 3

ONE Elective Subject 6 3 ENT700 Industrial Employment VII 0 15 wks

TOTAL 18 9 Semester 8 - Spring MET350 Process Engineering 6 3 MET971 Industrial Practice 6 3

ONE Elective Subject 6 3 ENTBOO Industrial Employment VIII 0 15 wks

TOTAL 18 9

Elective Subjects

The list of elective subjects is the same as for the full-time course.

Assoc Dip Mech Eng 163

The Associate Diploma in Mechanical Engineering (Engineering Services Strand), part-time program is as follows:

ENGINEERING SERVICES STRAND COURSE PROGRAM for Four Years PART-TIME Study

All subjects are one semester.

Semester MET120 MET140 MET210 ENT100

Autunn

Engineering Drawing I Engineering Materials Applied Mechanics I Industrial Employment

Semester 2 - Spring

MET220 MET310 MET170 ENT200

Engineering Drawing I I Applied Mechanics I I Manufacturing Technology Industrial Employment I I

Semester 3 - Autumn MET320 MET560 MET940 ENT300

Engineering Drawing I I I Thermofl ui ds Mechanical Measurements Industrial Employment I II

Semester 4 - Spring MET420 MET350 CSA165 ENT400

Semester 5 MET250 EET111 EET211 ENT500

Engineering Drawing IV Process Engineering Computing Industrial Employment IV

Autu:nn Thermodynamics Electrical Engineering Electrical Engineering I I Industrial Employment V

Semester 6 • Spring

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

MET352 EET350 MET961 ENT600

Refrigeration and Air Conditioning Electrical Engineering I I I Fluid Mechanics Industrial Employment VI

TOTAL

EFTSU Approx Credit Formal

Hrs/Wk 6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

6 3 6 3 6 3 0 15 wks

18 9

164 As soc Dip Mech Eng

EFTSU Approx Credit Forma 1

Semester 7 AutliTin Hrs/wk MET850 Energy Management 6 3 MET933 Industrial Tribology 6 3 MET511 Noise, Stress and Vibration Practice 6 3 ENT700 Industrial Employment VI I 0 15 wks

TOTAL 18 9

Semester 8 - Spring MET971 Industrial Practice 6 3 MET960 Fluid Power 6 3 EET420 Control Systems I 6 3 ENT800 Industrial Employment VI I I 0 15 wks

TOTAL 18 9

Assoc Dip Cart 165

The following rules relate to the Associate Diploma in Carto­graphy and are made by resolution of the University Council.

SVL212 ASSOCIATE DIPLOMA IN CARTOGRAPHY

PART-TIME

1. ENTRY

Refer to tables in the Admission Procedures booklet.

2. ENROLMENT

(a) The course must be completed in an orderly manner as described by the recommended program, subject to pre .. and co-requisite conditions, and class time­tables. A student may not enrol in a subject if there are subjects from an earlier semester avai 1-able and still to be completed within the constraints of timetabling, pre- and co-requisites. In special circumstances, the Dean of the Faculty may waive this rule, only after consideration of a written application to the Registrar.

(b) Students will not be permitted to enrol in excess of the hours indicated in the recorrunended program for that semester of their course. Where a student is straddling two years, the maximum hours shall be that of the semester with the greater number of recommended hours. In special circumstances, the Dean of the Faculty may waive the maximum hours rule, only after consideration of a written application to the Registrar.

{c) Unless all applicable exemptions listed in Section 5, Exemptions, are obtained, it will be necessary for part-time students to obtain some day release.

3. UNREGISTERED STUDENTS

A person may apply to study individual subjects as an unregistered student and may be admitted to classes provided that vacancies exist. Such persons shall conform to the general conditions covering the course and rules relating to unregistered students.

4. EMPLOYMENT While it is highly desirable that part-time Cartography Associate students are engaged in employment suited to the course, industrial employment is not compulsory.

166 Assoc Dip Cart

5. EXEMPTIONS

(a) Rules concerning the detailed under 'Rules See relevant Section. Dean of the Faculty consideration of a Registrar.

granting of exemptions are Relating to Student Matters'.

In special circumstances the may waive these rules after written application to the

(b) A registered student, who is enrolled as a part-time student and is in an appropriate occupation, may make written application to be exempted some or all of the following subjects:

SVT512 SVT612 SVT643 SVT714 SVT813 SVT814 SVT843

Drafting Practice I I lA Drafting Practice IVA Map Projections lA Cartographic Drafting lA Reprographic Processing A Cartographic Drafting IIA Map Projections 1 lA

Written application must be made to the Head of Department responsible for the course.

(c) Prior approval must be received to obtain an exemp­tion in a QUT subject, if while registered at the University, a student wishes to study an equivalent subject elsewhere or in another course at the University. Application for approval must be made in writing to the Registrar.

(d) The Head of Department may, where a student has previously enrolled for a subject but has not been given credit for a pass in such subject, exempt such candidate from such of the requirements of that subject as he deems fit.

6. ATTENDANCE

A student who in any subject fai 1 s to attend 80% of the total instruction, or to submit 80% of all practical or assignment work required in any subject may be deemed by the Dean of the Faculty ineligible to sit for the semester examination.

Field trips or field projects, as detailed in the subject synopses, have a compulsory attendance requirement.

7. ASSESSMENT

The method of assessment provides for formal semester and deferred examinations as well as written tests, oral tests, general assignments, laboratory reports, design work and projects.

Assoc Dip Cart 167

B. DRESS

The Engineering Academic Board may require students to wear appropriate attire during industrial visits to firms and government departments and field trips and whi 1st engaged on field survey projects and practical work. Students must also comply with any particular safety requirements with respect to dress that may be applicable to an industrial visit, field trip, field survey project or practical assignment.

9. COURSE STRUCTURE

To be awarded an Associate Diploma in Cartography, a registered student must complete to the satisfaction of the Engineering Academic Board, the following subjects for four years part-time study.

NORMAL COURSE PROGRAM - For Students Commencing in 1988 and Subsequent Years

All subjects are one semester. EFTSU Approx Credit Forma 1

Semester - AutlDlln Hrs/wk

SVT113 Introductory Cartography 6 3 SVT115 Cartographic Computations 6 3 SVT471 Land Laws and Regulations 6 3

TOTAL 18 9

Semester 2 - S2ri ng SVT222 Survey Drafting 6 3 SVT225 Surveying 6 3 SVT243 Photogranunetry 6 3

TOTAL 18 9

Semester 3 - AutlDlln SVT315 Cartographic Computations II 6 3 SVT316 Land Studies I 6 3 SVT343 Photograrrunetry II 6 3

TOTAL 18 9

Semester 4 - Sprins SVT991 Computer Graphics 6 3 SVT426 Land Studies I I 6 3 SVT443 Photogrammetry I II 6 3

TOTAL 18 9

Semester 5 - AutlDlln (not available in 1989) SVT715 Cartography I 6 3 SVT513 Digital Mapping 6 3 SVT511 CAD Systems 6 3

TOTAL 18 9

168 Assoc Dip Cart

EFTSU Approx Credit Formal

Semester 6 - S~rin~ (not available in 1989) Hrs/wk

SVT815 Cartography I I 6 3 SVT642 Map Projections 6 3 SVT626 Seminar 3 1.5 SVT623 Project Mapping 3 1.5

TOTAL 18 9

Semester 7 - Autumn (not available in 1989)

SVT915 Cartography Ill 6 3 SVT992 Computer Graphics II 6 3 SVT742 Map Projections II 6 3

TOTAL 18 9

Semester 8 - S~ring {not available in 1989) SVT916 Cartography IV 6 3 SVT945 Remote Sensing 6 3 SVT826 Cartographic Administration 6 3

TOTAL 18 9

For students who commenced the course prior to 1988 2 Semesters 1, 2, 3 and 4 are no longer offered.

EFTSU Approx Credit Formal

Semester 5 - Autumn Hrs/wk

SVT715 Cartography 6 3 EET790 Computer Programming 6 3 SVT542 Map Projections I 6 3 SVT643 * Map Projections lA 0 3

TOTAL 18 12

Semester 6 - S~rin~

SVT815 Cartography II 6 3 CMA199 Professional Communication Techniques 6 3 SVT842 Map Projections I I 6 3 SVT843 * Map Projections IIA 0 3

TOTAL 18 12

* These practical subjects may be offered as a one week day release course at the end of the semester.

As soc Dip Cart 169

EFTSU Approx Credit Formal

Semester 7 - Autumn Hrs/wk SVT915 Cartography I I I 6 3 SVT991 Computer Graphics 6 3 SVT945 Remote Sensing 6 3 SVT714 * Cartographic Drafting lA 0 3

TOTAL 18 12

Semester 8 - Spring SVT916 Cartography IV 6 3 SVT992 Computer Graphics II 6 3 MNA012 Administrative Practice 6 3 SVT814 * Cartographic Drafting I lA 0 3 SVT813 * Reprographic Processing A 0 3

TOTAL 18 15

* These practical subjects may be offered as a one week day release course at the end of the semester.

CONTINUING EDUCATION

172 Continuing Education

CONTINUING EDUCATION

Where the demand is indicated and there are sufficient enrol­ments, Schools or Department conduct a number of specialist subjects for the development and continuing education of engineers and technicians.

1. SPECIAL COURSES

From time to time, intensive courses may be conducted in conjunction with professional associations to provide in depth study of specialist engineering topics. Several of these courses may be run as on-site in-service training courses rather than at the QUT.

Special courses conducted at QUT include -

Asphaltic Pavements Workshop Concrete Construction Condition Monitoring and Maintenance of

Mechanical Machines Construction Supervision Digital Electronics Energy Conservation Practice Engineering Drawing Seminar Hydraulic Systems Instrument Transformers Measurement and Control of Machine Noise Microprocessors Municipal Engineering Workshop Pneumatic Systems Prestressed Concrete Design Selection and Operation of Control System Hardware Stereoplotter Operators Course Strain, Balancing and Vibrations Structural Mechanics in Building Construction Tolerance Technology Traffic System Management

Intending students should contact or Department to record their details of any courses planned.

the appropriate School requirements and for

A separate booklet listing the Continuing Education courses for the calendar year is printed annually and is available upon request.

2. SPECIALIST SUBJECTS

A small number of vacancies are usually available in subjects in the degree and associate diploma courses. These may be undertaken by suitably qualified persons. Due to the limited number of vacancies, enrolment nominations should be lodged as early as possible.

Continuing Education 173

3. ENS200 NEW OPPORTUNITIES IN TERTIARY EDUCATION (N.O.T.E.) PROGRAM INCLUDING THE "WOMEN IN ENGINEERING PARTICIPATION PROGRAM

A one year, part-time, post-secondary studies program for women. The program provides bridging tuition to enable women who have the abilities, but who do not meet subject entry requirements, to undertake study in engineering, science or technology courses at OUT. The program is specially funded under the Commonwealth Department of Employment, Education and Training Equity Program.

The program for preparation for degree or associate diploma courses 1n engineering or surveying at QIT comprises the following:

Autumn Semester MAS090 Mathematics*

TWO or THREE subjects from first year of the chosen course

Spring Semester

MAS090 CHS200 PHS021 ENS100

Mathematics* Chemistry Physics Engineering Skills

TOTAL

Approx Formal Hrs/wk

3

6-10

3 3 3 4

22-26

* The Mathematics subject may be taken over two semesters for 3 hours per week, in which case the code is MAS090.

4. OVERSEERS OF WORKS TO LOCAL AUTHORITIES

For those wishing registration as Overseers of Works to Loca 1 Authorities, deta i 1 s of the requirements of the Board of Examiners for Engineers and Overseers of Works to Local Authorities may be obtained from the Secretary to the Board, P.O. Box 31, NORTH QUAY. Q. 4000. The Board's current requirement is the Certificate in Civil Engineering (Construction Technician) or the Associate Diploma in Civil Engineering (with appropriate electives) or the Certificate in Civil Engineering (any strand) with appropriate electives from either Certificate or Assoc­iate Diploma. Persons wishing to enrol in additional subjects to meet these requirements may do so as Unregistered Students.

174 Continuing Education

5. COURSES FOR WE I GHTS AND MEASURES CADETS

This special course is conducted to qualify candidates for the classification of Weights and Measures Inspector. It consists of a series of subjects taken principally from the Associate Diploma in Mechanical Engineering with additional work in administration and office procedures.

6. MARINE ENGINEERING

The Associ ate Diploma courses in Mechanical Engineering have been assessed by the Australian Department of Transport for exemption purposes. Students who have been suitably trained for Marine Engineering and who have been awarded an Associate Diploma in Mechanical Engineering, which included the subjects as set out below, should, upon application to the Australian Department of Transport be eligible under existing regulations for exemptions from some of that Department's examinations for Certificates of Competency.

The nature of the exemptions which can be granted are as follows:

(a)

(b)

Associate Diploma in Mechanical Engineering 2 years full-time including the subjects:

HET852 Internal Combustion Plant HET853 Combustion and Air Pollution

Associate Diploma in Mechanical 4 years part-time including the subjects: MET552 Refrigeration MET560 Fluid Mechanics and Heat Transfer I MET651 Air Conditioning MET660 Fluid Mechanics and Heat Transfer I I MET751 Steam Plant MET852 Internal Combustion Plant MET853 Combustion and Air Pollution

EXEMPTION

Part A 2nd Class-All Subjects

Part A 1st Class-All Subjects

Part A 2nd Class-All Subjects

Part A 1st Class-All Subjects

The Queensland University of Technology has no control over requirements relating to sea-going or trade exper­ience and students wishing to follow a career in Marine

Continuing Education 175

Engineering are advised to direct their queries in this area to the Australian Department of Transport.

~:

The University will not issue an award entitled 'Marine Engineering' but will issue only the title given above. The exemptions indicated above are reviewed from time to time by the Australian Department of Transport and are awarded by that Department. This University is not obliged to alter its courses should Australian Department of Transport requirements change.

Pre- and Co-requisites

7

178 Pre- and Co-requisites

SCHEDULE OF SUBJECTS WITH PRE-REQUISITES AND CO-REQUISITES

(a} A Pre-requisite is a unit which must be passed before proceeding with a further unit for which it is a pre-requisite.

(b) A Co-requisite is a unit which, if not previously passed, must be studied concurrently with another unit for which it is a co-requisite. A co-requisite subject marked with a "*" may be attempted in the same year as the designated subject but in this case it must be attempted in the autumn semester and the designated subject in the spring semester.

(c) A Repeat-requisite (denoted by the postscript [R]) is a unit which can satisfy either a pre- or co-requisite requirement by the student having attempted a 11 assess"" ments when registered for the unit. If failed, the repeat-requisite must be repeated at the first opportunity.

(d) Subjects not listed have no pre- or co""requisites other than normal course entry requirements.

GRADUATE DIPLOMA IN MUNICIPAL ENGINEERING Subject Pre-reguisite Co .. reguisite CEP215 Advanced CEP210 Municipal CEP310 Urban

Traffic Traffic Transport Management Engineering Planning

CEP375 Industrial CEP273 Water and Liquid Wastes Wastewater

Treatment I CEP124 Municipal CEP122 Municipal

Planning Planning Applications Principles

CEP273 Water and CEP172 Water Quality Wastewater Engineering Treatment I

CEP274 Water and CEP273 Water and Wastewater Wastewater Treatment II Treatment I

Pre- and Co-requisites 179

GRADUATE DIPLOMA IN COMPUTER CONTROLLED SYSTEMS Subject Pre-requisite Co-requisite EEP121 Advanced

Computer Technology

CSP790 Data Base

EEP120 Multiple Computer Systems

EEP113 Realtime Systems

EEP115 Programming Tutorial

EEP115 Programming Tutorial [R]

EEP113 Realtime Systems

EEP115 Programming Tutorial

CSP690 Package EEP115 Programming Development Tutorial [R]

EEP113 Realtime EEP115 Programming Systems Tutorial [R]

BACHELOR OF ENGINEERING - CIVIL Subject

CEB554 Advanced Steel Design

CEB552 Advanced Structural Analysis

CEB430 Building Construction

CEB304 Ci vi 1 Engineering Design I

Pre-requisite Co-requisite

CEB352 Structural Engineering I I

CEB201 Steel Structures CEB352 Structural

Engineering 1 I MAB893 Engineering

Mathematics Ill PHB131 Engineering

Physics I CSB190 Computing CEB1 02 Ci v i1

Engineering

BEB506 Basic Ecology [R]

CEB241 Soi 1 Mechanics II [R]

CEB202 Concrete Structures [R]

CEB240 Soi 1 Mechanics [R]

CEB291

CEB231

PHB131

CEB352

CEB291

Civil Engineering Materials Concrete Technology Engineering Physics I

Structural Engineering II Civil Engineering Materials I

180 Pre- and Co-requisites

Subject

CEB405 Ci vi 1 Engineering Design I I

CEB291 Civil Engineering Materia 1 s

CEB501 Civil Engineering Practice

CEB521 Civil Engineering Systems

CEB561 Coastal Engineering

CEB530 Concrete Design

CEB202 Concrete Structures

Pre-requisite

CEB201 Stee 1 Structures [R]

MEB121 Engineering Graphics [R]

Co-requisite

CEB340

CEB304

Geomechanics CEB460 [R]

Hydraulic Engineering II Civil

Engineering CEB410 Design I [R]

Transport Engineering Geotechnical Engineering I

CE8352 Structural CEB440 Engineering I I [R]

PH8131 Engineering CEB470 Physics I

Public Health Engineering II Construction Management & Economics

[R] CEB231 Concrete CE8305

Technology [R]

MEB133 Materials I [R]

MEB171 Introduction to Manu-facturing

CHB346 Engineering Chemistry C

STUDENTS MUST BE IN THEIR FINAL YEAR OF THE COURSE

CEB313 Traffic Engineering

CE8304 Civil Engineering Design I [R]

CEB312 Highway Engineering

CEB360 Hydraulic Engineering [R]

CEB370 Public Health

CE8305 Engineering I Construction Management & Economics

MAB893 Engineering Mathematics I I I

CEB291 Civil Engineering Materials [R]

CEB260 Fluid Mechanics CEB184 Engineering

Mechanics I

CEB331 Concrete Technology

PHB131 Engineering Physics I

CEB460 Hydraulic Engineering II

CE8360 Hydraulic Engineering

CEB304 Civil Engineering Design I

CE8252 Structural Engineering

Pre~ and Co~requisites 181

Subject

CEB231 Concrete Technology

Pre~requisite

CEB102 Civil

CEBSOO Construction CEB370 Engineering

CEB312

Engineering Public Health Engineering I [R] Highway Engineering I [R]

Co~requisite

CEB305 Construction Management & Economics

BEB506 Basic Ecology

CEB260 Fluid Mechanics

CEB305 Construction Management & Economics

CSB190 Computing [R] CEB202 CEB1 02 Civil

Concrete Structures Steel Structures

Engineering CEB201

MEB101 Design I (Mech.)

CEB401 Design Project

CEB361 Hydrology [R] CEB305 Construction

Management & Economics [R]

CEB313 Traffic Engineering [R]

CEB304 Civil Engineering Design I [R]

CEB312 Highway Engineering I [R]

MEB121 Engineering Graphics

CEB184 Engineering Mechanics I

CEB470 Public Health Engineering II

CEB440 Geotechnical Engineering I

CEB460 Hydraulic Engineering II

ESB519 Geology

CEB390 Engineering CMB108 Investigation

English for CEB304 Technologists

Civi 1 Engineering Design I & Reporting [R]

MAB493 Engineering MAB193 Engineering Mathematics II Mathematics

MAB893 Engineering Mathematics Ill

MAB493 Engineering Mathematics I I [R]

CEB185 Engineering CEB184 Mechanics I I

CEB571 Environmental CEB370 Engineering

Engineering Mechanics I

Public Health Engineering I [R]

BEB506 Basic Ecology

182 Pre- and Co-requisites

Subject CEB404 Field Trip

CEBSSO Finite Element Methods

CEB260 Fluid Mechanics

CEB340 Geomechanics

CEB440 Geotechnical Engineering I

CEB540 Geotechnical Engineering II

Pre-requisite Co-requisite CEB370 Public Health CEB430 Building

Engineering I Construction [R] CEB340 Geomechanics

CEB305 Construction CEB361 Hydrology Management & CEB313 Traffic Economics [R] Engineering

ESB519 Geology [R] CEB304 Civil

Engineering Design I [R]

CEB312 Highway Engineering [R]

CEB360 Hydraulic Engineering [R]

MAB893 Engineering Mathematics Ill [R]

PHB131 Engineering Physics I [R]

CEB352 Structural Engineering II

MAB893 Engineering Mathematics Ill

PHB131 Engineering Physics I

CSB190 Computing CEB184 Engineering

Mechanics I

CEB241 Soil Mechanics II [R]

CEB240 Soil Mechanics I [R]

MAB193 Engineering Mathematics I [R]

CEB440 Geotechnical Engineering I [R]

CEB340 Geornechanics ESB519 Geology MAB193 Engineering

Mathematics PHB131 Engineering

Physics I

MAB493 Engineering Mathematics II

CEB340 Geomechanics

Subject CEB312 Highway

Engineering

CEB360 Hydraulic Engineering

CEB460 Hydraulic Engineering

CEB361 Hydrology

CEB531 Masonry Design

CEB403 Professional Practice

CEB491 Project

Pre- and Co-requisites 183

Pre-requisite

CEB291 Civil Engineering Materials I [R]

CEB241 Soil Mechanics II [R]

CEB240 Soil Mechanics [R]

SVB306 Surveying [R]

CSB190 Computing [R] CEB102 Civil

Engineering

CEB360 Hydraulic I I Engineering

[R] MAB893 Engineering

Mathematics Ill [R]

CEB260 Fluid Mechanics [R]

CEB231 Concrete Technology

CEB202 Concrete Structures

CSB190 Computing [R]

CEB361 Hydrology [R] CEB304 Civil

Engineering Design I [R]

PHB131 Engineering Physics I [R]

CMB1 08 English for Technologists [R]

Co-requisite MAB493 Engineering

Mathematics II

CEB331 Concrete Technology

CEB260 Fluid Mechanics

CEB361 Hydrology

CEB360 Hydraulic Engineering

MAB893 Engineering Mathematics Ill

CEB305 Construction Management & Economics

CEB304 Civil Engineering Design I

CEB460 Hydraulic Engineering II

CEB410 Transport Engineering

CEB440 Geotechnical Engineering I

CEB470 Public Health Engineering II

ESB519 Geology

184 Pre- and Co-requisites

Subject CEB370 Public Health

Engineering I

CEB470 Public Health Engineering II

CEB570 Public Health Engineering 111

CEB240 Soi 1 Mechanics

CEB241 Soil Mechanics I I

CEB201 Stee 1 Structures

CEB281 Strength of Materials

CEB551 Structural Design

CEB252 Structural Engineering

CEB352 Structural Engineering II

Pre-requisite Co-requisite CHB346 Engineering

Chemistry C [R] CEB370 Public Health BEBSOG

Engineering I Basic Ecology

[R] CEB470 Public Health

Engineering II

CEB184 Engineering MA8193 Engineering Mechanics I Mathematics

CEB184 Engineering Mechanics I

MAB193 Engineering Mathematics [R]

CEB240 Soil Mechanics I

CEB252 Structural Engineering

CEB440 Geotechnical Engineering I

CEB340 Geomechanics CEB352 Structural

Engineering MAB893 Engineering

Mathematics Ill

II CEB304 Ci vi 1

Engineering

MEB111 Dynamics [R] CSB190 Computing [R]

CEB252 Structural Engineering [R]

CEB281 Strength of Materials [R]

CSB190 Computing [R]

CEB281

MAB493

Design I Strength of Materials Engineering Mathematics II

MABB93 Engineering Mathematics Ill

SVB406 Surveying I I SVB306 Surveying I CEB313 Traffic

Engineering

CEB410 Transport Engineering

MAB493 Engineering Mathematics I I [R]

CEB313 Traffic Engineering [R]

CEB312 Highway Engineering [R]

MAB893 Engineering Mathematics Ill [R]

CEB312 Highway Engineering

Pre· and Co-requisites 185

Subject Pre-requisite Co-requisite CEB410 Trans­

portation Engineering

CEB511 Transportation Engineering I I

CEB560 Water CEB361 Hydrology CEB460 Hydraulic Engineering Engineering

II

BACHELOR OF ENGINEERING - ELECTRICAL ELECTRICAL ENGINEERING STRAND

Subject EEB574 Applied

Electronics EEB677 Applied

Electronics II

Pre-requisite EEB471 Electronics

EEB574 Applied Electronics [R]

Co-requisite

MAB295 Applied MAB193 Engineering MAB493 Engineering Mathematics Mathematics Mathematics

II [R]

EEB520 Control EEB203 Circuit EEB303 Network Engineering Analysis [R] Theory I [R]

EEB620 Control Engineering II

EEB900 Computer Aided Engineering

EEB203 Circuit Analysis

MEB1 01 Design I (Mechanical)

EEB372 Digital Electronics

EEB472 Digital Electronics II

EEB581 Electrical Design I

EEB471 Electronics MEB453 Mechanical

EEB302 Electro- Engineering techno 1 ogy [R] I I s [R]

EEB520 Control Engineering I [R]

EEB511 Linear Systems Analysis [R]

CSB490 Software Engineering

EEB1 01 Circuits and Measurements

EEB372 Digital Electronics [R]

EEB303 Network Theory I [R]

EEB401

MEB121

EEB371

EEB401 Network Theory I [R]

EEB302 Electro­technology [R]

Network Theory II [R]

Engineering Graphics Electronic Devices [R]

186 Pre· and Co-requisites

Subject _ EEB681 Electrical

Design II

EEB782 Electrical Design II I

EEB783 Electrical Design IV

EEB954 Electrical Energy Utilisation

EEB404 Electrical Machines

EEB751

EEB400

EEB552

Electrical Power Plant Ill Electrical Power Systems I

Electrical Power Systems II

EEB531 Electrical Power Transmission

EEB810 Electrical Protection

EEB471 Electronics

EEB772 Electronic Systems I

Pre-requisite EEB471 Electronics

[R] EEB520 Control

Engineering [R]

EEB510 Control Engineering I [R]

EEB620 Control Engineering I I [R]

EEB520 Control Engineering I [R]

EEB552 Electrical Power Systems II [R]

EEB652 Power

Co-requisite EEB677 Applied

Electronics II [R]

EEB741 Power Systems Analysis [R]

EEB726 Industrial Control I [R]

Electronics [R] EEB302 Electro­

technology EEB552 Electrical EEB531 Electrical

Power Transmission

Power Systems II [R]

EEB302 Electro-technology [R]

EEB404 Electrical Machines

EEB400 Electrical Power Systems

EEB511 Linear Systems Analysis [R]

EEB751 Electrical Power Plant Ill [R]

EEB741 Power Systems Analysis [R]

EEB677 Applied Electronics II [R]

EEB371 Electronic Devices [R]

Subject EEB872 Electronic

Systems II EEB820 Engineering

Management

Pre-requisite

Pre· and Co-requisites 187

Co-requisite EEB772 Electronic

Systems I [R] EEB552 Electrical

Power Systems II [R]

MEB477 Industrial Administr· ati on [R]

MAB493 Engineering MAB193 Engineering Mathematics Mathematics II

MAB893 Engineering Mathematics Ill

MAB894 Engineering Mathematics IV

PHB430 Engineering Physics IV

MAB493 Engineering Mathematics II [R]

MAB493 Engineering Mathematics II

MAB193 Engineering Mathematics [R]

PHB131 Engineering Physics I [R]

MAB295 Applied Mathematics

EEB951 High Voltage EEB531 Electrical EEB751 Electrical Power Plant Ill [R]

Power Plant Power

EEB726 Industrial Control I

EEB511 Linear Systems Analysis

MEB453 Mechanical Engineering lis

EEB303 Network Theory I

EEB401 Network Theory II

Transmission [R]

EEB552 Electrical Power Systems II [R]

EEB620 Control Engineering II [R]

EEB401 Network Theory II

CSB190 Computing PHB131 Engineering

Physics I

MAB193 Engineering Mathematics I[R]

EEB303 Network Theory I [R]

EEB652 Power EEB302 Electro-Electronics technology

MAB493 Engineering Mathematics II [R]

EEB511 Linear Systems Analysis

188 Pre- and Co~requisites

Subject Pre-requisite Co~reguisite

EEB944 Power Station Engineering

EEB7 41 Power Systems Analysis

EEB622 Process Plant

EEB781 Project (Elec Eng)

EEB785 Seminars CSB490 Software

Engineering EEB361 Signa 1 s

and Systems

EEB552 Electrical Power Systems II [R]

EEB622 Process Plant [R]

EEB531 Electrical Power Transmission [R]

EEB404 Electrical Machines

EEB520 Control Engineering I [R]

CSB190 Computing

MAB193 Engineering Mathematics [R]

EEB400 Electrical Power Systems [R]

EEB552 Electrical Power Systems II [R]

EEB751 Electrical Power Plant I II [R]

EEB620 Control Engineering II [R]

Any two of: EEB741 Power Systems

Analysis EEB751 Electrical

Power Plant Ill

EEB724 Industrial Control

EEB783 Electrical Design IV

EEB781 Project

MAB493 Engineering Mathematics II [R]

Pre· and Co-requisites 189

ELECTRONIC SYSTEMS ENGINEERING STRAND Subject EEB971 Applied

Electronics

Pre-requisite Co-requisite EEB472 Digital

Electronics II [R]

EEB573 Industrial Electronics [R]

MAB295 Applied MAB193 Engineering MAB493 Engineering Mathematics Mathematics Mathematics

MAB920 Coding and Encryption Techniques

EEB561 Communi­cations Engineering

EEB661 Communi­cations Engineering II

EEB761 Communi­cations Engineering Ill

EEB961 Communi­cations Techniques

EEB620 Control Engineering II

EEB761 Communications Engineering

MAB894 Engineering Mathematics IV

EEB361 Signals and Systems

EEB303 Network Theory I [R]

MAB493 Engineering Mathematics II [R]

EEB361 Signals and Systems

EEB661 Communications Engineering II [R]

EEB661 Communications Engineering II [R]

II [R]

EEB602 Signal Processing

EEB520 Contro 1 EEB401 Network Theory II [R]

Engineering [R]

EEB511 Linear Systems Analysis [R]

EEB522 Control EEB421 Control EEB521 Control Engineering Engineering Engineering II(T) I[R] II[R]

EEB203 Circuit Analysis

MEB101 Design I (Mechanical)

EEB101 Circuits and Measurements

MEB121 Engineering Graphics

CEB184 Engineering Mechanics I

190 Pre- and Co-requisites

Subject Pre-requisite EEB372 Digital

Electronics

Co-requisite EEB371 Electronic

Devices [R] EEB472 Digital

Electronics II

EEB572 Digital Electronics Ill

EEB672 Digital Electronics IV

EEB968 Di gi ta 1 Signal Processing

EEB371 Electronic Devices

EEB372 Digital Electronics I [R]

EEB472 Digital Electronics II [R]

EEB572 Digital Electronics Ill [R]

EEB602 Signal Processing [R]

EEB110 Electrical Engineering [R]

EEB471 Electronics EEB371 Electronic Devices [R]

EEB587 Electronic Systems Engineering Design I

EEB788 Electronic Systems Engineering Design I I

EEB887 Electronic Systems Engineering Design Ill

EEB888 Electronic Systems Engineering Design IV

EEB472 Digital EEB573 Electronics II [R]

EEB471 Electronics EEB572 [R]

EEB401 Network Theory II [R]

EEB361 Signals and Systems

EEB587 Electronic EEB521 Systems Engineering Design I [R] EEB561

EEB788 Electronic Systems Engineering Design II [R]

EEB672 Digital EEB887 Electronics IV [R]

EEB662 Microwave & Antenna Techniques (T) [R] or

EEB623 Industrial Systems I (T) [R]

At least one advanced elective

Industrial Electronics [R] Digital Electronics Ill [R]

Control Engineering II [R] CoiTITlunica­tions Engineering [R]

Electronic Systems Engineering Design I II [R]

Subject MAB493 Engineering

Mathematics II

MABB93 Engineering Mathematics Ill

MAB894 Engineering Mathematics ,IV

PHB430 Engineering Physics IV

MEBB70 Industrial

Pre- and Co-requisites 191

Pre-requisite MAB193 Engineering

Mathematics

MAB493 Engineering Mathematics [R]

MAB493 Engineering Mathematics

MAB193 Engineering Mathematics [R]

Co-requisite

II

II

PHB131 Engineering Physics I [R]

MAB295 Applied Mathematics [R]

MEB770 Industrial Administration Administration & Engineering & Engineering II I [R]

EEB621 Industrial EEB521 Control Control I Engineering

II [R] EEB722 Industrial EEB521 Control

Control II Engineering II [R]

EEB573 Industrial EEB371 Electronic Electronics Devices [R]

EEB471 Electronics EEB623 Industrial EEB521 Control EEB621 Industrial

Systems I Engineering Control I II [R] [R]

EEB931 Industrial EEB521 Control EEB722 Industrial Systems II Engineering Control II

II [R] [R] EEB972 Integrated EEB573 Industrial EEB602 Signal

Electronic Electronics Processing Techniques [R] [R]

MEB453 Mechanical PHB131 Engineering Engineering Physics I [R] lis

EEB973 Micro- EEB601 Realtime processors Computing [R] in Industry EEB672 Digital

Electronics IV [R]

192 Pre- and Co-requisites

Subject EEB662 Microwave

& Antenna Techniques(T)

EEB962 Microwave Systems Engineering

EEB303 Network Theory I

EEB401 Network Theory II

EEB789 Project

EEB601 Realtime Computing

EEB701 Seminars & Technical Cmmnuni cation

EEB602 Signal Processing

CSB490 Software Engineering

Pre-requisite Co-requisite EEBS62 Transmission

and Propagation (T) [R]

EEBS62 Transmission and Propagation (T) [R]

EEB662 Microwave and Antenna Techniques (T) [R]

MAB193 Engineering Mathematics I [R]

MAB493 Engineering Mathematics II [R]

EEB303 Network Theory I [R]

EEB361 Signals

Any three of: EEB788 EEB561 Communications

Engineering II [R]

EEB621 Industrial (EEB761 Contro 1 I [R](

EEB601 Realtime ( Computing [R](

EEB672 Digital (OR

CSB490

EEB672

EEB602

CMB108

EEB401

EEB572

MAB493

Electronics (EEB721 IV [R]

Software EEB621 Engineering [R] Digital Electronics IV [R] Signal Processing [R]

English for Technologists

Network Theory II [R] Digital Electronics Ill [R] Engineering Mathematics II [R]

CSB190 Computing [R]

and Systems Electronic Systems Engineering Design II [R] Communica­tions Engineering Ill [R]

Industrial Control I I [R] Industrial Contro 1 I [R]

Pre- and Co-requisites 193

Subject

EEB361 Signals and Systems

Pre-requisite

MAB193 Engineering f.fathematics I [R]

EEB562 Transmission PHB430 & Propagation

Engineering Physics IV [R] Telecommuni­cations [R]

(T) EEB361

Co-requisite MAB493 Engineering

Mathematics II [R]

BACHELOR OF ENGINEERING - MECHANICAL

The following list of pre- and co-requisites for the Bachelor of Engineering (Mechanical) course is strongly recommended. If students choose to deviate from these recommendations they may, but no special consideration will be given to them where di ffi cul ties arise from their disregarding those recommend­ations. This option applies only to subjects offered by the School of Mechanical and Manufacturing Engineering. Pre- and co-requisite requirements are mandatory for subjects conducted by other departments and schools.

Subject Pre-requisite Co-requisite I~EB450 Air MEB251 Thermo·

Conditioning dynamics II MEB462 Fluids I I MEBSSO Heat Transfer

MEB640 Automation MAB493 Engineering f.fathematics r 1

MEB977 Computer MEB976 Computer Control of Integrated Manufacturing Manufacturing Systems Technology

MEB1 01 Design I MEB121 Engineering (Mechanical) Graphics

CEB184 Engineering Mechanics I

MEB381 Design II MEB121 Engineering MEB230 Materials II (Mechanical) Graphics

MEB101 Design I ( Mechani ca 1 )

MEB133 Materials I CSB190 Computing CEB184 Engineering

Mechanics I MEB111 Dynamics CEB1 02 Civil

Engineering

194 Pre· and Co-requisites

Subject MEB483 Design I II

(Mechani ca 1)

MEB973 Design for Manufacture

MEB981 Design of Materials Handling Systems

MEB980 Design of Power Transmission Systems

Pre-requisite MEB121 Engineering

Graphics MEB101 Design I

(Mechanical) MEB133 Materials I CSB190 Computing CEB184 Engineering

Mechanics I MEB111 Dynamics CEB102 Civil

Engineering MEB171 Introduction

to Manu· facturing

MEB483 Design I II (Mechanical)

MEB231 Materials I II MEB411 Theory of

Machines ACB913 Costing for

Engineers MEB381 Design I I

( Mechani ca 1) MEB411 Theory of

Machines MEB313 Mechanics I

MAB493 Engineering MAB193 Engineering Mathematics Mathematics II

MAB893 Engineering Mathematics Ill

MAB493 Engineering Mathematics II [R]

MAB894 Engineering MAB493 Engineering Mathematics IV Mathematics II

CEB185 Engineering CEB184 Engineering Mechanics II Mechanics I

Co-requisite MEB411 Theory of

Machines MEB231 Materials

Ill MEB313 Mechanics

MEB511 Stress Analysis

MEB510 Noise and Vibration

MEB610 Mechanics II

MEB510 Noise and Vibration

MEB511 Stress Analysis

MEB700 Failure Analysis

MEB231 Materials I II MEB510 Noise and MEB511 Stress Vibration

Analysis ACB951 Financial

Management for Engineers

MEB911 Finite Element Analysis

MEB660 Fluid Power

ACB913 Costing for Engineers

MEB462 Fluids II MEBSSO Heat Transfer MEB610 Mechanics II MEB462 Fluids II

Pre- and Co-requisites 195

Subject Pre-requisite MEB960 Fl u i d

Systems Design MEB361 Fluids I

MEB462 Fluids II

MEB464 Fluids I I I

MEB771 Industrial Engineering II

MEB400 Industrial Visits

MEB111 PHB131

MAB193

MAB193

MEB462 MABB93

MEB670

MEB483

Dynamics Engineering Physics I Engineering Mathematics Engineering Mathematics I

Fluids II Engineering Mathematics ill Industrial Engineering

Design II I (Mechanica 1)

MEBS70 Manufacturing MEB171 Introduction I I to Manu"'

facturing MEB671 Manufacturing MEB171 Introduction

Ill to Manu­facturing

MEB230 Materials II MEB133 Materials MEB231 Materials II I MEB133 Materials MEB339 Materials

and Processes Project

MEB332 Materials Selection

MEB489 Mechanical Design Project

MEB313 Mechanics I

MEB231 Materials Ill MEB171 Introduction

to Manu-facturing

MEB231 Materials Ill

MEB483 Design I I I (Mechanical)

Elective C

CEB184 Engineering Mechanics I

MEB111 Dynamics

Co-requisite MEB464 Fluids Ill

MEB361 Fluids I MAB493 Engineering

Mathematics II

MEB670 Industrial Engineering

MEB570 Manufacturing II

MEB339 Materials and Processes Project

MEB610 Mechanics I I MEB511 Stress

Analysis

196 Pre- and Co-requisites

Subject Pre-reguisite Co-reguisite

MEB610 Mechanics II MEB411 Theory of MEBS11 Stress Machines Analysis

MAB493 Engineering MEB510 Noise and Mathematics Vibration II

MEB510 Noise and PHB131 Engineering Vibration Physics I

MAB894 Engineering Mathematics IV

ME8950 Process MEB251 Thermo .. MEB511 Stress Plant dynamics II Analysis Design MEB462 Fluids II

MEB401 Seminars MEB339 Materials and Processes Project

MEB511 Stress CEB184 Engineering MEB411 Theory of Analysis Mechanics I Machines

MEB411 Theory of MEB111 Dynamics CEB184 Engineering Machines CEB102 Civil Mechanics I

Engineering

MEB451 Thermal MEB251 Thermo-Plant dynamics II

MEB251 Thermo .. MEB250 Thermo-dynamics II dynamics

BACHELOR OF ENGINEERING BACHELOR OF APPLIED SCIENCE

(ELECTRONIC SYSTEMS AND COMPUTING) Subject

CSB311 Advanced Computer Architectures

Pre-requisite

EEB512 Digital Electronics Ill

EEB574 Digital Electronics IV

EEBS01 Advanced EEB202 Electro-Measurement & magnetics Instrument- EEB203 Circuit ation Analysis

EEB971 Applied EEB472 Digital Electronics Electronics

II [R] EEB573 Industrial

Electronics [R]

Co-requisite

Pre- and Co-requisites 197

Subject Pre-reguisite Co-reguisite MAB295 Applied MAB193 Engineering MAB493 Engineering

Mathematics Mathematics Mathematics II [R]

CSB324 Artificial CSB210 Foundations of Intelligence Computing II

EEB203 Circuit EEB1 01 Circuits and Analysis Measurements

MAB920 Coding and EEB761 Communications Encryption Engineering Techniques MAB894 Engineering

Mathematics IV

EEB561 Communi- EEB361 Signals cations and Systems Engineering EEB303 Network I Theory I [R]

EEB661 Communi- MAB493 Engineering cations Mathematics Engineering II [R] II EEB561 CoiJITluni·

cations Engineering I [R]

EEB761 Communi- EEB661 Communi-cations cations Engineering Engineering Ill II [R]

EEB961 Communi- EEB661 Communi-cations cations Techniques Engineering

II [R]

CSB201 Computer CSB101 Computer Systems II Systems I

EEB520 Control EEB203 Circuit EEB303 Network Engineering Analsyis [R] Theory I I EEB302 Electro- [R]

technology EEB401 Network [R] Theory II

[R] EEB471 Electronics MEB453 Mechanical

Engineering II s [R]

EEB620 Control EEBSZO Contro 1 EEB401 Network Engineering Engineering Theory II II I [R] [R]

EEB511 Linear Systems Analsyis [R]

198 Pre- and Co-requisites

Subject Pre-requisite CSB110 Programming

Principles

Co-requisite 158202 Database and

Procedural Languages

CSB323 Data Security

EEB761 Communications Engineering I II

EEB372 Di gi ta 1 Electronics

EEB371 Electronic Devices [R]

EEB272 Digital Pri nci p 1 es [R]

EEB472 Digital EEB372 Digital Electronics II Electronics

EEB572 Digital Electronics Ill

EEB672 Di gita 1 Electronics IV

EEB968 Digital Signal Processing

[R] EEB472 Digital

Electronics II [R]

EEB572 Di gi ta 1 Electronics II I [R]

EEB602 Signal Processing[R]

EEB371 Electronic EEB101 Circuits and Devices Measurements

EEB471 Electronics EEB371 Electronic Devices [R]

EEB587 Electronic Systems Engineering Design I

EEB472 Digital EEB573 lndustri al Electronics Digital Elec· tronics I II

EEB788 Electronic Systems Engineering Design II

EEB887 Electronic Systems Engineering Design Ill

Electronics I I [R] EEB572

EEB471 Electronics[R] EEB401 Network

Theory I I [R] EEB361 Signals

and Systems EEB587 Electronic

Systems Engineering Design I [R]

EEB761 Communi­cations Engineering Ill [R]

EEB788 Electronic Systems Engineering Design II [R]

EEB521 Contro 1 Engineering II

EEB561 Communi -cations Engineering

Subject EEB888 Electronic

Systems Engineering Design IV

EEB302 Electro-technology

MAB493 Engineering Mathematics

MAB893 Engineering Mathematics Ill

MAB894 Engineering

II

Pre· and Co-requisites 199

Pre-requisite EEB672 Digital

Electronics IV [R]

EEB662 Microwave & Antenna Techniques (T) [R] or

At least one advanced elective EEB203 Circuit

Analysis EEB202 Electro-

magnetics MAB193 Engineering

Mathematics MAB493 Engineering

Mathematics [R]

MAB493 Engineering

II

Co-requisite EEB887 Electronic

Systems Engineering Design Ill

Mathematics IV Mathematics II PHB430 Engineering

Physics IV

CSB325 Expert Systems

CSB200 Foundations of Computing I

CSB210 Foundations of Computing II

CSB321 Graphics

MAB193 Engineering Mathematics [R]

PHB131 Engineering Physics I [R]

MAB295 Applied Mathematics [R]

CSB210 Foundations of Computing II

CSB110 Programming Principles

CSB200 Foundations of Computing

CSB210

CSB212

Foundations of Computing I I Languages and Language Processing

MEB870 Industrial MEB770 Industrial Administration & Engineering I

Administration & Engineering II

EEB621 Industrial EEB521 Control Control I Engineering II

[R] EEB722 Industrial EEB521 Control

Control II Engineering II [R]

200 Pre- and Co-requisites

Subject Pre-requisite Co-requisite EEB573 Industrial EEB371 Electronic

Electronics Devices [R] EEB621 Industrial EEB623 Industrial

Systems I EEB521 Control

Engineering [R]

I I Contra 1 I [R]

EEB931 Industrial Systems II

ISB201 Information Systems Analysis & Design I

ISB210 Information Systems Analysis & Design I I

CSB212 Languages and Language Processing

EEB521 Control Engineering I I [R]

CSB1 01 Computer Systems I

158102 Representation of Information

ISB201 Information Systems Analysis & Design I

CSB200 Foundations of Computing

EEB662 Microwave & EEB562 Antenna

Transmission & Propagation (T) [R] Techniques (T)

EEB303 Network Theory I

EEB401 Network Theory II

CSB301 Operating Systems

CSB110 Programming Principles

EEB789 Project

EEB601 Rea 1 time Computing

EEB203 Circuit Analysis

MAB193 Engineering Mathematics

EEB303 Network Theory I [R]

CSB201 Computer Systems II

CSB100 Introduction to Computer Science

Any three of: EEB561 Communi­

cations Engineering I I [R]

EEB621 Industrial Control I [R]

EEB601 Realtime Computing [R]

EEB672 Di gi ta 1 Electronics IV [R]

CSB302 Software Engineering

EEB602 Signal Processing

EEB722 Industrial Control I I [R]

MAB493 Engineering Mathematics II

EEB361 Signa 1 s and Systems

Any two of: EEB788 Electronic

Systems Engineering Design II [R]

EEB761 Communi­cations Engineering Ill [R]

EEB721 Industrial Control I I [R]

EEB621 Industrial Control I

EEB672 Digital Electronics IV

Pre- and Co-requisites 201

Subject Pre-requisite Co-requisite

CSB213 Scientific Applications

EEB701 Seminars & Technical Communication

EEB602 Signal Processing

CSB302 Software Engineering

CSB320 Special Studies

EEB361 Signals and Systems

CSB110 Programming Principles

CMB108 English for Technologists

EEB401 Network Theory II [R]

EEB572 Digital Electronics Ill [R]

MAB493 Engineering Mathematics II [R]

CSB210 Foundations of Computing I I

CSB212 Languages and Language Processing

Completion of at least half of the program EEB203 Circuit MAB493

Analysis MAB193 Engineering

EEB562 Transmission PHB430 Engineering & Propagation Physics IV [R] (T) EEB361 Telecommun-

ications [R]

Engineering Mathematics II

BACHELOR OF ENGINEERING/BACHELOR OF BUSINESS (MANUFACTURING SYSTEMS

AND MANAGEMENT) Subtect Pre-requisite Co-requisite ACB211 Accounting ACB114 Accounting

for Managers for Managers II I

ACB553 Business ACB211 Accounting Finance for Managers

I MEB977 Computer MEB976 Computer

Control of Integrated Manufacturing Manuf act uri ng Systems

MNB402 Conflict Work MNB306 Management and People Functions and

Processes

202 Pre- and Co-requisites

Subject EEB520 Contro 1

Engineering I

MEB101 Design I ( Mechani ca 1)

MEB381 Design I I (Mechanical)

MEB483 Design I I I (Mechanical)

Pre-requisite EEB203 Circuit

Analysis [R] EEB302 Electro­

technology [R]

MEB121 Engineering Graphics

MEB101 Design I (Mechanical)

MEB133 Materials I CSB190 Computing CEB184 Engineering

Mechanics I MEB111 Dynamics MEB121 Engineering

Graphics MEB101 Design I

(Mechanical) MEB133 Materials I CSB190 Computing CEB184 Engineering

Mechanics I MEB111 Dynamics

MEB974 Design for M£8571 Manufacturing Manufacturing Engineering I I II

MEB975 Design of MEB976 Manufacturing Systems

MEB971

EEB472 Digital EEB372 Electronics I I

Computer Integrated Manufacturing Computer Control of Manufacturing Systems Digital Electronics

Co-requisite EEB303 Network

Theory I [R]

EEB401 Network Theory II [R]

EEB471 Electronics MEB453 Mechanical

Engineering lis [R]

MEB121 Engineering Graphics

CEB184 Engineering Mechanics I

MEB230 Materials II

MEB231 Materials Ill MEB313 Mechanics I

EEB572 Digital EEB472 Electronics

Digital Electronics I I

Ill

MA8493 Engineering MAB193 Engineering Mathematics Mathematics II

Pre- and Co-requisites 203

Subject Pre-requisite Co-requisite MEB361 Fluids MEB111 Dynamics

PHB131 Engineering Physics I

MAB193 Engineering Mathematics

MEB462 Fluids II MAB193 Engineering MEB361 Fluids I Mathematics MAB493 Engineering

Mathematics II

MEBGGO Fluid Power MEB462 Fluids II MEB771 Industrial MEB670 Industrial

Engineering II Engineering MNB632 International MNB132 Microeconomic

Economics Analysis MNB232 Macroeconomic

Analysis MNB511 International MNB406 Introductory

Marketing Marketing MNB201 Introduction MNB1 01 Applied

to Human Psychology Resource Management

MNB306 Management MNB201 Introduction to Functions and Human Resource Processes Management

MEB673 Manufacturing MEB471 Manufacturing Engineering Engineering 1 Ill

MEB230 Materials II MEB133 Materials I

MEB231 Materials Ill MEB133 Materials I MEB313 Mechanics CEB184 Engineering

Mechanics I MEB111 Dynamics

MEB510 Noise and PHB131 Engineering Vibration Physics I

MAB493 Engineering Mathematics II

MNB610 Strategic MNB512 Innovation Marketing and Marketing

Management

MEB251 Thermo- MEB250 Thermo-dynamics II dynamics I

204 Pre- and Co-requisites

BACHELOR OF APPLIED SCIENCE (SURVEYING) Subject MAB499

SVB571

Basic Statistics for Surveyors Cadastre

Pre-requisite MAB199 Survey

Mathematics [R]

SVB393 Land Surveying II I [R]

SVB412 Cartographic SVB311 Data Practice Presentation

CSB294 Computer PrograiJUiling

SVB111 Data Presentation I

SVB211 Data Presentation II

SVB311 Data Presentation Ill

II I [R]

CSB294 Computer Programming [R]

SVB111 Data Presentation

SVB111 Data Presentation I

Co-requisite

SVB121 Land Surveying [R]

SVB121 Land Surveying [R]

SVB226 Land Surveying [R]

SVB393 Land Surveying

II

Ill

CEB364 Engineering MAB199 Survey MEB221 Engineering Science II Mathematics Science I [R]

[R] CEBS04 Engineering CEB364 Engineering

Science Ill Science II [R]

SVB640 Geodesy MEB221 Engineering SVB639 Observations Science I [R] and Adjust-

PHB170 Physics for ment Ill Surveyors [R]

SVB430 Land Surveying IV [R]

SVB442 Geodetic Computations[R]

SVB694 Geodesy I I SVB640 Geodesy SVB442 Geodetic MAB795 Survey SVB430 Land

Computations Mathematics Surveying IV Ill [R]

ARB912 Graphic Design I I

SVB121 Land Surveying I

ARB911 Graphic Design I [R]

Pre· and Co-requisites 205

Subject

SVB573 Pre-requisite Co-requisite

Land SVB270 Land Administration Administration Ill I [R]

SVB670 Land Admin- SVB470 Land istration V Administration

SVB561 Land Deve 1 opment Practice I

SVB664 Land Development Practice II

II [R] SVB451 Land Studies

B [R]

SVB351 Land Studies A [R]

SVB451 Land Studies B [R]

SVB561 Land Development Practice I [R]

SVB574 Land Administration IV [R]

CEB364 Engineering Science II [R]

SVB551 Land Valuation [R]

SVB574 Land Adminis­tration IV [R]

SVB473 Land Information Systems I

CSB294 Computer SVB573 Land Adminis .. tration Ill [R]

SVB563 Land Information Systems II

SVB226 Land Surveying II

SVB393 Land Surveying Ill

Programming [R]

SVB211 Data Presentation II [R]

SVB393 Land Surveying Ill [R]

SVB473 Land Information Systems I [R]

SVB121 Land Surveying

SVB121 Land Surveying

SVB270 Land

SVB412 Cartographic Practice [R]

SVB211 Data Present .. ation II [R]

SVB311 Data Presentation Ill [R]

SVB573 Land Admin-Administration i strati on Ill I [R]

SVB430 Land SVB121 Land Surveying IV Surveying

[R] SVB431 Observations

and Adjust­Adjustment II [R]

SVB442 Geodetic Computations [R]

206 Pre- and Co-requisites

Subject Pre-requisite MAB495 Survey

Mathematics II [R]

Co-requisite SVB535 Land

Surveying V SVB430 Land

Surveying IV [R]

SVB636 Land Surveying VI

SVB551 Land Valuation

SVB121 Land Surveying I [R]

PHB170 Physics for Surveyors [R]

SVB430 Land Surveying IV [R]

SVB451 Land Studies B [R]

SVB684 Map Production Planning

SVB412 Cartographic SVB643 Photo-Practice grammetry II I

SVB331 Observations and Adjustment I

SVB443 Photo-grammetry II

MAB495 Survey MAB795 Mathematics II

MAB499 Basic Statistics for Surveyors

SVB431 Observations SVB331 and

Observations and Adjustment I Adjustment II

SV8639 Observations SVB431 Observations and and Adjustment II I Adjustment I I

SVB343 Photo- PHB170 Physics for grammetry Surveyors [R]

SVB443 Photo- SVB343 Photo- SVB431 grammetry I I grammetry

MAB795 Survey Mathematics Ill

Survey Mathematics Ill

Observations and Adjustment II

SVB643 Photo­grammetry I II

SVB443 Photo­grammetry II

SVB431 Observations and Adjustment II

SVB680 Professional SVB470 Land Practice Admi ni strati on

II [R] SVB683 Project

SVB685 Project

Successful completion of subjects totalling not less than 85 hours of weekly contact time SVB311 Data SVB443 Photo-

Presentation grammetry II Ill

SVB412 Cartographic Practice

Subject

SVB645 Remote Sensing

SVB682 Seminar II

MAB495 Survey .Mathematics II

Pre- and Co-requisites 207

Pre-requisite SVB343 Photo-

grammetry

Co-requisite

SVB282 Seminar I Successful completion of subjects totalling not less than 85 hours of weekly contact time MAB199 Survey

Mathematics

MAB795 Survey MAB495 Survey Mathematics Mathematics I I Ill

SVB634 Topics in Engineering Surveying

SVB431 Observations Adjustment II

SVB639 Observations and Adjustment Ill

ASSOCIATE DIPLOMA IN CIVIL ENGINEERING Subject CET838 Advanced

Laboratory Testing II

CET756 Building Construction Practice

CETSBS Civil Engineering Drafting

CET387 Civil Engineering Drafting A

CET785 Ci vi 1 Engineering Drawing II

Pre-requisite CET735 Advanced

Laboratory Testing I

MET141 Materials (Civil)

Co-requisite

CET286 Civil Office CET565 Road and Practice Drainage

Engineering CET286 Civil Office CET585 Civil

Practice Engineering

MET120 Engineering Drawing I

Drafting CET195 Civil

Engineering

CET802 Civil STUDENTS MUST BE IN THE FINAL YEAR OF Engineering THEIR COURSE Practice I I

CET286 Ci vi 1 Office MET120 Engineering Practice Drawing I

CET287 Civil Office CET286 Civil Office Practice A Practice

MET120 Engineering Drawing I

208 Pre· and Co-requisites

Subject Pre-requisite Co-requisite CET894 Computations SVT306 Engineering CET304 Construction

A Surveying 1 Practice lilA [R]

CET887 Computer CET286 Civil Office Aided Practice Drafting

MET920 Computer MET120 Engineering Graphics Drawing I

CET385 Civil Engineering Drawing I

CET435 Concrete CETS96 Materials Practice Spec. &

Control

CET655 Concrete and CET135 Engineering Steel Design Mechanics

CET255 Structural Mechanics

CET435 Concrete Practice

MET121 Drafting MET120 Engineering Practice lA Drawing I

CET776 Equipment CET465 Fluid Operation & Mechanics Maintenance CET365 Hydraulic

Engineering CHA140 Introductory

Chemistry 1 [R]

CET306 Field CET775 Public Health Practice lA Engineering

CET856 Formwork CET435 Concrete Design practice

CET707 Municipal CET815 Road Location Engineering and Design

CET565 Road and Drainage Engineering

CET775 Public Health Engineering

CET876 Plant CET606Construction CET776 Equipment Operation & Management Operation & Maintenance CET808 Job Maintenance

Organisation [R]

Subject CHA644 Process

Measurement Monitoring I

CHA744 Process Measurement & Monitoring II

CET777 Process Operation & Control I

CET877 Process Operation & Control II

CET797 Project I CET598 Project II

CET495 Project A CET775 Public

Health Engineering

CET565 Road and Drainage Engineering

CET815 Road Location and Design

CET645 Soi 1 Mechanics

CET708 Specifica­tions & Estimates

PreM and CoMrequisites 209

Pre·reguisite CoMreguisite CET365 Hydraulic

Engineering CET775 Public Health

Engineering [R]

CHA140 Introductory Chemistry I [R]

CHA644 Process Measurement & Monitoring I [R]

CET365 Hydraulic Engineering

CET775 Public Health Engineering [R]

CHA140 Introductory Chemistry I

CET777 Process Operation & Control

SUBJECT MUST BE IN STUDENT'S FINAL YEAR THE STUDENT MUST HAVE COMPLETED OR BE EXEMPT FROM THE FIRST FOUR SEMESTERS OF THE PART-TIME COURSE the part-time course SUBJECT MUST BE IN STUDENT'S FINAL YEAR CET365 Hydraulic

Engineering

CET815 Road Location and Design

CET645 Soil Mechanics CET365 Hydraulic

Engineering

CET135 Engineering Mechanics

CET195 Civil Engin~_~ring

SVT306 Engineering Surveying I

CET286 Civil Office Practice

210 Pre- and Co-requisites

Subject CET888 Structural

Drawing and Design

CET787 Structural Engineering Drawing

CETSSS Structural Engineering

Pre-requisite MET120 Engineering

Drawing I CET286 Civil Office

Practice

MET120 Engineering Drawing I

CET286 Civil Office Practice

CET135 Strength of Materials

MET210 Applied Mechanics I

CET195 Civil Engineering

CET255 Structural CET135 Engineering Mechanics Mechanics

CHA844 Trade Waste CET777 Process Control Operation &

Control I [R] CHA744 Process

Measurement & Monitoring I I [R]

Co-requisite CET787 Structural

Engineering Drawing

CET585 Ci vi 1 Engineering Drafting

CET655 Concrete and Steel Design

CET585 Ci vi 1 Engineering Drafting

CET655 Concrete and Steel Design

ASSOCIATE DIPLOMA IN ELECTRICAL ENGINEERING Subject Pre-reguisite Co·reguisite EET891 Advanced CST390 Computer

Computing Programming Techniques

EET678 Applied EET570 Electronics Electronics II

EETSGO Conmunica- EET350 Electrical tions Engineering Engineering Ill

EET100 Engineering Computations

EET570 Electronics II

EET460 Telecommunica-tions

EET760 Communica- EETSGO Communications tions Engineering I Engineering II

Pre- and Co-requisites 211

Subject Pre-reguisite Co-reguisite EET860 Corrmunica- EET350 Electrical

tions Engineering Technology Ill

EET570 Electronics II EET676 Di gita 1

Electronics EET690 Computer CST390 Computer

Organisation Programming EET791 Computer CST390 Computer

Programming II Programming EET420 Control EET111 Electrical

Systems I Engineering EET211 Electrical

Engineering II

EET522 Control EET420 Control Systems II Systems I

EET880 Design Major subjects in major modules 1(d) selected modules and 2(d)

EET676 Digital EET111 Electrical EET350 Electrical Electronics Engineering Engineering

EET211 Electrical Ill Engineering EET270 Electronics II

EET100 Engineering Computations

MET123 Electrical MET120 Engineering Engineering Drawing I Drawing lA

MET223 Electrical MET120 Engineering MET220 Engineering Engineering Drawing I [R] Drawing II Drawing I lA

EET211 Electrical EET111 Electrical Engineering Engineering II I

EET350 Electrical EET211 Electrical Engineering Engineering Ill II

EET650 Electrical EET350 Electrical Equipment Engineering

Ill

EET642 Electrical EET350 Electrical Power Systems Engineering I Ill

EET270 Electronics EET111 Electrical EET211 Electrical I Engineering Engineering

I II EET100 Engineering

Computations

212 Pre- and Co-requisites

Subject Pre-requisite Co-requisite EET570 Electronics EET270 Electronics

II I EET211 Electrical

Engineering II

EET100 Engineering Computations

EET870 Industrial EET570 Electronics Electronics II

EET590 Micro .. CST390 Computer processor Programming Systems I

EET676 Digital Electronics

EET720 Modern EET420 Control EET522 Control Control Systems I Systems II Technology [R] [R]

EET840 Substations EET350 Electrical and Engineering Protection Ill Systems

EET460 Telecomm- EET211 Electrical EET676 Digital unications Engineering Electronics

II EET270 Electronics EET100 Engineering I

Computations EET753 Testing and EET350 Electrical

Commissioning Engineering Techniques Ill

EET737 Transmission EET350 Electrical & Propagation Engineering

II EET460 Telecomm-

unications EET100 Engineering

Computations EET309 Workshop EET400 Electrical

(Elec.) lilA Engineering [R]

EET409 Workshop EET470 Electronics (Elec.) IVA [R]

MET475 Workshop MET175 Workshop (Mech.) lilA (Mech.) lA

Pre· and Co-requisites 213

ASSOCIATE DIPLOMA IN MECHANICAL ENGINEERING The following list of pre· and co-requisites for the Associate Diploma in Mechanical Engineering is strongly recommended. If students choose to deviate from these recommendations they may, but no special consideration will be given to them where di ffi cul ties arise from their disregarding those recommend­ations. This option applies only to subjects offered by the School of Mechanical and Manufacturing Engineering. Pre- and co-requisite requirements are mandatory for subjects conducted by other departments and schools.

Subject MET352 Air

Conditioning and Refrigeration

MET920 Computer Aided Design and Drafting

EET420 Control Systems

MET121 Drafting Practice lA

MET221 Drafting Practice IIA

MEB111 Dynamics

EET211 Electrical Engineering II

EET350 Electrical Engineering Ill

METSSO Energy Management

MET220 Engineering Drawing I I

MET320 Engineering Drawing Ill

Pre .. regui site MET250 Thermo-

dynamics

MET120 Engineering Drawing I

MET220 Engineering Drawing II

EET111 Electrical Engineering I

EET211 Electrical Engineering II

Co-requisite

MET120 Engineering Drawing I

MET220 Engineering Drawing II

Approval of Head of School of Mechanical and Manufacturing Engineering EET111 Electrical

Engineering I

EET211 Electrical Engineering II

MET120 Engineering Drawing I

MET120 Engineering Drawing I

MET220 Engineering Drawing I I

EETSOO Electrical Technology I

MET250 Thermo­dynamics

214 Pre- and Co-requisites

Subject MET420 Engineering

Drawing IV

MET433 Engineering Materials II

MAB193 Engineering Mathematics I

PHB131 Engineering Physics I

MET961 F1 ui d Mechanics

MET733 Industrial Metallurgy

MET782 Jig & Tool Design

MET580 Machine Elements

MET680 Machine Elements II

MET421 Mechanical Project lA

MET511 Noise, Stress and Vibration Practice

MET350 Process Engineering

MET572 Production Planning and Control

MAA251 Statistics and Data Processing

MET902 Sugar Mill

Pre-requisite MET120 Engineering

Drawing I MET220 Engineering

Drawing II

Co-requisite

MET140 Engineering Materials I

Approval of Head of School of Mechanical and Manufacturing Engineering

Approval of Head of School of Mechanical and Manufacturing Engineering MET560 Thermofluids

MET433 Engineering Materials II

MET171 Introduction to Manu­facturing

MET210 Applied Mechanics I

MET120 Engineering Drawing I

MET220 Engineering Drawing II

METSBO Machine Elements

MET221 Drafting Practice IIA

MET250 Thermo­dynamics

MET171 Introduction to Manu­facturing

MET210 Applied Mechanics I

MET310 Applied Mechanics II

Approval of Head of School of Mechanical and Manufacturing Engineering

MET901 Sugar Mill Technology II Technology

Pre· and Co-requisites 215

ASSOCIATE DIPLOMA IN CARTOGRAPHY

Subject Pre""reguisite SVT511 Cad Systems SVT991 Computer

Graphics SVY315 Cartographic SVT115 Cartographic

Computations Computations II

SVT991 ~omputer Graphics

SVT992 Computer Graphics I I

SVT513 Digital Mapping

SVT315 Cartographic Computations II

SVT991 Computer Graphics

SVT443 Photo· grammetry Ill

SVT642 Map SVT115 Cartographic Projections Computations

SVT742 Map SVT642 Map Projections II Projections

SVT343 Photo· SVT243 Photo-grammetry II grammetry I

SVT623 Project Mapping

SVT222 Survey Drafting

SVT714 Cartographic Drafting lA

SVT814 Cartographic Drafting I lA

SVT815 Cartography II

SVT915 Cartography Ill

SVT115 Cartographic Computations II

SVT343 Photo· grammetry II

SVT113 Introductory Cartography

SVT916 Cartography SVT991 Computer IV Graphics

SVT942 Computer SVT991 Computer Graphics I I Graphics

EET790 Computer Programming

Co-requisite

SVT315 Cartographic Computations II

SVT443 Photo· grammetry Ill

SVT815 Cartography II

SVT815 Cartography II

SVT715 Cartography

SVT815 Cartography II

SVT915 Cartography Ill

216 Pre- and Co-requisites

Subject Pre-requisite Co-requisite

SVT313 Drafting SVT212 Drafting Practice Ill Practice II

SVT512 Drafting SVT313 Drafting Practice IliA Practice Ill

SVT612 Drafting SVT313 Drafting Practice IVA Practice Ill

SVT641 Geodesy SVT541 Spherical Trigonometry & Astronomy

SVT542 Map SVT541 Spherical Projections Trigonometry

& Astronomy

SVT842 Map SVT742 Map ·Projections II Projections

SVT643 Map SVT542 Map Projections lA Projections

SVT843 Map SVT842 Map Projections IIA Projections

II SVT343 Photo"' SVT243 Photo-

grammetry II gramrnetry SVT443 Photo- SVT343 Photo-

grammetry Ill grammetry II SVT945 Remote SVT343 Photo-

Sensing grammetry II SVT813 Reprographic SVT815 Cartography II

Processing A

Schedule of Subjects Offered within the Faculty of Engineering

8

218 Schedule of Subjects

SCHEDULE OF SUBJECTS OFFERED WITHIN THE FACULTY OF ENGINEERING

Coding System

The subject code is in the form XXX999. The first two char· acters indicate the Department or School administering the subject.

AC Accountancy AR Architecture and Industrial Design BE Biology and Environmental Science CE Civil Engineering CH Chemistry CM Communication CS Computing Science EE Electrical and Electronic Systems Engineering EN Faculty of Engineering ES Applied Geology IF Inter Faculty IN Information Technology IS Information Systems LP Planning and Landscape Architecture LW Law MA Mathematics ME Mechanical and Manufacturing Engineering MN Management PH Physics SV Surveying

The third character indicates the level of the course in which the subject is taught.

N Master's Degree B Bachelor's Degree C Certificate P Postgraduate Diploma S Special Subject T Associate Diploma

The three numerals identify the subjects within a course.

The courses in which the subjects appear are listed in the right hand column.

Schedule of Subjects 219

ACB114 Accounting for Managers I

ACB211 Accounting for Managers II ACB373 Introductory Legal Studies ACB455 Personal and Corporate Finance ACBS53 Business Finance AC8853 International Finance ACB913 Costing for Engineers

I FJ237 MEJ237 I FJ237 CEJ156,EEJ157,MEJ15B I FJ237 I FJ237 MEJ15B

ACB951 Financial Management for ACP213 Quality Cost Analysis

Engineers MEJ15B

ARB911 Graphic Design I ARB912 Graphic Design I I BEB506 Basic Ecology

CEB102 Civil Engineering CEB184 Engineering Mechanics

CEB185 Engineering Mechanics II

CEB192 Vacation Practice 1 CEB201 Steel Structures CEB202 Concrete Structures CEB231 Concrete Technology CEB240 Soil Mechanics I CEB241 Soil Mechanics II CEB252 Structural Engineering CEB260 Fluid Mechanics CEB2B1 Strength of Materials CEB291 Civil Engineering Materials CEB292 Vacation Practice I I

CEB304 Civil Engineering Design I CEB305 Construction Management and

Economics CEB312 Highway Engineering CEB313 Traffic Engineering CEB340 Geomechanics CEB352 Structural Engineering I I

CEB360 Hydraulic Engineering I CEB361 Hydrology

I FM242 SVJ159 SVJ159 CEJ156 CEJ156,EEJ157,MEJ15B CEJ156,EEJ157,MEJ15B I FJ237

CEJ156,MEJ15B CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156

CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156

220 Schedule of Subjects

CEB364 Engineering Science II CEB370 Public Health Engineering CEB390 Engineering Investigation and

Reporting

CEB392 Vacation Practice I I I

CEB401 Design Project CEB403 Professional Practice CEB404 Field Trip CEB405 Civil Engineering Design II CEB410 Transport Engineering I CEB430 Building Construction

CEB440 Geotechnical Engineering CEB460 Hydraulic Engineering I I

CEB470 Public Health Engineering I I CEB491 Project (Civil) CEBSOO Construction Engineering CEB501 Civil Engineering Practice CEB504 Engineering Science I II

CEB511 Transport Engineering I 1

CEB521 Civil Engineering Systems CEB530 Concrete Design

CEB531 Masonry Design

CEB540 Geotechnical Engineering I I

CEBSSO Finite Element Methods CEB551 Structural Design CEB552 Advanced Structural Analysis

CEB554 Advanced Steel Design CEB560 Water Engineering

CEB561 Coastal Engineering CEB570 Public Health Engineering I I I CEB571 Environmental Engineering CEP107 Construction Management and

Economics CEP108 Municipal Law and Regulation CEP122 Municipal Planning Principles CEP124 Municipal Planning Applications CEP215 Advanced Traffic Management

SVJ159 CEJ156

CEJ156

CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 SVJ159 CEJ156 CEJ156 CEJ156 CEJ156

CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEJ156 CEM213

CEM213 CEM213 CEM213 CEM213

Schedule of Subjects 221

CEP130 Engineering Management CEM213 CEP172 Water Quality Engineering CEM213

CEP200 Process Modelling CEM213 CEP210 Municipal Traffic Engineering CEM213

CEP211 Roadworks Practice CEM213 CEP214 Transport Engineering I CEM213

CEP216 Transport Engineering I I CEM213 CEP273 Water and Wastewater Treatment CEM213

CEP274 Water and Wastewater Treatment II CEM213

CEP275 Solid Waste Disposal CEM213

CEP310 Urban Transportation Planning CEM213 CEP361 Urban Drainage CEM213

CEP375 Industrial Liquid Wastes CEM213

CEP380 Water Supply and Sewerage CEM213 CEP490 Municipal Engineering Practice CEM213

CET135 Engineering Mechanics CEL187

CET195 Civil Engineering I CEL187

CET235 Laboratory Practice A CEL187 CET255 Structural Mechanics CEL187 CET286 Civil Office Practice CEL187 CET287 Civil Office Practice A CEL187 CET306 Field Practice lA CEL187 CET365 Hydraulic Engineering CEL187 CET387 Civil Engineering Drafting A CEL187

CET405 Field Practice I lA CEL187

CET435 Concrete Practice CEL 187 CET495 Project A CEL187 CET565 Road and Drainage Engineering CEL187

222 Schedule of Subjects

CET585 Civil Engineering Drafting CET598 Project II CET606 Construction Management CET645 Soil Mechanics I CET655 Concrete and Stress Design

CET703 Civil Engineering Practice CET704 Civil Construction Practice CET707 Municipal Engineering CET708 Specifications and Estimates CET709 Safety and Industrial Relations CET735 Advanced Laboratory Testing I CET756 Building Construction Practice CET775 Public Health Engineering CET776 Equipment Operation & Maintenance CET777 Process Operation and Control I CET797 Project I CET802 Civil Engineering Practice II CET815 Road Location and Design CET837 Laboratory Practice CETB38 Advanced Laboratory Testing I I CET856 Formwork Design CET876 Plant Operation and Maintenance CET877 Process Operation and Control II CETBB7 Computer Aided Drafting CET888 Structural Drawing and Design CETB94 Computations A CHA140 Introductory Chemistry I CHA644 Process Measurement and

Monitoring I CHA744 Process Measurement and

Monitoring II

CHAB44 Trade Waste Control CHB344 Engineering Chemistry M CHB346 Engineering Chemistry C CHS200 Chemistry CMA199 Professional Communication

Techniques

CEL187 CEL187 CEL187 CEL187 CEL187

CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187

CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187 CEL187

CEL187

CEL187 CEL187 MEJ158 CEJ156 ENS200

SVL212

Schedule of Subjects 223

CMB105 Communication in Business CMB10B English for Technologists

CMB136 Technical Writing

CSA165 Computing CSB100 Introduction to Computer Science

CSB101 Computer Systems I CSB110 Programming Principles CSB190 Computing

CSB200 Foundations of Computing CSB201 Computer Systems I I CSB210 Foundations of Computing II CSB212 Languages and Language Processing

CSB213 Scientific Applications CSB294 Computer Programming CSB301 Operating Systems CSB302 Software Engineering CSB311 Advanced Computer Architectures CSB320 Special Studies CSB321 Graphics CSB323 Data Security CSB324 Artificial Intelligence CSB325 Expert Systems CSB490 Software Engineering CSP690 Package Development CSP790 Data Base CSS090 Computing W

CST390 Computer Programming EEB101 Circuits and Measurement EEB202 Electromagnetics EEB203 Circuit Analysis

EEB206 Vacation Practice EEB209 Electrical Engineering I I M EEB272 Digital Principles EEB273 Microcomputers in Engineering

IFJ237 CEJ156,1FJ222,EEJ157

MEJ158 MEJ158 MEL189 I FJ222 IFJ222 IFJ222 CEJ156,EEJ157,MEJ158 IFJ237

I FJ222 I FJ222 I FJ222 I FJ222 I FJ222 SVJ159 I FJ222 I FJ222 I FJ222 I FJ222 I FJ222

IFJ222 I FJ222, I FJ237 I FJ222, I FJ237 EEJ157 EEM230 EEM230 ENS200 EEL188 I FJ237, I FJ222 IFJ237,1FJ222,EEJ157 IFJ222,EEJ157

EEJ157 MEJ158 I FJ222,EEJ157 CEJ156,MEJ158

224 Schedule of Subjects

EEB302 Electrotechnology

EEB303 Network Theory I EEB361 Signals and Systems

EEB371 Electronic Devices

EEB372 Digital Electronics

EEB400 Electrical Power Systems

EEB401 Network Theory I I EEB404 Electrical Machines EEB406 Vacation Practice I I

EEB471 Electronics EEB472 Digital Electronics I I EEBS01 Advanced Measurement and

Instrumentation EEB511 Linear System Analysis EEB520 Control Engineering I

EEB522 Control Engineering II (T) EEB531 Electrical Power Transmission

EEB552 Electrical Power Systems I I EEB561 Communications Engineering I

EEB562 Transmission and Propagation (T} EEB572 Digital Electronics I I I EEB573 Industrial Electronics EEB574 Applied Electronics I EEB581 Electrical Design I EEB587 Electronic Systems Engineering

Design I

EEBGOO Starting a Technology Based Business

EEB601 Realtime Computing

EEB602 Signal Processing

EEB606 Vacation Practice 1 II

EEB620 Control Engineering I I

EEB621 Industrial Control I EEB622 Process Plant EEB623 Industrial Systems (T)

I FJ222,EEJ157 I FJ222,EEJ157 I FJ222,EEJ157 I FJ222,EEJ157 IFJ222,EEJ157,1FJ237 EEJ157 I FJ222,EEJ157 EEJ157 EEJ157 I FJ222,EEJ157 IFJ222,EEJ157,1FJ237

IFJ222,EEJ157 EEJ157 IFJ237,1FJ222,EEJ157 EEJ157 EEJ157 EEJ157 IFJ222,EEJ157 I FJ222,EEJ157 IFJ222,EEJ157,1FJ237 I FJ222,EEJ157 EEJ157 EEJ157 IFJ222,EEJ157

CEJ156,EEJ157,MEJ158 I FJ222,EEJ157, I FJ222,EEJ157 EEJ157 I FJ222,EEJ157 IFJ222,EEJ157 EEJ157 I FJ222,EEJ157

Schedule of Subjects 225

EEB652 Power Electronics EEJ157

EEB661 Communications Engineering I I IFJ222,EEJ157

EEB662 Microwave and Antenna Techniques (T) IFJ222,EEJ157

EEB672 Digital Electronics IV IFJ222,EEJ157 EEB677 Applied Electronics II EEJ157

EEB681 Electrical Design II EEJ157 EEB701 Seminars and Technical

Communication IFJ222,EEJ157 EEB722 Industrial Control II IFJ222,EEJ157 EEB724 Industrial Control EEJ157 EEB741 Power System Analysis EEJ157 EEB751 Electrical Power Plant I I I EEJ157 EEB761 Communications Engineering I I I

EEB772 Electronic Systems I EEB781 Project (Electrical Engineering) EEB782 Electrical Design II I EEB783 Electrical Design IV EEB785 Seminars EEB788 Electronic Systems Engineering

Design Ill EEB789 Project (Electronic Systems

Engineering)

EEB810 Electrical Protection

EEB820 Engineering Management

EEB872 Electronic Systems I I EEB887 Electronic Systems Engineering

Design I I I

EEB888 Electronic Systems Engineering Design IV

EEB900 Computer Aided Engineering

EEB901 Vacation Practice I

EEB902 Vacation Practice I I

EEB903 Vacation Practice I I I EEB931 Industrial Systems I I EEB944 Power Station Engineering

EEB951 High Voltage Power Plant EEB954 Electrical Energy Utilisation EEB961 Communications Techniques EEB962 Microwave Systems Engineering

IFJ222,EEJ157 EEJ157 EEJ157 EEJ157 EEJ157 EEJ157

I FJ222,EEJ157

IFJ222,EEJ157 EEJ157 EEJ157 EEJ157

I FJ222,EEJ157

I FJ222,EEJ157 EEJ157 I FJ222 I FJ222 I FJ222 IFJ222,EEJ157 EEJ157 EEJ157 EEJ157 I FJ222 ,EEJ157 IFJ222,EEJ157

226 Schedule of Subjects

EEB967 Digital Communication EEJ157 EEB968 Digital Signal Processing IFJ222,EEJ157 EEB971 Applied Electronics I FJ222,EEJ157 EEB972 Integrated Electronic Techniques EEJ222, EEJ157 EEB973 Microprocessors in Industry EEJ222,EEJ157 EEC790 Computer Programming I SVC209 EEP113 Realtime Systems EEM230 EEP114 Algorithm Development EEM230 EEP115 Programming Tutorial EEM230 EEP116 Advanced Process Control EEM230 EEP117 Power Electronics Applications EEM230 EEP118 Numerical Control and Robotics EEM230 EEP119 Data Acquisition and Control

Systems EEM230 EEP120 Multiple Computer Systems EEM230 EEP121 Advanced Computer Technology EEM230 EET100 Electrical Engineering

Computations EEL188 EET111 Electrical Engineering I EEL188,MEL189 EET211 Electrical Engineering II EEL188 ,MEL189 EET270 Electronics I EEL188 EET305 Workshop (Elec) lA EEL188 EET309 Workshop (Elec) IliA EEL188 EET350 Electrical Engineering II EEL188 ,MEL 189 EET405 Workshop (Elec) IIA EEL188 EET409 Workshop (Elec) IVA EEL188 EET420 Control Systems I EEL188, MEL189 EET460 Telecommunications EEL188 EET490 Computer Packages EEL188 EETSOO Electrical Technology EEL188 ,MEL 189 EET529 Instrument Practice A EEL188 EET560 Corrmunications Engineering EEL188 EET570 Electronics I I EEL188 EET590 Microprocessor Systems EEL188 EET642 Electrical Power Systems EEL188 EET650 Electrical Equipment EEL188 EET676 Digital Electronics EEL188 EET678 Applied Electronics EEL1S8

EET690 Computer Organisation EET720 Modern Control Technology EET737 Transmission and Propagation EET753 Testing and Commissioning

Techniques EET760 Communications Engineering I I

EET790 Ccmputer Programming I EET791 Computer Programming II

EET840 Substations and Protection Systems

EET860 Communications Technology EET880 Design EET891 Advanced Computing Techniques ENB103 General Elective ENS100 Engineering Skills ENT100 Industrial Employment ENT200 Industrial Employment II

ENT300 Industrial Employment I II ENT400 Industrial Employment IV ENTSOO Industrial Employment V ENT600 Industrial Employment VI ENT700 Industrial Employment VI I ENT800 Industrial Employment VI II ESB519 Geology

Schedule of Subjects 227

EEL188 EEL188 EEL188

EEL188 EEL188 CEL187,EEL188,SVL212

EEL188

EEL188 EEL188 EEL188 EEL188 CEJ156,EEJ157,MEJ158 ENS200 CEL187,EEL188,MEL189 CEL187,EEL188,MEL189

CEL187,EEL188,MEL189 CEL187,EEL188,MEL189 CEL187,EEL188,MEL189 CEL187,EEL188,MEL189 CEL187,EEL188,MEL189 CEL187,EEL188,MEL189 CEJ156

EST219 Engineering Geology CEL187 INB125 Computing Practice lA IFJ222 INB130 Computing Practice IB IFJ222 INB180 Computing Practice I IB IFJ222 INB225 Computing Practice II lA IFJ222 INB275 Computing Practice IVA IFJ222 INB281 Computing Practice IVB IFJ222 IFP222 Project IFM242

INB270 Data Communications IFJ237 IS8102 Representation of Information IFJ222

158201 Information Systems Analysis and Design I IFJ222

158202 Database and Procedural Languages IFJ222 ISB210 Information Systems Analysis and

Design II IFJ222

228 Schedule of Subjects

158393 Computer Based Information Systems

ISP380 Quality Information Systems

MAA251 Statistics and Data Processing

MAB193 Engineering Mathematics I

MAB199 Survey Mathematics I

MAB295 Applied Mathematics

MAB493 Engineering Mathematics II MAB495 Survey Mathematics I I

MAB499 Basic Statistics for Surveyors MAB795 Survey Mathematics Ill

MAB893 Engineering Mathematics I II

MAB894 Engineering Mathematics IV

MAB920 Coding and Encryption Techniques MAP111 Statistical Methods in Quality MAP121 Statistical Process Control MAP211 Sampling Procedures MAP221 Quality Problem Solving

Techniques

MAS091 Mathematics MEB101 Design I (Mechanical)

MEB111 Dynamics

MEB121 Engineering Graphics

MEB133 Materials I

MEB171 Introduction to Manufacturing

MEB200 Vacation Practice I

MEB221 Engineering Science

MEB230 t4aterials II MEB231 Materials I II MEB250 Thermodynamics

CEJ156,EEJ157,MEJ158 IFM242 MEL189 CEJ156,1FJ222,EEJ157 MEJ158,1FJ237,1FJ222 CEL189,EEL188,MEL189

SVJ159 I FJ222,EEJ157 CEJ156,1FJ222,EEJ157 MEJ158,1FJ237 SVJ159 SVJ159 SVJ159 CEJ156,1FJ222,EEJ157 MEJ158 IFJ222,EEJ157,MEJ158 IFJ222,EEJ157 IFM242 I FM242 IFM242

IFM242 ENS200 CEJ156,EEJ157,MEJ158 IFJ237

CEJ156,EEJ157,MEJ158 I FJ237

CEJ156,EEJ157,MEJ158 I FJ237

CEJ156,EEJ157,MEJ158 I FJ237

IFJ237,CEJ156,EEJ157 MEJ158

MEJ158 SVJ159 MEJ158,1FJ237 MEJ158, IFJ237 MEJ158, I FJ237

Schedule of Subjects 229

ME8251 Thermodynamics II MEB270 Industrial Experience

MEB300 Vacation Practice I I

MEB313 Mechanics I MEB332 Materials Selection MEB339 Materials and Processes Project MEB361 Fluids I MEB381 Design I I (Mechanical)

MEB400 Industrial Visits MEB401 Seminars

MEB402 Vacation Practice I II MEB409 Project (Mechanical) MEB411 Theory of Machines MEB450 Air Conditioning MEB451 Thermal Plant M£8453 Mechanical Engineering I Is MEB462 Fluids I I

MEB463 Tribology MEB464 Fluids I I I MEB470 Industrial Experience I I

M£8471 Manufacturing Engineering

M£8477 Industrial Administration MEB483 Design I I I (Mechanical) MEB489 Mechanical Design Project MEB510 Noise and Vibrations MEB511 Stress Analysis

MEBSSO Heat Transfer MEB570 Manufacturing I I

M£8571 Manufacturing Engineering I I

MEB600 Industrial Experience II I MEB610 Mechanics I I MEB640 Automation MEB660 Fluid Power M£8670 Industrial Engineering MEB671 Manufacturing I I I M£8673 Manufacturing Engineering I I I

M£8700 Failure Analysis

MEB770 Industrial Administration and Engineering I

MEJ158, I FJ237 I FJ237 MEJ158 MEJ158, IFJ237 MEJ158 MEJ158 MEJ158, IF J237 MEJ158, I FJ237

MEJ158 MEJ158 MEJ158

MEJ158 MEJ158 MEJ158, MEJ158, EEJ157 MEJ158, IF J237

MEJ158, I FJ237 MEJ158 I FJ237 I FJ237 EEJ157 MEJ158, IF J237 MEJ158 MEJ158, I FJ237 MEJ158 MEJ158 MEJ158, I FJ237 I FJ237 I FJ237 MEJ158 MEJ158 MEJ158, I FJ237 MEJ158, I FJ237 MEJ158 I FJ237 MEJ158

I FJ222,EEJ157

230 Schedule of Subjects

MEB771 Industrial Engineering II MEB773 Design for Manufacturing I MEB870 Industrial Administration and

Engineering II MEB900 Manufacturing Project

MEB911 Finite Element Analysis MEB950 Process Plant Design MEB960 Flu;d Systems Des;gn MEB973 Design for Manufacture MEB974 Design for Manufacturing II MEB975 Design of Manufacturing Systems

MEB976 Computer Integrated Manufacturing Technology

MEB977 Computer Control of Manufacturing Systems

MEB978 Manufacturing Systems Engineering MEB980 Design for Power Transmission

Systems

MEB981 Design for Materials Handling Systems

MEP173 Qual;ty Control Plann;ng MEP273 Quality Measurement and Testing MEP371 Reliability & Maintainability

of Qual;ty Systems MEP473 Quality Systems and Assessment MET101 Engineering Drawing MET120 Engineering Drawing I

MET121 Drafting Practice lA MET123 Electrical Engineering Drawing lA

MET140 Eng;neer;ng Mater;als I MET141 Materials (Civil) MET170 Manufacturing Technology

MEJ158, IFJ237 I FJ237

I FJ222,EEJ157 IFJ237 MEJ158 MEJ158 MEJ158 MEJ158 I FJ237 I FJ237

I FJ237 ,MEJ158

I FJ237 ,MEJ158 IFJ237,MEJ158

MEJ158

MEJ158 IFM242 IFM242

IFM242 IFM242 EEL188 CEL187 ,MEL189 CEL187, MEL 189 EEL188 MEL189 CEL187 MEL189

Schedule of Subjects 231

MET171 Trade Training lA MET175 Workshop (Mech.) lA MET201 Applied Mechanics MET210 Applied Mechanics I MET220 Engineering Drawing I I MET221 Drafting Practice I lA

MEL189 EEL188 EEL188 MEL189 MEL189 MEL189

MET223 Electrical Engineering Drawing I lA EEL188 MET250 .Thermodynamics MET271 Trade Training I lA MET310 Applied Mechanics I I MET320 Engineering Drawing I II

MEL189 MEL189 MEL189 MEL189

MET350 Process Engineering MEL189 MET352 Air Conditioning and Refrigeration MEL189 MET420 Engineering Drawing IV MEL189 MET421 Mechanical Project lA MET433 Engineering Materials I I

MET475 Workshop (Mech.) II lA

MET511 Noise, Stress and Vibration Practice

MET560 Thermofluids MET572 Production Planning and Control

MET573 CAD/CAM Technology MET580 Machine Elements I

MEL189 MEL189 EEL188

MEL189 MEL189 MEL189

MEL189 MEL189

MET600 Materials for Electrical MET601 Mechanical Plant

Engineers EEL188

EEL188 MET650 Plant Engineering lA MET680 Machine Elements I I MET733 Industrial Metallurgy MET782 Jig and Tool Design MET850 Energy Management MET901 Sugar Mill Technology I MET902 Sugar Mill Technology II

MEL189 MEL189 MEL189 MEL189 MEL189 MEL189 MEL189

MET920 Computer Aided Design and Drafting MEL189 MET933 Industry Tribology MEL189 MET940 Mechanical Measurements

MET960 Fluid Power MET961 Fluid Mechanics MET971 Industry Practice

MEL189 MEL189

MEL189 MEL189

232 Schedule of Subjects

MNB002 Psychology for Engineers MNB004 Management MNB043 Industrial Management MNB101 Applied Psychology MNB132 Microeconomic Analysis MNB207 Introduction to Human Resource

Management

MNB232 Macroeconomic Analysis MNB306 Management Functions and

Processes

MNB309 Export Management

MNB402 Conflict, Work and People MNB406 Introductory Marketing MNB511 International Marketing MNB512 Innovation and Marketing

Management

MNB601 Corporate Strategy and Policy MNB610 Strategic Marketing MNB611 Marketing Project MNB632 International Economics MNP107 Small Business Management MNP108 Industrial Management MNP112 Quality System Management MNP123 Human Factors in Quality MNP218 Economic Analysis MNP510 Local Government Administration

PHB131 Engineering Physics I

PHB170 Physics for Surveyors PHB430 Engineering Physics IV PHS021 Physics SVB111 Data Presentation SVB121 Land Surveying I SVB199 Vacation Practice SVB211 Data Presentation I I

SVB226 Land Surveying I I SVB270 Land Administration I

CEL156,EEJ157,MEL158 CEJ156,EEJ157 MEJ158 I FJ237 I FJ237

IFJ237

I FJ237

I FJ237

IFJ237 IFJ237 I FJ237 I FJ237

IFJ237

I FJ237 I FJ237 I FJ237 I FJ237 IFJ237 MEM203 IFM242 I FM242 IFM242 CEM213 CEJ156,1FJ222,EEJ157 MEJ158,1FJ237,MEL189 EEL188, CEL187 SVJ159 IFJ222,EEJ157 ENS200 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159 SVJ159

Schedule of Subjects 233

SVB282 Seminar I SVJ159 SVB299 Vacation Practice II SVJ159 SVB306 Surveying I CEJ156

SVB311 Data Presentation Ill SVJ159 SVB331 Observations and Adjustment SVJ159 SVB343 Photogrammetry I SVJ159 SVB351 Land Studies A SVJ159 SVB399 Vacation Practice Ill SVJ159

SVB393 Land Surveying I I I SVJ159 SVB406 Surveying I I CEJ156

SVB412 Cartographic Practice SVJ159 SVB430 Land Surveying IV SVJ159 SVB431 Observations and Adjustment II SVJ159 SVB442 Geodetic Computations SVJ159

SVB443 Photogrammetry I I SVJ159 SVB451 Land Studies B SVJ159 SVB470 Land Administration II SVJ159

SVB473 Land Information Systems SVJ159

SVB535 Land Surveying V SVJ159

SVB551 Land Valuation SVJ159 SVB561 Land Development Practice I SVJ159 SVB563 Land Information Systems II SVJ159 SVB571 Cadastre SVJ159 SVB573 Land Administration II I SVJ159 SVB574 Land Administration IV SVJ159

SVB634 Topics in Engineering Surveying SVJ159 SVB636 Land Surveying VI SVJ159 SVB639 Observations and Adjustment Ill SVJ159 SVB640 Geodesy SVJ159 SVB643 Photogrammetry I I I SVJ159 SVB645 Remote Sensing SVJ159 SVB664 Land Development Practice II SVJ159 SVB670 Land Administration V SVJ159 SVB680 Professional Practice SVJ159 SVB682 Seminar II SVJ159 SVB683 Project SVJ159

234 Schedule of Subjects

SVB684 Map Production Planning SVB685 Project SVB694 Geodesy I I SVT113 Introductory Cartography SVT115 Cartographic Computations

SVT212 Drafting Practice I I SVT222 Survey Drafting

SVT225 Surveying SVT243 Photogrammetry I SVT306 Engineering Surveying SVT312 Drafting Practice I lA SVT313 Drafting Practice I I I SVT343 Photogrammetry II SVT352 Land Studies SVT443 Photogrammetry II I SVT471 Land Laws and Regulations

SVT512 Drafting Practice I I lA SVT541 Spherical Trigonometry and

Astronomy SVT542 Map Projections I SVT612 Drafting Practice IVA SVT641 Geodesy SVT643 Map Projections lA SVT714 Cartographic Drafting lA SVT715 Cartography I SVT813 Reprographic Processing A SVT814 Cartographic Drafting I lA SVT815 Cartography I I SVT842 Map Projections II SVT843 Map Projections I lA SVT915 Cartography I II SVT916 Cartography IV

SVT945 Remote Sensing SVT991 Computer Graphics

SVT992 Computer Graphics I I

SVJ159 SVJ159 SVJ159

SVL212 SVL212 SVL212 SVL212

SVL212 SVL212 CEL187 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212

SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212 SVL212

Prizes and Awards

9

236 Prizes

PRIZES AND AWARDS

The majority of prizes awarded to students in the Faculty of Engineering are determined on the basis of excellence in subjects nominated by the prize donor, and students do not apply for the awards. However, a few prizes do require students to apply to be considered. These prizes are denoted by an asterisk(•).

Applied Micro Systems Prize

Awarded to the best first year student of the Bachelor of Applied Science (Surveying) course.

Australian Road Federation Road Study Award

Awarded to a student enrolled in the Bachelor of Civil Engineering degree course who prepares the best assignment in the subject 'Transport Engineering 1'. Final judging will be carried out by the Australian Road Federation, Queensland Division.

The Association of Public Authority Surveyors Prize

Awarded to the Bachelor of Applied Science (Surveying) Stage 1 student who achieves the best academic result in the subject SVB121 Land Surveying I.

The Australian Asphalt Pavement Association Queensland Branch Prizes

(i) Awarded to the student in the Bachelor of Engineering- Civil course who obtains the best results in the subjects CEB312 Highway Engineering and CEB404 Field Trip or equivalents.

(ii) Awarded to the student in the Associate Diploma in Civil Engineering who obtains the best results in the subjects CET596 Materials Specification and Control and CET605 Construction Practice I or equivalents.

The Australian Institute of Cartographers (Queensland Division) Prizes

(i) Awarded to the best final year student of the Associate Diploma in Cartography for his/her performance over the whole course.

(ii) Awarded to the best student of the Bachelor of Applied Science (Surveying) Cartography Strand for his/her performance during the year.

The Australian Institute of Engineering Associates, Brisbane Branch Award

Awarded to the outstanding graduate of an Associate Diploma in Engineering.

Prizes 237

The Australian Institute of Refrigeration, Air Conditioning and Heating Prize

Awarded to the student associated with the industry who obtains the best performance in subjects in the School of Mechanical and Manu­facturing Engineering dealing with Refrigeration, Air Conditioning or Heating.

Awards With Distinction

Students in the Bachelor of Applied Science (Surveying) and the Associate Diploma courses are eligible to receive their award 'With Distinction'. This award reflects excellence in the academic subjects in the course and indicates that graduates are in the top 20% of the graduates over a period of years.

BP Mechanical Engineering Award

Donated by BP Oil Distribution Ltd and awarded to the full-time Bachelor of Engineering- Mechanical student for outstanding perform­ance in the first year of the cou~se.

Robert S Brodribb Memorial Prize

Donated from monies held in trust by QIT, on behalf of the Local Government Engineers Association and Mrs R S Brodribb, and awarded to the student exhibiting the most outstanding performance in those subjects related to, or qualifying persons for, the issue of a Certificate of Competency as a Local Government Engineer.

Civil Engineering Contractors Prizes

Donated by the Australian Federation of Construction Contractors and awarded to:

(i) the student who obtains the highest results in the final year of the full-time Bachelor of Engineering -Civil course.

(ii) the student who obtains the highest results in the final year of the part-time Bachelor of Engineering- Civil course.

Construction Industry Award

Donated by the Australian Federation of Construction Contractors Queensland, and awarded to the student with the best aggregate award for all subjects in the final year of the Bachelor of Engineering -Civil course.

E C Cottrell and Associates Ply Ltd Prize

Awarded to the student in the Bachelor of Applied Science (Surveying) who obtains the best result in the subject SVB443 Photogrammetry II. (Subject to confirmation by prize donor)

Custom Scientific Electronics Prize

Awarded to the Associate Diploma in Electrical Engineering graduating student who achieves the best average result in any two of the subjects

238 Prizes

EET678 Applied Electronics, EET790 Computer Programming I, EET666 Communication Theory I, EET766 Communication Theory II. (Subject to confirmation by prize donor}

The Dean's Award for Excellence

Awarded to the top graduand in each undergraduate course in the Faculty of Engineering.

Hardie Pipe Line Awards •

Donated by James Hardie & Coy Ply Ltd and awarded to a student in each of the degree and associate diploma courses in Civil Engineering, enrolled in the penultimate year of their respective courses. The prizes are awarded on the basis of their academic performance in subjects related to water engineering or engineering practice, together with consideration of the students' interests and involvement in engineering practice and activities; both within the Institute and the community.

Heilbronn and Partners Ply Ltd Prize

Awarded to the student with the highest average result in the ubjects SVB561 Land Development Practice I and SVB664 Land Development Practice II.

Honeywell Prize

Awarded for high academic performance by a Bachelor of Engineering or Associate Diploma in Engineering student in the fields of Instrument­ation and Automatic Control. (Subject to confirmation by prize donor)

Awards with Honours

Students in the Bachelor of Engineering course are eligible to receive their award with Honours. First Class, Second Class Honours Division A and Second Class Honours Division B may be awarded to the top 30%, on average, of graduates of the course. Honours indicates a level of proficiency in the academic subjects in the course.

MTIA- F L Hudson Memorial Foundation Achievement Award

Awarded to the part-time student enrolled in the Associate Diploma in Mechanical Engineering course who successfully completes all subjects in semesters 5 and 6 in the same year, and has the best aggregate marks in those subjects which reflect the Production Engineering content of that year.

IBM Prize for Excellence

Awarded annually to a student in the Bachelor of Engineering/Bachelor of Applied Science (Electronic Systems and Computing) double degree course, recommended by the Dean of the Faculty of Information Technology, for excellence in the course.

Prizes 239

Institute of Draftsmen Australia Prize

Awarded to a graduate of an Associate Diploma in Engineering who obtains the best average results over any four engineering drawing subjects.

Institute of Radio and Electronics Engineers, Australia Prizes

(i) Awarded to the student who performs best in certain subjects in the final year of the Electronics and Communications strand in the Bachelor of Engineering- Electrical course.

(ii) Awarded to the student who performs best in certain subjects in the final year of the Associate Diploma in Electrical Engineering course.

(Subject to confirmation by prize donor)

J H Curtis Award

Donated by the Institution of Engineers, Australia (Queensland Division), and awarded annually to the Bachelor of Engineering student who submits the best final year project.

Centenary Prize

Donated by the Institution of Surveyors, Australia (Queensland Division), and awarded to a student completing second year studies at the Queensland Centre for Surveying and Mapping Studies, who demon­strates a good academic record and a sincere interest in the surveying profession.

S E Reilly Prize

Donated by the Institution of Surveyors, Australia (Queensland Division) and awarded to the student completing the final year of an undergraduate degree course who is judged most proficient in practical work as well as academic work, taking into account community spirit as displayed by willingness to take part in activities outside the scope of the formal degree course.

Jasco Ply Limited Prize

Awarded to the part-time Associate Diploma in Engineering student who gains the best aggregate mark for MET120 Engineering Drawing I and MET220 Engineering Drawing II, and who successfully completes all subjects in semesters 1 and 2 and enrols in all subjects tor semester 3.

John Kindler Memorial Prize * Awarded in memory of Mr John Kindler, the former Chief Engineer in the Co-Ordinator General's Department, who was the Chairman of the committee which formulated the details of the various courses in engineering upon the establishment of the Queensland Institute of Technology.

Awarded to a graduate of the Bachelor of Engineering course, for outstanding performance throughout the course.

240 Prizes

To be considered, final year students must make written application in the specified manner by the date set out in the notices published each year, and attend a personal interview. Selection is based not only on academic achievement, but requires an involvement in sport, campus and general community activities, concern for and relation with peers, and a mature approach to their potential as a graduate during their undergraduate years.

Don King-Scott Memorial Prize

Donated by the Queensland Division of the Australian Water and Wastewater Association, and awarded to the graduating student who gains the highest aggregate mark in the subjects CEP380 Water Supply and Sewerage, CEP172 Water Quality Engineering and CEP273 Water and Wastewater Treatment I in the Graduate Diploma in Municipal Engineering course.

Local Government Engineering Prize Donated by the Queensland Foundation for Local Government Eng­ineering, and awarded to the graduating Civil Engineering Degree student (full-time or part-time) who obtains the best overall performance in the subjects CEB405 Civil Engineering Design II, CEB410 Transport Engineering I, CEB470 Public Health Engineering II, CEB305 Construct­ion Management and Economics, and, where appropriate, CEB401 Design Project and/or electives.

Louvre Windows Australia Trading Prize

Awarded to the student who obtains the highest pass in the subject ACB951 Financial Management for Engineers in the final year of the Bachelor of Engineering- Mechanical course.

Main Roads Department Prizes

These prizes are awarded to officers of the Main Roads Department in attendance at the Queensland Institute of Technology, with the best performances in the following courses: (i) Bachelor of Engineering -part-time

(ii) Associate Diploma in Engineering -cadet draftsman (iii) Associate Diploma in Engineering- cadet construction or invest­

igation technician. (iv) Bachelor of Engineering - full-time. Main Roads Department

Scholarship holder.

Peter McAnally Memorial Prize

Donated by the staff of the School of Civil Engineering in memory of their esteemed colleague and lecturer in Geotechnical Engineering, and awarded to the best student in the subject 'CEB540 Geotechnical Engineering II'.

MIM Holdings Limited Prizes

Awarded to the students of the Bachelor of Engineering courses, who undertakes a project of mutual benefit to the Institute and MIM Holdings Limited.

Prizes 241

Monier Rocla Prize

Awarded to the student in the Faculty of Engineering, either full-time or part-time, who sits for the examination for the first time, and receives the highest mark in the subject MNB004 Management.

Pettigrew Consultants Ply Ltd Prize

Awarded to the full-time student in the Associate Diploma in Mechanical Engineering who obtains the best average percentage in all subjects in the first year of the course. (Subject to confirmation by prize donor)

Pettigrew Prize for Public Health Engineering

Donated by Pettigrew Consultants Ply Ltd, and awarded to the student who achieves the best mark in the subject 'CEB370 Public Health Engineering 1'. (Subject to confirmation by prize donor)

John Grayson Pike Memorial Prize

Donated by the Association of Consulting Surveyors (Queensland), and awarded to the graduate oft he Bachelor of Applied Science (Surveying) course who obtains the best weighted average result for the surveying core subjects of the course, weight being assigned to each subject in proportion to the practical content of the subject. (Subject to confirm­ation by prize donor)

QEC Awards for Instrumentation and Control

Awarded for high academic performance by a Bachelor of Engineering or Associate Diploma in Engineering student in the fields of Instrument­ation and Automatic Control.

Electric Energy Prizes

Donated jointly by the QEC and SEQEB and awarded to:

(i) the Bachelor of Engineering -Electrical student specialising in Electrical Engineering in the later years of the course, with the best performance in designated subjects relevant to Electric Energy.

(ii) the graduate of the Associate Diploma in Engineering course with the best performance in designated subjects relevant to Electric Energy.

Queensland Institute of Technology Medal Faculty of Engineering

The Queensland Institute of Technology 'Institute Medal' is an award made in recognition of academic excellence.

To qualify for consideration for the award, a student must have demonstrated academic excellence throughout the entire Bachelor's program and have, in the minimum time, passed all subjects at a uniformly high standard. Particular reference is made to final year results. The award is a rare honour, and is not made in any year in which there is no candidate of sufficient merit. Normally only one medal may be awarded by each of the Faculties of the Institute.

242 Prizes

RACQ Prize in Highway Engineering

Awarded tot he final year graduating full-time or part-time student in the Bachelor of Engineering- Civil course who attains the highest average marks in highway, traffic and transportation subjects, including any related final year project.

Energy Control Microelectronics Design Prize

Donated by Energy Control Ply Ltd, and awarded to a student who best demonstrates excellence in the use of Energy Control Micro-Electronic products. The prize is oriented towards the areas of Industrial Electronics, Automatic Control, Computer Systems and Telecommunications Engineering.

A G Scott Memorial Prize

Donated by Mr and Mrs Scott from monies held in trust, and awarded annually in memory of Mr A G Scott, a graduate of the Bachelor of Engineering - Mechanical course, to the student in the Bachelor of Engineering course who demonstrates the greatest gain in innovative ability and competence in Mechanical Engineering Design, or attains the best overall performance in design work.

P R Scott Award

Awarded to a student of Mechanical Engineering in either the Degree or Associate Diploma who obtains the best marks in subjects related to building services and who is not the recipient of a previous award in a similar field.

Surveying Staff Prizes

Donated by staff within the QIT Department of Surveying, and awarded to:

(i) the graduate with the best academic record in the Bachelor of Applied Science (Surveying).

(ii) the graduate who completes the Associate Diploma in Cartography and who has the best academic record therein.

VI PAC Prize

Awarded annually to the best student in the subject MEB700 Failure Analysis.

Wild Leitz (Australia) Ply Limited Prizes

(i) Awarded to the top student in the subject SVT113 Drafting Practice I of the Associate Diploma in Cartography course.

(ii) Awarded to the top student in the subject Data Presentation of the Bachelor of Applied Science (Surveying) course.

(Subject to confirmation by prize donor)

Carl Zeiss Ply Ltd Prize

Awarded to the student in the Associate Diploma in Cartography who obtains the best average result in the subjects SVT243 Photogrammetry I, SVT343 Photogrammetry II and SVT443 Photogrammetry Ill.

Synopses

1

244 Synopses

SYNOPSES

ACB114 Accounting for Managers I

This subject affords the students the opportunity to develop an understanding of the accounting information system as an aid to management. Topics include the business environment, the rote of financial statements, the balance sheet and the accounting equation, the determination of profits, the accounting cycle, balance day adjustments, internal control over cash and inventory, accounting for fixed assets, analysis of financial statements, accounting for companies and statements of sources and applications of funds.

ACB211 Accounting for Managers II

Basic managerial accounting and business finance for students, with emphasis on management concepts. The subject is broken down into two major areas. The Managerial Accounting area which covers the role of managerial accounting, internal management report analysis and use; cost accumulation systems- job and process costing: standard costing and variance analysis; cost behaviour; budgeting; cost-volume-profit analysis and application. The Business Finance area looks at the role of financial management; financial planning and sources of finance; the time value of money; interest rates. Four small case studies will re-inforce the lecture material.

CSB311 Advanced Computer Architectures

Advanced techniques dealing with present and future system architectures. Topics covered are physical constraints on processor speed and power, and development of methods and systems to improve system performance, such as shared memory and multiple function systems. Consideration of special purpose architecture leads to a discussion of advanced topics such as parallel systems and programming methods to accommodate these.

EEP121 Advanced Computer Technology

This is an open-ended subject, the purpose of which is to present the latest technological innovations in computer hardware and software, in the context of the instrumentation and control of processes and plant.

EETB91 Advanced Computing Techniques

Applications of computers and microprocessor systems to data collection supervisory and active control functions. Real time operating systems and software development in both low level languages and appropriate high level language such as Cor MODULA 2.

CET735 Advanced Laboratory Testing I

A variety of testing work will be undertaken to give the student experience with a range of equipment and testing procedures. The program will include tests in a number of selected laboratory areas.

CETB3B Advanced Laboratory Testing II

Testing projects will be undertaken in a more limited number of specialist areas and presented as a series of reports. Each report will be expected to include a discussion of the tests undertaken, based on the students experience and background reading.

EEB501 Advanced Measurement and Instrumentation

This subject will expose the student to a wide range of sophisticated electronic laboratory measuring instruments, together with the types of measurement which can be made with them.

Synopses 245

EEP116 Advanced Process Control

Distributed control systems- philosophies, algorithms, displays, data highways, operator stations, interfacing, tuning. Intelligent transducers. Control of thermal power plant - boiler controls, turbine governor controls, generator controls. Process plant control -representative applications.

CEB554 Advanced Steel Design

Composite beams and columns, cold formed members. Fatigue and brittle fracture, philosophy of limit state, strength and serviceability. Advanced plastic analysis methods. Multi-storey frames by plastic method. Secondary moment design problems: effects of axial force and shear force to plastic moment. Biaxial bending, strain hardening and residual stresses. Local stability. Frame stability and deflections. Estimates of failure loads.

CEB552 Advanced Structural Analysis

Stability Theory: An extension of Structural Engineering I in buckling of columns with variable cross-section, analysis of beam-columns using solution of beam governing differential equations and energy methods with an introduction to variational calculus. Buckling of frames. Torsional buckling of columns and lateral torsional buckling of beams. Revision of plate theory and introduction to buckling of plates and cylindrical !5hells. Non-linear buckling. Post buckling strength of flat and curved stiffened plates and methods of design of tension field beams.

Dynamics of Structures: Fundamentals of dynamics, natural modes of vibration, lumped mass multi-degree systems. Distributed mass and load on structures. Response of structures to harmonic, non-harmonic and non-periodic forces. Response to random excitations including earthquake and wind gusts.

CEP215 Advanced Traffic Management

Examines the techniques of analysis applied to the solution of more complex traffic management problems where constraints limit development and congestion requires refined analysis. The analysis system SIDRA, TRANSYT and SATURN are examined in detail particularly their application in selection of preferred management options and the need to interact between these analysis systems to refine design.

MEB450 Air Conditioning

Lectures and laboratory work to cover the theory and its application to the following topics: psychrometry, heating and cooling load calculations, air conditioning systems, fan and duct systems, pumps and piping systems, cooling and dehumidifying coils, vapour compression, refrigeration cycle analysis, multipressure systems, absorption refrigeration, cooling towers, solar energy and noise control.

MET352 Air Conditioning and Refrigeration

Ideal and actual refrigeration cycles including variation of operating conditions and cycles. Performance of refrigeration equipment. Psychrometry, cooling load estimation. Air supply systems.

EEP114 Algorithm Development

Sampled Data Systems - sampling, data reconstruction, spectra, s and z transformations, finite difference equations, block diagrams, pulse transfer functions, system performance, digital filters, w operator and dimensionless frequency variable. Numerical Methods -approximation methods, numerical integration, solution of equations. Optimisation Techniques- objective functions,

246 Synopses

constraints, single dimensional and multi-dimensional cases, steepest descent and conjugate gradient methods, other methods. Algorithm Development -practical examples of control algorithm development.

EEB574 Applied Electronics I

This subject introduces students to practical aspects of electronic components relevent to industrial systems. Both analogue and digital components and integrated circuits are examined, with particular emphasis on the operation of these devices in an electrlcally noisy environment.

EEB677 Applied Electronics II

This subject extends Applied Electronics I into the microprocessor area. Interfacing methods, 1/0 and basic programming are treated, and practical examples in the use of microprocessor systems are given.

EEB971 Applied Electronics

A wide range of advanced electronics and electronic systems is studied. Knowledge of design is extended to circuits and systems in communications and industrial electronics.

EET678 Applied Electronics

The subject introduces the student to the integrated circuit approach to electronic systems design. The course is highly practical and utilizes the basic fundamentals of IC's given in Integrated Circuits. Further treatment of integrated circuits with practical applications: amplifiers (all the common configurations), oscillators, special purpose circuits such as peak detectors, sample and hold circuits, active filters.

MAB295 Applied Mathematics

Vector fields, vector identities involving div., grad., and curl; solution of Laplace's equation, introduction to Maxwell's equations; solution of differential equations arising from second order electrical systems; equilibrium of flexible ropes and chains.

MET201 Applied Mechanics

This subject covers the fundamentals of statics, friction, velocity and acceleration, inertia and change of motion, dynamics of rotation, periodic motion, balancing, work and energy, impulse and momentum, strain and stress, fluids at rest and in motion.

MET210 Applied Mechanics I

Consideration of force and its effects. Equilibrium, moments of forces. Displace­ment, velocity and acceleration, inertia. Friction and friction machines.

MET310 Applied Mechanics II

Work, power and energy; efficiency. Introduction to simple machines. Mechanical advantage and velocity ratio. Hydrostatics and fluid friction. Section properties, shearing force and bending moments, torsion.

MNB101 Applied Psychology

An introduction to selected areas of psychology to give a behavioural base to subsequent studies in the management and organisational science area, and to provide limited skills training in some areas of personal development. A learning unit investigates conditioning, imitation, and higher order learning. A second unit on individuals and groups examines the development and assessment of individuals within groups. Other units examine perception human development and social skills including assertiveness and stress management.

Synopses 247

CSB324 Artificial Intelligence

The topic of artificial intelligence (AI) begins with a discussion of AI programming and the man-machine interiace, and leads to consideration of robotics, their operation and social consequences. The implication that a study of these requires consideration of natural language and logical programming introduces a study of programming syntax and semantics.

MEB640 Automation

A special treatment of automation for mechanical engineering students. The subject covers logic methods and ladder diagrams, dynamic responses, discretization and elementary design methods for closed-loop mechanical systems. A brief survey is made of automation hardware.

BEB506 Basic Ecology

Nature of Ecosystems; their components and energy flow. Biogeochemical cycles, nutrient budgets, limits. Major ecosystems of the world: marine, freshwater, terrestrial. Ecological succession. Resources and the concept of ecosystem manage­ment. Defining pollution, environmental control.

MAB499 Basic Statistics for Surveyors

Descriptive statistics. Probability. Sampling. Estimation. Tests of hypotheses. Regression and correlation inn dimensions.

CEB430 Building Construction

A series of lectures covering traditional building practices. A wide range of building types and materials are covered including building regulations.

CET756 Building Construction Practice

Practical aspects associated with reinforced, prestressed concrete (insitu and precast). Steel construction aspects associated with fabrication and erection. Building construction aspects of clay brick and concrete masonry construction including cladding. Overview of building regulations.

ACB553 Business Finance

Introductory course in finance. Topics covered are, the firms investment decisions, investment evaluation techniques, net present value versus internal rate of return, capital budgeting, replacement and retirement decisions, capital rationing, the investment decision under uncertainty, working capital management (cash, invent­ories, receivables and payables), the financing decision, the dividend decision, lease or levy decision, risk return relationships, portfolio theory and capital asset pricing.

SVB571 Cadastre

A series of lectures and tutorials dealing with more complex and modern problems involved in the cadastre.

MET573 CAD/CAM Technology

Introduction to the fundamentals of CAD/CAM and geometrical modelling. A series of lectures in automated process planning. Tutorials together with practical applications in CNC programming and economics of machine tools. The use of robots and principles of integrated manufacturing systems.

SVT115 Cartographic Computations I

Calculation and calculating. Plane geometry. A review of algebraic manipulation with cartographic applications. Matrices and transformations as used in mapping.

248 Synopses

SVT714 Cartographic Drafting lA

Practical exercises involving map compilation and production.

SVT814 Cartographic Drafting IIA

Further practical exercises involving map compilation and production.

SVB412 Cartographic Practice

Reprographic processes; colour systems, colour separation and colour correction. Digital mapping techniques; cartographic data structures. Geographical surfaces.

SVT715 Cartography I

Introduction to design. Monochrome design. Map compilation. The process camera for cartographic use. Introduction to lithography.

SVT815 Cartography II

Map production, registration systems, scribing techniques, screening, printing methods including letter press, gravure, offset lithography and silk screen, paper and ink manufacture. Colour theory. Munsell's system, colour synthesis, colour correction and proving.

SVT915 Cartography Ill

Standard mapping, economics of standard mapping, standard sheet sizes, map specifications, map accuracy. Use of orthophotos as control for mapping. Thematic mapping. Special cartographic techniques for brush tinting, hill shading etc.

SVT915 Cartography IV

Digital methods in cartography. Compilation of data for computer-assisted carto­graphy. Co-ordinate systems and digitising. Representation of geographic surfaces. Methods of display and analysis of spatial datas.

EEB203 Circuit Analysis

Network theorems, complex power. Introduction to the concept of steady-state response. Concept of transfer function in the frequency domain. Introduction to Transfer functions and their effect on transient response of circuits, response of circuits to circuit impulse.

EEB101 Circuits and Measurements

Lectures and practical sessions covering the concepts of voltage, current and electrical impedance, simple electrical circuits (R, Land C) and the measurement of electrical quantities using the oscilloscope, meters and bridges.

CEB102 Civil Engineering

A series of lectures and field visits aimed at introducing the student to the profession of civil engineering, its scope and variety, and its many branches, whilst providing technical information that will prove useful for each discipline of engineering.

CET704 Civil Construction Practice

Principles of temporary works design. Form work, false work and scaffolding. Sharing, de watering, excavation and earthworks. Plant introduction to the Construction Safety Act and Regulations.

CET195 Civil Engineering I

Lectures, tutorial work and field trips covering the scope and nature of civil engineering, the organisation of a civil engineering enterprise emphasising the engineering associate role, and emphasising the important skills of computation, oral and written communication, and measurement.

Synopses 249

CEB304 Civil Engineering Design I

Design project work involving the use of steel, reinforced and prestressed concrete, geomechanics design and Environmental Impact Studies. Students will prepare design calculations and drawings, specifications and schedule of quantities etc.

CEB405 Civil Engineering Design II

A series of lectures/design classes covering primarily civil engineering design, i.e. municipal and civil/structural projects. Field visits as required.

CET585 Civil Engineering Drafting

Preparation of municipal engineering drawings including roadworks, and stromwater drain exercises. Exercises will refer to state and local authority standards. Projects will involve varying amounts of design computations and at least one example will involve computer usage. Introduction to quantity takeoff, bills of quantities, cost estimates and cross referencing between drawings, bills or quantities and specifications.

CET387 Civil Engineering Drafting A

Further experience in municipal engineering design drafting/drawings, additional to that undertaken in CET5B5 Civil Engineering Drafting.

CEB291 Civil Engineering Materials

Physical and chemical properties of common civil engineering materials. Ferrous and non-ferrous metals and alloys, timber, bitumen, elastomers and plastics, corrosion of materials and protective measures.

CEB501 Civil Engineering Practice

Lectures, tutorials, practical work and field trips covering current topics in a specified area of civil engineering practice at a level appropriate to the course and as approved by the Head of School.

CET703 Civil Engineering Practice I

Lectures, tutorials, practical work and field trips covering current topics in a specified area of civil engineering practice at a level appropriate to the course and as approved by the Head of School. The content of this subject may be changed from semester to semester depending upon demand and available staff.

CET802 Civil Engineering Practice II

The synopsis of this subject is the same as CET703 Civil Engineering Practice I.

CEB521 Civil Engineering Systems

Lectures and tutorial work on the interaction of civil engineering systems and the environment. Review of design methodology with reference to systems; optimisation of allocation problems; linear programming; integer programming; transportation problems; construction management; numerical and computer solutions. Quantifi­cation of economic utility factors; applications and case studies; criteria for engineering development.

CET286 Civil Office Practice

An introduction to the preparation and layout of civil engineering drawings, and to design office procedures including methods of data manipulation, presentation and checking.

250 Synopses

CET287 Civil Office Practice A

Further experience in civil engineering design drafting/drawing, additional to that undertaken in CET286 Civil Office Practice.

CEB561 Coastal Engineering

Lectures and tutorial work on coastal engineering; wave theory, recording and analysis, wave generation; coastal processes, tides, surges etc., currents, sediment movement, foreshore protection; coastal inlets, general theory, canal systems; planning and design of coastal structures; hydraulic models for coastal studies. At least one major site visit will be required.

MAB920 Coding and Encryption Techniques

The subject aims to introduce students to the basic concepts and mathematical techniques involved in error correcting codes and cryptography and to the application of these techniques to the storage of data, satellite communications, computer security, electronic banking and speech security. Topics include number theory, finite fields, linear shift registers, block coding theory, Cyclic codes, BCH and Reed-Solomon codes, block coding techniques, convolutional codes, introduction to cryptography stream ciphers, block ciphers, public key systems, and secure speech communications.

CMB105 Communication in Business

An introduction to the techniques and objectives of communication in formal contexts. The process of oral and written communication and their application within organisational settings to interviewing, presentational speaking, research papers, reports and correspondence.

EET560 Communication Engineering I

Areas covered include: advanced signal analysis using Fourier methods; AM generation and detection, the effects of filtering and noise; FM and PM generation and demodulation, effects of noise, FM threshold, SSB methods; phase locked loop principles; radio receiver circuits, double conversion, spurious responses; pulse analogue modulation, PAM, PWM, PPM, circuits and spectra.

EEB561 Communications Engineering I

Study of discrete and integrated electronic devices for analogue modulation and demodulation. Design of circuitry to implement analogue communication systems.

EEB661 Communications Engineering II

Elementary statistical communication including the treatment of random signals, noise and information, both discrete and continuous. Simple coding, efficiency error rates and the effect of noise on information transfer.

EET760 Communications Engineering II

Topics include: sampling, reconstruction, spectra; quantization, dynamic range and noise; PCM methods and circuitry, companding; delta modulation; digital trans­mission TOM, FDM, modulation methods. Data coding for error correction and data communication protocols.

EEB761 Communications Engineering Ill

Quantization of signals; p.c.m. and delta-modulation; quantization noise and effects of channel noise, companding, threshold extension and spread-spectrum techniques. Matched filtering and correlation.

Synopses 251

EEB961 Communications Techniques

Modern communication techniques including switched networks, broadcast, point­to-point systems; microwave and optical links; radio navigation and radar; associated electronic devices.

EETB60 Communications Technology

Broadcast radio and TV, terrestrial and satellite. Specialised broadcast systems, e.g. police, taxi; point to point radio communications; telemetry; switched systems, circuit and packet switching, exchangers, traffic. Use of different frequency ranges, VLF, MF, HF, VHF, UHF and SHF for radio communications. A number of compulsory industrial visits are arranged.

CETB94 Computations A

Calculations involving road design, earthworks, drainage. Computer aided design. Planimeters. Technical reports.

MET920 Computer Aided Design and Drafting

The use of computer based systems for producing engineering drawings with emphasis on practical work.

CETB87 Computer Aided Drafting

A series of lectures, tutorials, practicals and demonstrations on the VAX780 mainframe and personal computers covering civil and structural drawings present­ations. Where practical outputs from various computer design programs Will be used as examples.

EEB900 Computer Aided Engineering

This subject will develop further the material covered in Software Engineering (CSB490) as well as topics such as hardware (processors and peripherals), computer graphics, database, computer communications, software tools, algorithms and package software, realtime systems and the introduction and management of computer based systems as far as these topics are relevant to the types of applications likely to be encountered in practice.

1$8393 Computer Based Information Systems

The subject is designed to introduce engineering students to commercial computer applications. Some time will be spent on introducing systems concepts, file management and database systems. As practical work, the combination of database/ spreadsheet package of 'VP-Pianner' has been selected.

MEB977 Computer Control of Manufacturing Systems

Lectures and experimental work on the use of computers in machine tool control. NC part programming. Different types of production monitoring systems. Robotics.

SVC992 Computer Graphics II

Generation of data for computer mapping. Programming techniques for annotated drafting. The PLOT -10terminal control system. Cartographic data bases. Generation of three-dimensional pictorial data. Other systems AUTOMAP, AUTO CHART etc.

SVT991 Computer Graphics I

Basic elements of computer graphics. Systems hardware and software. The AUTO­DRAFT system.

252 Synopses

SVT992 Computer Graphics II

Generation of data for computer mapping. Programming techniques for annotated drafting. The PLOT-10terminar control system. Cartographic data bases. Generation of three dimensional pictorial data. Other systems AUTO MAP, AUTO CHART etc.

MEB976 Computer Integrated Manufacturing Technology

Lectures and practical sessions to cover basic requirements for implementing CAD/CAM systems. Component design using wire frame solid models. Machine cell design based on part family formation. Description of flexible manufacturing systems (FMS) requirements to include work stations, materials handling systems, control systems software and other contributory elements.

EET490 Computer Packages

A brief study and use of packages such as word processors, spreadsheets, database packages and commonly used engineering packages such as Mathlab and Spice hardware interconnection.

EET690 Computer Organisation

A comparative study of computer architectures and operating systems from microprocessors up to super computers. Virtual machines, interpreters, compilers, linkers, loaders, disc operating systems and executive. Instruction sets, addressing modes and instruction pre fetch cycles. A survey of memory management techniques such as memory maps, virtual memory, cache memory, and interleaving. Exception processing methods such as interrupts, autovectors, bus errors and supervisor states. Multi processor systems and computer communications standards, networks and protocols. Parallel computing, pipelines, single instruction multiple data and multiple instruction multiple data machines.

CSB294 Computer Programming

An introduction to algorithms, programs and computers. Basic programming. Program structure. Programming and computing systems. Debugging and verifi­cation of programs. Data presentation. Special programming topics.

CST390 Computer Programming I

A first course on computers, including brief introductions to operating systems and utilities. The major emphasis of the subject is on design of algorithms and their implementation in a structural language.

EEC790 Computer Programming I

An introduction to digital computers covering construction, operation, various machine languages and simple programming techniques.

EET790 Computer Programming I

Digital computers, their construction and operation, description of machine languages and the various programming languages in common use such as FORTRAN, COBOL, ALGOL Program writing in FORTRAN and other languages, use of flow charts, debugging, the development of algorithms and preparation of data, to be selected from a range of areas.

EET791 Computer Programming II

Development of the concepts introduced in CST390 Computer Programming I to include the full range of features in this language. An introduction to the features of FORTRAN.

Synopses 253

CSB101 Computer Systems I

This unit deals with basic system concepts of logic and presentation of statistics; how data is presented by binary elements and character coding. System architecture and machine organisation, at the machine language level, forms the basis for the topics of memory organisation and inpuVoutput devices.

CSB201 Computer Systems II

The organisation of simple computer systems, study of the basic hardware and the facilities of the virtual machine. Techniques of 1/0 operations and interrupts.

CSA165 Computing

A course in the BASIC language. Computer utilisation and organisation. Problem solving. Analysis of numerical and non numerical problems. A brief introduction of FORTRAN and the differences between it and BASIC.

CSB190 Computing

Introduction to the use of computers, with emphasis on the practical aspects of using the Institute facilities; introduction to the concepts of programming, stressing the importance of well-structured programs; programming in FORTRAN and BASIC, with emphasis on applications relevant in engineering.

INB125 INB130 INB1BO INB225 INB275 INB2B1

Computing Practice lA Computing Practice IB Computing Practice liB Computing Practice lilA Computing Practice IVA Computing Practice IVB

A set of practical assignments to complement the theory of the appropriate lecture material. Students, working in small groups, will prepare and fully document assignments covering programming, system analysis, research and reporting, database design, visits to large scale computer installations, and team-work on large system design.

CEB530 Concrete Design

Advanced design techniqes for prestressed and reinforced concrete including topics such as analytical treatment of creep, shrinkage, short and long term, deflections, composite construction, continuous beams and frames, multi-storey buildings, shear walls deep beams, yield line analysis of slabs. Field trips.

CET435 Concrete Practice

Raw materials, cements, aggregates, additives and admixtures. Properties of plastic and hardened concrete. Testing and quality control. Simple mix design, concrete manufacturing and transportation, construction procedures.

CET655 Concrete and Steel Design

Principles of structural design. Design in structural steel, detailing of elements. Design of concrete members, detailing of elements.

CEB202 Concrete Structures

Principles of prestressing and reinforcing concrete structures. Materials of construction. Methods of prestressing. Introduction to limit state design. Design of beams and slabs by ultimate load analysis and design for reinforced, partial prestress and fully prestress for flexural stresses, and for shear, deflection, anchorage, bond and detail of reinforcement code requirements. Partial prestressed and fully

254 Synopses

prestressed sections to be designed for tendon losses- creep, elastic compression, shrinkage, anchorage slip, friction etc. and end block design. Analysis of columns to carry axial loads only, axial loads and uniaxial bending. Lectures, tutorial, practical work and field trips on the above topics.

CEB231 Concrete Technology

Lectures and practical laboratory work covering: Materials: Cement, pozzolans, chemical admixtures, aggregates- special materials. Testing: Materials and concrete Characteristics of Concrete: Influences of environment Mix Design: Design for standard and special requirements. Physical and Chemical properties of brick and blocks.

MNB402 Conflict, Work and People

Theories of work in relation to conflict models; explorations of conflict-human relations, leadership, structural and socio-technical; responses to conflict- collective, organisational, legal and governmental, modes of industrial conflict.

CEB500 Construction Engineering

Man Management Advanced network techniques and risk analysis and economic theory Formwork, Falsework Explosives- materials and use

CET606 Construction Management

Construction planning, organisational structure, construction reporting, contract, management and administration, human relations, plant hire.

CEP107 Construction Management and Economics

A series of postgraduate lectures, tutorial and practical work covering the manage­ment and operational features of municipal practice. Topics include engineering economics, contracts, plant and labour considerations of concern to the municipal engineer and manager.

CEB305 Construction Management and Economics

Estimating and Planning Construction Projects: plant, labour, materials Programming: network diagrams, line of balance, resources allocation Economic Assessment: investment analysis, project comparison.

CET820 Construction Technology (Mech.)

Influence lines. Deflection theory. Statically indeterminate structures. Concrete technology. Reinforced concrete design.

EEB520 Control Engineering I

A survey of transducers, signal mixing, transducer converters, amplifiers (electric, electronic, pneumatic and hydraulic), final control elements (electric, pneumatic, hydraulic and control valves), power supplies and mechanical elements (gears, clutches, couplings and linkages). Selection of system components. Examples of closed-loop systems. Classification of systems. Time domain analysis of systems. Concept of programming for computer-based control systems. A number of compulsory industrial visits are arranged.

EEB620 Control Engineering II

Time domain analysis - higher order systems, steady state accuracy. Complex domain analysis - transfer functions and block diagrams. Frequency domain

Synopses 255

analysis - Bode, Nyquist and Nichols diagrams, and stability. Transformation between domains. Control system performance and the use of compensation. Examples of programming of computer-based control systems. Analog simulators.

EEB522 Control Engineering II (T)

This subject is intended for those students seeking to spec'lalise in control engineering studies. It provides an in-depth treatment of the more advanced techniques used for analysing the behaviour of control systems.

EET552 Control Systems II

Process c'ontrol system terminology and symbols. Review of hardware as necessary. Chart recorders. Sizing of control valves. Measurement of mass flow rate, humidity and chemical composition. Analogue data transmission standards. Three term controllers and other appropriate techniques. Examples of process control configurations, such as cascade, ratio and feedforward control. Controller tuning. System performance for reference, noise and load disturbances. Accuracy, steady state errors, effect of type number on performance. Stability and more advanced frequency domain analysis. Machine control systems, such as DC motor speed controllers, variable frequency controllers, servosystems. performance of machine control systems.

EET420 Control Systems I

Distinction between open and closed loop, discrete and continuous control. Typical non-linearities. Transducers for temperature, pressure, fluid flow rate, level, velocity, position, strain. Survey of summation and amplifying techniques for electronic (revision), pneumatic and hydraulic systems. Motors, control valves, actuators and brief survey of commercial controllers. The use of negative feedback; improvement in linearity, speed of response etc. Survey of hardware employing negative feedback. Philosophy of mathematical modelling. Introduction to differential equations. Laplace transforms and transfer functions. Block diagrams. Responses in the time domain. Introduction to frequency domain analytical techniques.

MNB601 Corporate Strategy and Policy

The basic objective of the semester work is to help the student to develop a personally useful and explicit way of thinking about the business enterprise as a total system in a total environment; to help to identify the crucial elements and relationships in a situation; analyse systematically and rigourously, the basic opportunities, constraints and issues and trace out the impact of an action in any one part upon the other parts and upon the totality.

ACB913 Costing for Engineers

This subject examines the basic terminology, procedures, and applications of the accounting information system. It looks at costing terminology and techniques to provide students with the capability to evaluate the cost of different designs and projects and in particular to carry out an extensive case study of pricing a manufactured product.

EEP119 Data Acquisition and Control Systems

Remote terminal units. Communication systems. Regional data concentration. Local area control. Master control centres. Non-public-utility systems. Energy management systems. Computer to power system interfaces.

256 Synopses

CSP790 Data Base

Theory of file structures and access to them. Physical organisation of data in a data base. Query languages. Security and concurrency. Distributed databases. Special purpose data bases, and associated problems. Computer hardware for data base access.

INB210 Data Communications

This subject makes use of the International Standards Organisation (ISO) seven layer Open Systems Interconnection (OS I) reference model to enable students to develop an understanding of the basic theory of data communications. This provides a foundation for the subsequent discussion of the implementation of various types of information systems (eg. distributed processing systems). It is intended to provide students with an appreciation of the implementation of data communications hardware and software in specific environments and to introduce the concepts of the design and management of data communications networks.

SVB111 Data Presentation I

Drafting instruments and techniques. Tinting and colouring. 'One-off' reproduction. Perspectives.

SVB211 Data Presentation II

Engineering survey drafting; working survey drawings. Basic principles of computer graphics, hardware, software. Programming. Plotter production of maps and plans.

SVB311 Data Presentation Ill

Cadastral plan drawing. Introduction to cartography. Cartographic reproduction, Mapping agencies.

CSB323 Data Security

Building on the data communication and system material, this subject covers such areas as number theory in cryptography and the implementation of security encoding for system protection. Various methods of protection are dealt with as well as consideration of the problems which their use and management could cause.

ISB202 Database and Procedural Languages

This unit covers the COBAL language. Commencing with an overview of COBAL syntax, it covers, through a consideration of various models, logic and interfacing to procedural languages. Techniques developed in commercial programming will develop an appreciation of database advantages and disadvantages.

EETBBO Design

The student is introduced to the main concepts of electrical designs and introduced to relevant specifications and standards. Further work is in the form of design projects in which a written report must be submitted.

MEB101 Design I (Mechanical)

This introductory course in mechanical design covers the investigation of simple problems requiring the application of mechanical systems. It includes lectures and tutorial work in the development of conceptual schemes for satisfying functional performance requirements, the selection of standard machine components and the design of simple machine elements.

Synopses 257

MEB318 Design II (Mechanical)

The course covers the design of machine elements, such as screws, fasteners, and welded joints, using the principles of engineering mechanics to analyse the loads and to determine appropriate materials and component dimensions to ensure satisfactory performance of strength and functional requirements. It will develop skills in the use of both manual and computer-aided numerical and graphical techniques in a design environment.

MEB483 Design Ill (Mechanical)

The course continues from MEB318, and further develops the design of machine elements, including bearings, shafts and springs using the principles of engineering mechanics to analyse the loads and to determine appropriate materials and component dimensions to ensure satisfactory performance of strength and functional requirements. It will extend skills in the use of both manual and computer-aided numerical and graphical techniques in a design environment.

CEB401 Design Project

Students will be required to carry out the detailed design of a suitable project in their selected field of interest. Such a project will be of a larger magnitude and the depth of design treatment much greater than the assignments done in individual design subjects. The design projects will be drawn from industry and will cover the whole range of civil engineering endeavour. Compulsory site visits to associated projects and for site investigation purposes.

MEB773 Design for Manufacturing I

Value analysis and principles related to product design. Design of jig and fixtures, cutting tools applicable for various machining operations including assembly.

MEB974 Design for Manufacturing II

Lectures and practical applications in the design of press tools, dies for forming operations and joining processes including an overview of CAD in tool and die design.

MEB973 Design for Manufacture

Value analysis and principles related to product design. Design of jig and fixtures, tools and dies, applicable for various machining and forming operations including assembly.

MEB975 Design of Manufacturing Systems

Design and integration of flexible fixtures, palletisers and conveyors to FMS. The use of Robots and Automatic Guided Vehicles in materials handling. Total integrated manufacturing systems. Selection of machine tools for CIM implementation.

MEB981 Design of Materials Handling Systems

A series of lectures and design office projects covering the design of bulk material conveying and process plant, storage silos and bins, ground stockpiling systems, and the associated supporting structures.

MEB980 Design of Power Transmission Systems

Lectures and design office tutorials covering the design of systems for the generation and transmission of mechanical power, including both solid elements (gears, clutches, belts etc.) and fluid elements (pneumatic and hydraulic).

258 Synopses

EEB967 Digital Communication

This advanced electronic systems elective deals with various aspects of modern digital communication. Topics covered will be drawn from a number of different areas, including techniques for coping with noisy channels- fading, diversity coding, spread spectrum, optimum filtering and detection; optical techniques and fibre optics; communication system hierarchies and protocols; computer communication networks.

EET676 Digital Electronics

This subject introduces the basic concepts of digital electronics. Boolean algebra, combinatorial logic, logic minimisation by Karnaugh Maps, logic applications. Digital integrated circuits, TTL, CMOS, ECL. Simple logic designs.

EEB372 Digital Electronics I

In this subject the student learns the fundamental theory of logic and digital electronics. Number systems codes and coded systems, Boolean algebra, combinational logic and sequential logic are studied in detail.

EEB472 Digital Electronics II

In this subject the students apply basic digital electronic concepts. Detailed studies of the characteristics and applications of medium scale integrated circuits are undertaken. Analog to digital and digital to analog converters, programmable logic arrays, programmable read only memories. Transmission of digital signals, RS232 and RS422 standards.

EEB572 Digital Electronics Ill

In this subject the student will be taught the fundamentals of microprocessor systems. Microprocessor registers, buses, address decoding, addressing modes, machine code and assembly language programming. Serial and parallel 1/0 devies. Use of ADC and DAC interface devices.

EEB672 Digital Electronics IV

Microprocessor system design. Operation and use of peripheral devices; design of efficient software. The use of high level languages and microprocessor development systems is emphasised.

EEB272 Digital Principles

Binary variables, number systems, Boolean algebra, minimisation of logic functions, logic gates, analysis and synthesis of combinational logic functions.

EEB968 Digital Signal Processing

Discrete signals and spectra, Z Transforms, Fast Fourier Transforms- Convolution -Decimation and interpolation- Digital Filtering (FIR and IIR)- Fourier spectral estimation, window functions, truncation effects- Parametric spectral estimation, Linear prediction, Maximum entropy, Maximum likelihood, Prony- Finite field arithmetic, Number theoretic transforms, Walsh transforms -Homomorphic signal processing, the complex cepstrum, Removal of echoes, image enhance­ment.

MET121 Drafting Practice lA

A series of short, practical exercises to cover the highest possible range of drafting experience commensurate with the first year students stage of development.

Synopses 259

MET221 Drafting Practice ItA

Introduction to geometric tolerances. Cam and gear geometry, Spatial geometry covering true shapes, angles and planes. Basic mechanical drive component selection.

SVT313 Drafting Practice Ill

Preparation of more difficult plans for registration in D.M.S., Mines Department and Titles Office including land subdivision, additions to and excisions from freehold and leasehold land, new and closed roads, easements. Plotting by co-ordinates.

SVT512 Drafting Practice lilA

Practical exercises involving the preparation of more difficult plans for D. M.S., Titles Office and Mines Department.

SVT612 Drafting Practice IVA

Further practical exercises involving the preparation of more difficult plans for D.M.S., Titles Office and Mines Department.

MEB111 Dynamics

Basic concepts of the principles of dynamics including the kinetics of particles and systems of particles, plane kinetics of rigid bodies, space kinetics of rigid bodies, dynamics of non-rigid systems and plane and space kinematics of rigid bodies.

MNP218 Economic Analysis

Australia's international trading performance relative to other industrialised nations. The potential economic impact of quality control systems on primary, secondary and tertiary sectors of Australian industry. Economics of the firm and the quality factor, quality as a determinant of demand, demand elasticity, goods attribute theory. Tools for incorporating quality into investment decisions: opportunity and marginal costs; obsolescence and economic life; repair and major overhaul; criteria for comparing economic alternatives.

EEB581 Electrical Design I

An introductory unit covering the design philosophy and techniques used in the design of electrical power equipment. A selection of design is undertaken from topics such as magnetic device, DC and AC machine elements; transformers, reactors, protective devices for industrial plant, voltage regulators and illumination systems.

EEB681 Electrical Design II

A selection of designs from thermocouples, bridges, shaft encoders, servo potentiometers, liquid flow rate, level and concentration transducers, IC and discrete component networks, servo amplifiers, power supplies, SCR and TRIAC networks, and closed-loop control configurations.

EEB782 Electrical Design Ill

A series of tutorial sessions supplemented by a small lecture component covering the introduction to the design of power systems. The general principles of design including specification, estimates and computer aids followed by design assign­ments associated with planning and design of power systems.

260 Synopses

EEB783 Electrical Design IV

This subject provides students with experience in the design of automatic control systems at the system level. Designs will be orientated towards the control of real plant, and will normally include the construction and operation of the designed system.

EET650 Electrical Equipment

Three phase transformers, multiwinding, auto, and other special types of AC machines including three phase and single phase induction motors, synchronous machine construction and operation.

EEB954 Electrical Energy Utilisation

Energy building services technology: voltage consideration, system earthing, standby generation, protection schemes. Electrical fire protection systems: principles of heat and smoke detectors, control panels. Lighting design including computer methods. Air conditioning: review of principles and various types control systems. Energy management: tariffs, energy audit, computer control. Power electronics. Electroheat. Electric traction.

EET111 Electrical Engineering I

S.l units, DC circuits including: parallel and series resistor combinations, temperature coefficient of resistance, and circuit theorems. Electrostatics and capacitance. Self indulgance. Transients R-L and R-C circuits.

EET211 Electrical Engineering II

Introduction to alternaf1ng quantities. Sinusoidally time varying sources. Phasor diagrams. R-L, R-C, and R-L-Cseriesand parallel circuits. Resonance, j rotation. Complex power. Application of circuit theorems to ac circuits.

EET350 Electrical Engineering Ill

Magnetic circuits, single phase transformers- equivalent circuits, power losses, regulation and efficiency. Three phase theory- balanced and unbalanced loads, measurement of power. Electrical safety- earthing, fault levels and protection equipment. Electrical machines- review of principles of operation and character­istics of a range of ac and de machines. Costs of electricity- tariffs.

EEB209 Electrical Engineering liM

A series of lectures and practical sessions to introduce students in mechanical engineering to the basic principles of microprocessors, microprocessor systems, electrical machines, power control and tariffs. The subject material will be presented at a basic level with heavy emphasis on practical applications.

EET100 Electrical Engineering Computations

A study of and practice in manipulating complex numbers, vectors, determinants and matrices, statistics, differential equations, Fourier analysis. Examples in electrical engineering applications using calculators and PC's where relevant.

MET123 Electrical Engineering Drawing lA

Tuition and practice in the preparation of block diagrams, logic diagrams and circuit diagrams.

MET223 Electrical Engineering Drawing I lA

Tuition and practice in preparation of printed circuit board layout, equipment and plant layouts, power transformer construction drawings and single line diagrams.

Synopses 261

EEB404 Electrical Machines

In this subject students are introduced to the fundamentals of torque production in rotating machines, the theory of operation and characteristics of most commonly used machines are then derived from common foundations.

EET642 Electrical Power Systems

Single line diagrams, pu systems, transmission line equivalent circuits, fault level calculations, power flow calculations, overhead line and underground cable characteristics, power system insulation.

EEB751 Electrical Power Plant Ill

Substation layout: basic types of substation connection. Power system earthing: earth electrode resistance calculation, practical earthing systems, step and touch potentials. High voltage switchgear. Transformers and reactors. Overhead lines and underground cable: advanced theory on parameters and rating. Insulation co-ordination: origins of overvoltages, line outage rates, protection. Cathodic protection criteria, plant and monitoring techniques.

EEB400 Electrical Power Systems I

This subject gives students an overall introduction to electrical power systems calculations and covers the technolOgy of overhead lines and cables. Elementary electrical engineering economics are also introduced at this stage.

EEB552 Electrical Power Systems II

This is an introductory subject dealing with major items of power system equipment. A detailed treatment of the alternator is given, including basic theory and technology of both cylindrical and salient rotor types. Principles of power system protection are covered, and I.O.M.T. relay and H.R.C. fuse technology is covered in depth. The principles of current interruption are discussed and a detailed treatment of steady-state temperature rise of conductors and contacts is developed. Lectures on electrical standards and traceability, energy and power measurement, and fault location are also included.

EET642 Electrical Power Systems

Single line diagrams, p.u. systems, transmission lineequivalentcircuits, fault line calculations, power flow calculations, overhead line and underground cable characteristics, power system insulation.

EEB531 Electrical Power Transmission

This subject introduces students to the basic techniques of power system analysis. Topics covered include: lumped equivalent circuits of transmission lines, power flow in feeders, p.u. method of calculation, symmetrical component analysis, balanced and unbalanced fault calculations, introductory load flow analysis, and power system operation and control.

EEB810 Electrical Protection

The subject is a study of the theory and application of current and voltage transformers, the principles of power system protection and protection schemes for lines, transformers, alternators, busbars and other power system equipment.

EETSOO Electrical Technology

Current, resistance, voltage, power. DC circuits. Magnetism. Introduction to electrtic motors and generators. Transformers. AC theory. Three phase circuits.

262 Synopses

EEB202 Electro magnetics

Introduction of engineering applications of current flow, electrostatic and electromagnetic fields. Ideal and loosely coupled transformers- instrument and high frequency transformers. Electrical power supply and safety. Introduction to all types of rotating electrical machines.

EEB371 Electronic Devices

Theory of operation and characteristics of semiconductor devices. Development and practical applications of small signal models.

EEB471 Electronics

An introduction to electronics providing the basic tools for understanding the operation and analysis of all types of electronic circuits. The subject is treated from a practical point of view with emphasis on important fundamental areas.

EET270 Electronics I

An introduction to the fundamentals of electronic devices and transistor circuits. Emphasis is placed on characterising and applying these devices to basic electronic circuits. Applications include: transistor amplifiers including differential and tuned stages, current sources, oscillators and simple fault finding techniques.

EET570 Electronics II

This subject introduces the student to integrated circuit amplifiers and their applications. Other areas of study include: power amplifiers; Optoelectronic devices; voltage regulators and a survey of semiconductor switching devices.

EEB772 Electronic Systems I

Electronic instrumentation- introduction to range of modern digital instruments. Microprocessor based instruments -review of 'state-of-the-art' developments. Communication systems hardware. Specification of electronic equipment and trade analysis.

EEB872 Electronic Systems II

Industrial computer hierarchial systems from main frames to PLC's, CAD graphics and display requirements. Digital communication systems including international standards of interconnections.

EEB587 Electronic Systems Engineering Design I

General principles of electronic circuit design and realization of typical electronic circuits encountered in network theory, electronics, control and communication engineering including amplifiers, oscillators, gates, filters, waveform generators. mixers, and detectors.

EEB788 Electronic Systems Engineering Design II

The principles and practice of more complex electronic design, with particular emphasis on industrial electronics and integrated circuits. Communication, computing and control examples are included.

EEB887 Electronic Systems Engineering Design Ill

Detailed design and realization of typical sub-systems used in all areas of electronic systems engineering; including control, computing, communications and industrial electronics. Examples include counters, phase and frequency lock loops, A/D and D/A converters, microprocessor control systems, interfaces.

Synopses 263

EEB888 Electronic Systems Engineering Design IV

Design techniques are developed to cover the detailed design of more complex sub-systems with an introduction to overall system design. Factors such as economics, realizability, complexity, reliability and optimisation are taken into account. The examples are chosen from any of the applications areas of modern electronic systems.

EEB302 Eleclrotechnology

Magnetic circuits, magnetic materials, transformers and electro-magnetic devices. Heating and cooling of electrical equipment and plant, protection. Power distributipn, three phase, balanced and unbalanced loads, power and measure­ment.

MET850 Energy Management

Tariff framing and objectives, energy and power losses in electrical and mechanical plant, equipment and buildings, identification of losses - energy audits-load forecasting and control.

CHB346 Engineering Chemistry C

This introductory course in engineering chemistry covers those basic principles of chemistry which are essential to a proper understanding of civil engineering materials and processes. Topics covered include basic chemical concepts, states of matter, thermochemistry, atoms and molecules, chemical equilibria, water, aqueous solutions and electrochemistry together with an introduction to the principles of operation, applications and limitations of common analytical instruments.

CHB344 Engineering Chemistry M

This introductory course in engineering chemistry covers the more important basic principles of chemistry and shows how these principles can be used to explain the chemical behaviour of systems of relevance to mechanical engineers -e.g. fuels and their combustion, lubricants and lubrication, metallic corrosion and water treatment processes.

MET101 Engineering Drawing

Presentation of graphical data, orthographic drawings, survey plans and the preparation of circuit diagrams and other drawings relevant to an electrical or electronics engineering associate. The use of computers in drawing.

MET120 Engineering Drawing I

Lettering and linework. Introduction to computer graphics. Principles of third angle projection, sectional views. Pictorial drawings. Introduction to assembly drawings.

MET121 Engineering Drawing lA

Further practical work to develop Engineering Drawing I.

MET220 Engineering Drawing II

Advanced sectioning, auxiliary projections including graphical and computer graphics. Intersections and surface developments.

MET221 Engineering Drawing IIA

Further practical work to develop Engineering Drawing II.

264 Synopses

MET320 Engineering Drawing Ill

Advanced dimensioning techniques. Structural drafting. Simple tolerancing. Assembly and workshop drawings. Selection of rolling element bearing.

MET420 Engineering Drawing IV

Presentation of drafting techniques as applied in electrical, pipework and air conditioning hydraulic and pneumatic systems using computer graphics.

EST219 Engineering Geology

A brief introduction to the definitions and principles of geology, an appreciation of the range of rock types and the effects of weathering leading to soil formation. Identification of common mineral and rock types, the occurrence and nature of rock defects or discontinuities; the flow and control of groundwater by strati­graphy; rock structure and surface profile; and the effects of rivers and coastal wave action in erosional/sedimentary cycles. Information available from geologic maps and engineering geological report is covered together with presentation of bore hole data.

MEB121 Engineering Graphics

An introductory course in engineering graphics covering the application of the principles of geometric drawing and perspective to the preparation of engineering drawings. Topics include orthographic projection, auxiliary views, sectioning, use of manufacturing symbols, dimensioning and tolerancing, pictorial views and sketching.

CEB390 Engineering Investigation and Reporting

Series of lectures, practical work and field trips on the appropriate techniques of investigation and reporting on civil engineering processes. Each student will be required to carry out an investigation, prepare a formal written report on that investigation and make a verbal presentation on a selected topic.

EEB820 Engineering Management

This subject introduces the student to the administrative, financial and management aspects associated with the operation and control of electrical engineering projects and organisations. Topics covered include economic evaluation of electrical engineering projects (present worth and annual cost calculations); management of projects {critical path methods); planning, design, installation, commissioning and operation of power systems (specifications, contracts); financial {including accounting) and organisation aspects in electrical engineering.

CEP130 Engineering Management

Management principles and functions. Strategic and tactical planning; fore­casting, decision making. Budgeting and controls in organisations, techniques of project control; human resource aspects of staffing, directing, managing change and organisation development.

MEB331 Engineering Materials Ill

Materials selection, physical and mechanical properties, methods of manufacture, behaviour in the environment, economic factors. Materials testing, specifications and standards, destructive testing, non-destructive testing. Field trips.

MET140 Engineering Materials I

A series of lectures and practical work dealing with the general properties of materials, materials selection, service requirements and properties of ferrous and non-ferrous metals and alloys, corrosion types and prevention, testing pro­cedures, plastics, ceramics and other materials.

Synopses 265

MET433 Engineering Materials II

A series of lectures and practical periods dealing with the properties and selection of advanced engineering materials.

MAB193 Engineering Mathematics I

Accuracy, relative and absolute errors; solution of systems of linear equations, determinants; vectors; complex numbers; elementary matrix algebra; differential and integral calculus of one variable, elementary multiple integrals; centre of gravity and moment of inertia.

MAB493 Engineering Mathematics II

Solution of systems of linear equations by direct and iterative methods, rank of a matrix; representation of a function by Taylor series, Maclaurin series, Fourier series; finite differences, polynomial interpolation, Newton-Gregory interpolation formula; solution of first and second order differential equations, operator-D and Laplace transform methods, Taylor series and Runge-Kutta techniques; basic descriptive statistics, probability theorems, distributions.

MABB93 Engineering Mathematics Ill

Eigenvalues and eigenvectors, quadratic forms, determination of dominant eigenvalue by iteration; sampling theory, hypothesis testing, linear regression and correlation, analysis of variance; introduction to linear programming.

MABB94 Engineering Mathematics IV

Solution of linear systems of differential equations employing operator-D and Laplace transform methods, variation of parameters method for non-homogenous equations; solution of partial differential equations, separation of variables method, introduction to numerical techniques; complex variables, Cauchy­Riemann equations, conformal mapping.

CET135 Engineering Mechanics

Equilibrium of forces and moments, reactions, free body diagrams, truss analysis, shear force and bending moment diagrams.

CEB1B4 Engineering Mechanics I

A series of lectures, tutorials and practical work involving the studies of bodies in static equilibrium under the action of forces. Topics covered include: resolution and resultant of forces acting on a particle or rigid body, equilibrium of particle or rigid body, analytical and graphical analysis of plane trusses, shearing force and bending moment in beams, and the properties of sections.

CEB185 Engineering Mechanics II

A detailed study of the principles of structural mechanics, ie. stress, strain and elasticity; elastic compatibility; simple beam theory including the flexure formula and the shear stress formula; torsion or circular sections. Stress in thin walled pressure vessels; and theories of elastic failure.

PH8131 Engineering Physics I

A basic course in the physics of heat and the properties of matter, including: the kinetic theory of gases, temperature scales and thermometers, heat and heat measurement, thermal properties of matter, thermodynamics, molecular proper­ties of matter, basic radiation physics. Waves; various media; moving and stationary waves, interference; diffraction; Doppler effect. Gravitational fields. Acoustics; shocks; sound; alternation; measurement. Optics; refraction, polariz­ation, photometry, colour.

266 Synopses

PHB430 Engineering Physics IV

The basic theory of electromagnetic wave propagation and an introduction to the basic concepts of atomic and nuclear physics and their application to radiation physics and nuclear reactors.

MEB221 Engineering Science I

Statics; energy transmission, force and torque, static equilibrium, shearing force and bending moment. Dynamics; time and distance, velocity and acceleration, kinetic energy, road vehicle dynamics, simple flight dynamics.

CEB364 Engineering Science II

Fluids and fluid flow in pipes and channels. Flow measurement. Hydraulic models. Pumps and pump characteristics.

CEB504 Engineering Science Ill

Hydrology; rainfall,stream flow measurement; hydraulic design of drainage. Soil mechanics for surveyors; definition, properties, and grading of soils; roadwork, foundation and retaining wall design; soil stability. Concrete technology; properties, manufacture and testing of concrete; elementary reinforced concrete design.

SVT306 Engineering Surveying I

A series of lectures, tutorials and practical classes covering fundamental survey concepts, co-ordinate systems, differential and simple trigonometric levelling; angular measurements; bearing and azimuth; linear measurement by steel tape and stadia.

CMB108 English for Technologists

A series of lectures and tutorials aimed at improving the students ability to write sound paragraphs comprising economical sentences acceptable in grammar, syntax, punctuation, and idiom.

CET776 Equipment Operation and Maintenance

Lectures, tutorial exercises, practical work and site visits examining the principles and practice of the operation and maintenance of equipment in water and wastewater treatment plants. Topics include: overview of plant; motors, engines, pumps, compressors, and generators; rotary and rectilinear scraping and raking mechanisms; chemical handling, mixing, dosing; safety and maintenance scheduling for specific equipment items.

CSB325 Expert Systems

Various types and applications of expert systems are studied, both from a study of the underlying theories and from case studies of expert systems in use in applied science, industry and the commercial world. Students will work on the documentation and design of an expert system as part of their course work.

MNB309 Export Management

The objective of this subject is to introduce students to the requirements of professional management in exporting. The following topics are included: The role of the Government, including the need for export, Department of Trade and Resources and export incentives; methods of exporting, including agents and merchants, consultants and overseas organisations; basis for export sales including terminology and exporters responsibilities; export documentation; finance of export trade, including methods of payment, finance for export

Synopses 267

transactions and foreign exchange transactions; Export Finance Insurance Corporation; modes of international transport; marine insurance; quoting for export, including pricing policies, export costs, marketing and packaging and quotations. A major case study is included as part of the study program.

MEB700 Failure Analysis

A series of lectures, practical sessions and case studies covering the analysis and prevention of failure of mechanical engineering components. Topics will include fractography, fracture mechanics, non-destructive testing, condition monitoring techniques.

CET306 Field Practice lA

Tutorial, practical sessions and field trips supplemented by some lectures covering: setting out, as-built surveys and drawings, photography and field sketching; field measurement and sampling in water, soils and materials; implications of field measurements on design and construction practice.

CET405 Field Practice I lA

This subject will involve field visits and laboratory workshops on many aspects of civil engineering construction.

CEB404 Field Trip

A series of compulsory field visits to nominated projects, designed to illustrate current practice in civil engineering design and construction techniques throughout Australia. Assessment by written reports and oral debriefing sessions will apply.

ACB951 Financial Management for Engineers

A continuation of the study of the accounting framework is followed by a thorough grounding in the fundamental financial accounting procedures. Managerial accounting is then studied as an introduction to the basic concepts of financial management and its techniques, for both short and long term finance.

MEB911 Finite Element Analysis

General description of the finite element method, static and dynamic analysis of mechanical engineering problems, review of finite element packages. Examination by assignment only.

CEBSSO Finite Element Methods

Further work on two dimensional stress analysis and an introduction to the finite element analysis of continua. Development of elements for plane elasticity, plate bending and field problems, for example seepage and overland flow.

CEB260 Fluid Mechanics

Introduction to fluid mechanics and its relationship to civil engineering practice. Fluid properties, continuity, energy and momentum applied to steady one­dimensional flow. Viscosity, turbulence, boundary layers and fluid dynamic forces. Dimensional analysis. The subject includes lectures, tutorial and practical work.

MET961 Fluid Mechanics

An introduction to fluid machines and systems such as pumps and pumping, turbines, compressors and fans. The operation of fluid coupling and torque convertors.

268 Synopses

MEB660 Fluid Power

An introductory course in fluid power systems (hydraulics and pneumatics) incorporating component and circuit construction and some details of system design. The subject includes lecture, tutorial and practical work.

MET960 Fluid Systems Design

To make basic design calculations and to investigate installation commissioning and maintenance problems and fault finding for pneumatic hydraulic systems and their components.

MEB960 Fluid Power

This subject analyses selected fluid systems to show how the performance characteristics of individual components interact to affect overall efficiency.

MEB361 Fluids I

A first course in fluid mechanics which considers the fluid properties most relevant to mechanical engineering practice. The subject deals in some detail with forces in a fluid at rest and its action on submersed and floating bodies. Manometry, pressure distribution in a liquid subjected to acceleration, different types of flow, momentum and energy-equations, flow through orifices and vortex flow are also included.

MEB462 Fluids II

A second course in fluid mechanics for mechanical engineering students. It concentrates on fluid flow in closed conduits, rotodynamic machines, and hydraulic transmissions. It also includes water hammer in pipes and introduces dimensional analysis and dynamic similarity.

MEB464 Fluids Ill

A more advanced course in fluids for mechanical engineering students. The subject includes boundary layer theory and a more general approach to viscous flow via the Navier-Stokes and Reynold's equations.

CSB200 Foundations of Computing I

The intent of this subject is to provide a grounding in the scientific basis of computing, its methods and tools. Abstract data type languages such as MODULA-2 are dealt with, followed by consideration of algorithmic languages, the representation of sets in data structures and graph algorithms. The subject concludes with discussion of organisation, at run time, of procedural languages.

CET856 Formwork Design

Concrete pressures, load on formwork, false work stability, timber characteristics, soffit systems; conventional, proprietary, stripping, reshoring, multi-story reshoring, multiple tie-beam systems, waffle floors, beam forms, wall forms; conventional proprietary, columns, permanent forms, moving systems, special systems, form failure planning, documentation, architectural concrete.

CSB210 Foundations of Computing II

This subject continues the consideration of algorithms developed in Foundations of Computing l, with algorithmic methods of internal and external sorting and an introduction to functional programming languages LISP and PROLOG. These items are consolidated in the concluding segment of a comparative study of programming languages.

Synopses 269

ENB103 General Elective

Studies previously completed by students in areas of business or humanities may be acceptable as a Group A elective. Applications to have such studies accepted as meeting the Group A elective requirements are considered on an individual basis.

SVB640 Geodesy

An introduction to: history, definitions, the gravity field of the earth, level surfaces, spherical harmonics, variations of the gravity field, gravity measure­ments, geodetic reference systems, datum transformations, satellite geodesy, satellite doppler surveying, the global positioning system, inertial surveying systems, and geodynamics.

SVB694 Geodesy II

Review of matrices, the Jacobian matrix, orthogonal matrices, transformations, coordinate transformations, rotations in three dimensions, euler angles, datum transformations, the development of datums.

SVT641 Geodesy

Descriptive treatment of Earth's gravity field; geoid and ellipsoid, geodetic co­ordinate systems. Use of formulae for computation on the spheriod. Elementary survey adjustment. Introduction to l.JSe of satellites in geodesy. Calculations on the A.M. G.

SVB442 Geodetic Computations

Plane co-ordinate computation. Geometrical geodesy, geometry of spheroid, computation on the spheroid. Theory of map projections. The transverse mercator and UTM. Computations on the Australian Map Grid.

ESB519 Geology

The subject provides an introduction to geological materials, emphasising chemical and physical concepts and processes, including the constitution of the Earth, tectonic and geomorphic agencies, introductory mineralogy and petrology, structural and economic geology, as relevant to civil engineering. Local field excursions of short duration, as required.

CEB340 Geomechanics I

An in depth study of the mechanical properties of soils and selection of appropriate parameters with applications to slope stability, anchored retaining walls and settlement analysis. Further work on flow net construction between zones and in anisotropic materials. Geological factors in slope stability.

CEB440 Geotechnical Engineering I

The basic principles of foundation design are covered. Analysis of bearing capacity and settlement for shallow and deep foundations under various load combinations. Practical considerations in foundation design; selection of design parameters and safety factors. Introduction to rock mechanics, rock properties, simple slope stability, failure models, stabilizing methods. Foundations on rock, rock socket design.

CEB540 Geotechnical Engineering II

Advanced cases of foundation analysis; lateral pile load effects; flexible and stiff raft foundations. Foundations on expansive soil; stereographic projection applied to wedgeslopestability in rock; rock and soil anchoring; engineering geology and factors in the design and construction of earth and rockfill dams. Risk assesment and safety, ultimate load and limit state design.

270 Synopses

ARB911 Graphic Design I

Perception, development of awareness, a broad-based approach to design, including graphics, film, fabrics, industrial design. Sketching in pencil from nature, cast and other areas. Development of tones and textures using various media.

ARB912 Graphic Design II

Identification and statement of design problems and solutions. Conceptualising in design. The study of colour. The abstract tools of design. Composition, perspective, projections and layout.

CSB321 Graphics

This subject aims to provide a thorough grounding in computer graphics hardware/software. Hardware is reviewed and associated graphics programming. Display hardware and the various techniques for screen presentation in 2 and 3 dimensional modes requires coverage of the use of algorithms for improving presentation of smooth curves and surfaces.

MEB350 Heat Transfer

A course of lectures, tutorials and practical periods which cover the following topics: conduction (steady state, 1 and 2 dimensions, unsteady state), convection (boundary layers, forced, natural) and radiation (black and grey bodies, shape factors, shielding, network simulation).

EEB951 High Voltage Power Plant

Power system insulation: characteristics and theories of breakdown. Power systems overvoltages: statistical studies. Surges in generators, transformers, overhead Jines and cables. High voltage test equipment and measurement techniques.

CEB312 Highway Engineering

A series of lectures, practical work and field visits covering highway geometry including vehicle performance and human factors as they relate to road geometry, geometric co-ordination and use of computer aids and; highway pavements including pavement materials and construction processes, pavement cross sections and drainage, pavement theory and pavement analysis methods.

MNP123 Human Factors in Quality

Human behaviour concepts and their application to quality management. Interpersonal skills and organisational culture, intrapersonal factors. Concepts in motivation, perception, learning, attitudes etc. Ergonomics and work place design, aspects of the work environment which can affect performance.

CET365 Hydraulic Engineering

Lectures, tutorials and practical work covering the properties of fluid, simple hydrostatics, fundamental characteristics and equations of fluid lfow, pipe and open channel flow and hydraulic measurements. Laboratory and tutorial work will cover basic fluid behaviour and provide an introduction to instrumentation.

CEB360 Hydraulic Engineering I

Lectures, tutorial and practical work on the applications of fluid mechanics to pipe and open channel flow, flow measurement and hydraulic machinery. Topics include: steady flow in pipes, networks, flow measurement, uniform and non­uniform flow in open channels, pump and turbines.

Synopses 271

CEB460 Hydraulic Engineering II

A series of lectures, tutorial and practical work in hydraulics with particular emphasis on unsteady flow, movable boundary hydraulics, hydraulic models and hydraulic design of structures. Topics include pipe flow; open channel trow, hydraulic structures, unsteady flow; mobile boundary hydraulics and the theory and practice relating to fixed and mobile boundary, natural scale and distorted models.

CEB361 Hydrology

Lectures, tutorial and practical work providing an introductory course in hydrology and urban drainage design; hydrologic cycle, rainfall and runoff; groundwater evapotranspiration, statistical concepts, urban drainage design; unit hydrograph methods; flood studies; data generation, storage estimation.

MEB477 Industrial Administration

Principles of industrial organisation. Engineering economics. Patents. Company law. Industrial law. Safety. Industrial medicine. Ethics.

MET370 Industrial Administration

A series of specialist lectures dealing with contract law, preparation of specific­ations and report writing. A number of lectures on scheduling, network construction and cost analysis. Safety and statutory requirements.

MEB770 Industrial Administration and Engineering I

An introduction to industrial Jaw and engineering economics and analysis with an elementary treatment of decision theory and critical path methods.

MEB870 Industrial Administration and Engineering II

An introduction to company law and treatment of tenders. Industrial safety and medicine, elements of production engineering, including programming, game theory.

EEB724 Industrial Control

This subject provides a further development of control theory and applies it to the design of control systems to be used in the process control and manufacturing environments.

EEB621 Industrial Control!

This subject provides a further development of control theory and applies it to the design of control systems to be used in the manufacturing environment.

EEB722 Industrial Control II

This subject provides a further development of control theory, and applies it to the design of control systems to be used in the process control environment.

EEB573 Industrial Electronics

The study of a wide range of modern electronic devices and circuits with particular emphasis to industrial application.

EET870 Industrial Electronics

In this subject the student studies a wide range of electronic devices and circuits associated with industrial control systems. A wide range of power switching devices and their applications are studied together with electronic measurement systems and their associated transducers.

272 Synopses

ENT100 ENT200 ENT300 ENT400 ENT500 ENT600 ENT700 ENT800

Industrial Employment I Industrial Employment II Industrial Employment Ill Industrial Employment IV Industrial Employment V Industrial Employment VI Industrial Employment VII Industrial Employment VIII

Students should engage in at least fifteen weeks employment, approved by the Head of School. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and the employer.

MEB470 Industrial Engineering

Production planning and control. Factory planning. Quality control. Work study, ergonomics etc. Data processing and operations research. Specifications, estimates and wage incentive schemes.

MEB670 Industrial Engineering I

Lectures and laboratory work to provide training in some of the basic techniques for assisting in making decisions in policy, product, process, plant, and project control.

MEB771 Industrial Engineering II

Lectures and laboratory work to provide basic techniques used for the planning and control of operational or manufacturing systems.

MEB270 MEB470 MEB600

Industrial Experience I Industrial Experience II Industrial Experience Ill

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and his employer.

CEP375 Industrial Liquid Wastes

Sources and characteristics of industrial liquid wastes. Design methodology. Unit operations and processes. Pilot scale modelling and investigation. Case studies of selected industrial wastes, with field visits to nominated sites.

MNB043 Industrial Management

The management process - planning, leading, organising, controlling. Human resource management aspects of communication, motivation, leadership and teamwork, with practical applications to planning and control, personnel relations, job design.

MET733 Industrial Metallurgy I

A course of lectures and practical work covering techniques in casting and metallurgical advances in materials and their evaluation.

MET971 Industrial Practice

A series of lectures in human resource management. Aspects of communication, leadership and teamwork with practical applications to planning and control. Basic engineering metrology.

Synopses 273

SVB199 Vacation Practice I

Students should engage in at least six weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and the employer.

SVB299 Vacation Practice II

Students should engage in at least six weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and the employer.

SVB399 Vacation Practice Ill Students should engage in at least six weeks employment, approved by the Head of Department. For the employment to be recognized, students must submit an industrial experience record form which has been completed by both the student and the employer.

EEB623 Industrial Systems I (T)

Numerical control systems. Principles of robot controL Microcomputer-based servosystems. Algorithms and programming of microcomputer servosystems. Computer aided design of manufactured products. Computer aided manufacturing. Optimal control systems. A number of compulsory industrial visits are arranged.

EEB931 Industrial Systems II

Distributed control principles and practice. Computer graphic mimic diagram technology. Computer-based simulators for operator training. Algorithms and programming of microcomputer-based process controllers. Case studies of microcomputer-based process control. Adaptive control systems. A number of compulsory industrial visits are arranged.

MET933 Industrial Tribology

Maintenance and maintenance systems, types and mechanisms of wear, bearings and seals, friction, lubricants, oils, greases, solid lubricants, gas as a lubricant, application of lubricants.

MEB400 Industrial Visits

A series of visits to large industrial concerns in the Sydney region for a total period of one week. Reports will be required on various aspects of the visits.

ISB201 Information Systems Analysis and Design I

Aiming to provide a grounding in system analysis and design, this subject follows the objective of developing competence in techniques and applications of methodology of system development. What is the system requirement- develop a method to satisfy this, are there alternatives- consider them. Methods of project planning to a logical design and the translation of these outlines to a practical system design, with consideration of user interfacing and system documentation.

ISB210 Information Systems Analysis and Design II

This subject extends the topics covered in ISB210 to develop competency in information system techniques. System methodology packages and microcomputer versus mainframe design factors are considered. Aspects of designing system control and audit trails, system security and the man/machine interface lead to screen design for data entry and interactive menus. The topic concludes with ergonomic considerations in design, such as environmental and social factors.

27 4 Synopses

MNB512 Innovation and Marketing Management

This subject will demonstrate to the student the strategic environment of marketing, its dynamism and excitement. Basic marketing concepts are linked to strategic applications. Particular emphasis will be placed upon market segmentation, positioning, product profit analysis, marketing strategies in key areas such as product development, promotion, distribution and pricing.

EET529 Instrument Practice A

An introduction to the principles of commonly used measuring instruments and measurement techniques in the field and laboratory. Basic instrument types, electrodynamic, induction instrument potentiometers and bridges, oscilloscopes, function generators, digital meters, chart recorders and plotters. A number of compulsory industrial visits are arranged.

EEB972 Integrated Electronics Techniques

Study of a wide range of commercially available integrated circuits and their typical applications in industry. Design rules, limitations and methods of VLSI fabrication.

SVT113 Introductory Cartography

Introduction to graphical presentation as a means of communication. introduction to map projections. Map types, Concepts of scale. The Queensland land tenure system. Introduction to map and plan reproduction, Simple plotting.

ACB373 Introductory Legal Studies

Introduction to law, its nature, sources, development and institutions. The law of contract and its impact on business. Various areas of contract, eg. sales of goods, agency and employment. Corporations. Restrictive trade practices and consumer affairs.

MNB406 Introductory Marketing

This course is designed to provide a general knowledge of marketing so that students have a broad understanding and overview. The subject material covers the key marketing decision areas, including production policy, pricing, distribution and promotion. Particular emphasis is placed on application to the computer industry. The basic objective of the course is to provide a framework of theory and application in marketing.

MNB632 International Economics

The subject will concentrate on Australia's experience in international economics. Australia's reason for trade and direction of trade will be considered. Restriction on trade will be examined and debate will cover the Industries Assistance Commission and protection of Australian domestic producers. Appreciation, depreciation and external and internal balance in Australia will be discussed. Special attention will be paid to floating exchange rates and foreign management under floating exchange rates.

ACB853 International Finance

Examines the finance function in the context of multinational corporations. Problems of foreign currency translation covering both reporting and decision making aspects, multinational transfer pricing and performance evaluation; an introduction to international finance markets, financial subsidiaries; remittances (dividends, loan repayments) by subsidiaries to parent companies. Finance of export trade. Host country legislation as it relates to mul.tinational companies.

Synopses 275

MNB511 International Marketing

Nature of international marketing. Promotion by government. Legal aspects of international marketing. Pricing and quotations, international banking facilities. Credit extensions. Foreign collections. exchange and control. Administering the international marketing effort. Structure of foreign operations.

CSB100 Introduction to Computer Science

This subject is the basis of major topics covered in later subjects. It introduces the concepts of processes, processors and the role of algorithms. The computer is a processor of information. The spectrum of hardware and software is analysed along with the technique of algorithm design and their limitations. Algorithmic implement­ation and execution in a computer with consideration of system hardware/software.

MNB201 Introduction to Human Resource Management

The aim of the subject is to introduce the basic concepts of organisational behaviour to explain why employees feel and act the way they do, and therefore to show how human resources in organisations can be most effectively utilized. Theories and research data relating to employee motivation and productivity, and satisfaction, labour turnover and absenteeism will be presented, followed by the processes and techniques used to optimize these. The latter will include consider­ation of job design techniques, leadership style, group processes and the personnel role, including the selection process and training techniques. In this way two processes wil be considered to increase productivity and satisfaction: fitting the person to the job and fitting the job to the person.

MEB171 Introduction to Manufacturing

This subject sets out firstly to examine the role of manufacturing industry in generating wealth and its contribution to the Australian economy.ltthen introduces modern concepts in manufacturing systems design. The interrelationship between design, materials selection, manufacturing, processes, marketing and information processing of products will be presented. The remaining topics will include the choice of manufacturing technologies in relation to product quantity and quality.

CHA140 Introductory Chemistry I

An integrated course of fundamental chemistry covering: the nature of chemistry, atomic molecular and nuclear structure, bonding and types of bonds; the structure and nature of matter; molecular formulae, atomic and molecular weights; the periodic classification; reduction/oxidation, chemical equilibria; liquids and solutions and simple phase equilibria; equilibria in electrolyte solutions; pH and its measure­ment. Carbon chemistry and functional groups. The chemistry and properties of some common laboratory chemicals. Practical applications are emphasised.

MET783 Jig and Tool Design

Design of jig and fixtures for various machine operations and assembly. Principles in design of blanking and forming dies. Special forming techniques. Dies used in blow and injection moulding. Simple press capacity calculation.

CET837 Laboratory Practice

Laboratory organisation and NATA registration. Measurement of strain, temper­ature, force, pressure and linear devices; their calibration and accuracy. Data bagging, photography, concrete and aggregate testing.

CET235 Laboratory Practice A

The general role of laboratories, maintenance of measuring standards, definitions of measurement and linear measuring instruments, presentation of data, testing experience in soil mechanics, structural testing and hydraulic engineering.

276 Synopses

SVB270 Land Administration I

Introduction to the elements of law. Law relating to land title and registration. Crown land administration in Queensland.

SVB470 Land Administration II

Introduction to government and public administration. Australian public land administration. Private sector land administration.

SVB573 Land Administration Ill

Queensland case law and legislation affecting land and the survey of land including the registration of interests in land, and statutory control of land development.

SVB574 Land Administration IV

An introduction to rural and urban sociology. Social aspects of land administration.

SVB670 Land Administration V

Organisation theory. Development planning procedures. Land development analysis.

SVB561 Land Development Practice I

Land development as an economic activity. Surveys for subdivision design. Site planning. Land use determinants; political, economic, social and physical. Traffic aspects affecting subdivision design. Case studies of recent land development projects.

SVB664 land Development Practice II

A series of lectures covering the preliminaries of development, data assembly, statutory approvals, elements of design, requirements of communication, hydraulic and energy services, factors affecting development costs, financial and technical controls of land development schemes. Projects covering neighbour­hood development, residential development, industrial estate development, canal and reclamation estates, commercial development, rural development schemes and design of small towns as are associated with m'ming ventures.

SVB473 Land Information Systems I

Need for a computerised land information systems review of cadastral systems. Land title systems: the multi-purpose cadastre and automation. Survey require­ments for land information systems. Design principles, retrieval techniques.

SVB563 Land Information Systems II

Data acquisition, storage anti management. Spatial identifiers. Cartographic display and generalisation in an automated system. Implementation of a system.

SVT471 land laws and Regulations

Introduction to the Australian legal system, sources of law. The various acts affecting land and land surveying in Queensland.

SVT352 Land Studies

Introduction to geomorphology and land forms in Australia; central place theory and regionalism.

Synopses 277

SVB351 Land Studies A

Introductory ecology and conservation of resources. Introduction to physical aspects of land. Assessment of physical land parameters. Land classifications. Land utilisation. Sieve mapping and land use surveys. Regional geography. Students are required to undertake a full-day ecology field trip to Stradbroke Island and a full-day land evaluation exercise in the Greater Brisbane Area.

SVB451 Land Studies B

An introduction to the theory of price. Location theory. Land economics.

SVB121 Land Surveying I

Principles of surveying. Surveying instrumentation. Traversing. Levelling. Elements of tacheometry. Contouring. Elementary theory of error. Plane surveying computations.

SVB226 Land Surveying II

Plane surveying computations. Detail surveying. Reconnaissance surveying. Route location. Curve theory. Setting out surveys. Earthworks computation. Elements of cadastral surveying.

SVB393 Land Surveying Ill

Cadastral surveying. Field astronomy. Students are required to carry out off­campus field work in the Greater Brisbane Area or a contiguous shire.

SVB430 Land Surveying IV

Primary traversing. Classical triangulation. Trigonometrical levelling. Precise levelling. Students are required to carry out off-campus field work in the Greater Brisbane Area or a contiguous shire.

SVB535 Land Surveying V

Hydrographic surveying. Topographic surveying.

SVB636 Land Surveying VI

Geophysical surveying. Mine surveying. Field astronomical observation.

SVB551 Land Valuation

Concepts and purposes of valuation. Improvements. Urban and rural valuation. Interest in land. Compensation. Legislation affecting land valuation. Land valuation practice.

CSB212 Languages and Language Processing

An introduction to formal languages, the various notational methods for defining them and the families of automata which recognise regular and context free grammars. Parsing, both top-down and bottom-up, the comparison of parsing methods and implementations. Programming language semantics, their definition and grammar.

EEB511 Linear Systems Analysis

This subject deals with advanced circuit theory of particular relevance to power engineering. Topics covered include: calculation of transients in lumped circuits by Laplace transform and numerical methods; theory of distributed parameter transmission lines including standing and travelling wave solutions; matrix analysis of large networks including an introduction to network topology and diakoptics; extension of theory relating to circuits with periodic non-sinusoidal excitation.

278 Synopses

MNP510 Local Government Administration This subject examines the nature and constitution of Local government in the Australian federal system. Specifically the following areas are considered: 1. formulation of policy within a local authority; 2. local authority internal organisation and management; 3. local authority powers, responsibilities and functions; 4. local authority accounting and budgetary cycle; and 5. local authority sources of finance and expenditure patterns.

MET580 Machine Elements I

The practical application of shear force and bending moment diagrams and selection of components from BHP manual. Use of handbooks, codes and rolled steel section tables in the selection and use of bolted and welded connections. The application of standard rolled steel sections. The selection of shafts.

MET680 Machine Elements II

Selection and application of shafts and coupling. Selection of spun-helical-worm reduction unit. Determination of gear forces. Selection springs and brakes. Curved beams.

MNB232 Macroeconomic Analysis

Macroeconomic Analysis is concerned with the economic problems that occur at the national level. The aim of the subject is to ensure that students understand the economic problems at this level and appreciate the effects on the business community and on individuals of the Federal Government's attempts to manage these problems in Australia. Specific topics covered in the subject include: economic systems, management techniques associated with a capitalist economy, unemployment, inflation- its causes and effects, and international trade.

MNB004 Management

The subject acts as an introduction to the theory and practice of management and lays a foundation on which to build managerial knowledge and techniques through a life time career. Functions of management: planning, organising, leading and controlling are presented in the framework of a systems approach to decision making.

MNB306 Management Functions and Processes

The aim of this course is to explore the managerial processes and sub-processes which can be applied to all sorts of enterprises- small and large, profit seeking and not-for-profit. The focus is on understanding how the functions of planning, organising, controlling, directing and decision making can be integrated and applied so as to convert resources of knowledge, information and people, machines and money into an effective organisation. On completion of the course, the student should be able to understand and evaluate the management process he/she is exposed to in an enterprise and should also have acquired a basis for discriminating among the principles he/she would apply to managing effectively.

MNP113 Managing Communications for Quality

Communication as part of a quality process: management, employees, customers and suppliers in the communication network. Communicating the quality plan: commitment; policy; objectives. Employee participation: consultation and feed­back to improve quality; quality circles and Australian organisations. Management communication on quality: what information should be reported; how to present it; interpersonal and negotiation skills; written communications. Introduction to market research. Communicating with the market and with the business environ­ment. Quality as a customer determination; the Deming cycle and its implications.

Synopses 279

MEB100 Manufacturing I The subject covers the basic methods of converting raw materials into manu­factured goods, including an introduction to metrology.

MEB570 Manufacturing II

Lectures and laboratory work to cover practical machining principles, machine tool metrology including some non-traditional material removal processes.

MEB671 Manufacturing Ill

Lectures and experimental work to cover fundamentals and applications of plasticity ·theory in the deformation of metals and plastics. Analysis of forming machine performance and selection of machine tools will also be given.

MEB471 Manufacturing Engineering I

Lectures and laboratory work to cover practical machining principles and machine tool metrology.

MEB571 Manufacturing Engineering II

Lectures and experimental work to cover fundamentals and applications of plasticity theory in the deformation of metals and plastics. Analysis of forming machine performance and selection of machine tools will also be given.

MEB673 Manufacturing Engineering Ill

Lectures and experimental work to cover advanced topics related to manu­facturing technology including some non traditional material removal processes and optical metrology. An introduction to CAD/CAM and robotics will be presented.

MEB900 Manufacturing Project

The student is required to investigate in depth and present a formal report on a problem area taken from the full range of manufacturing engineering practice. Projects may arise through investigation in applied research programs on specific topics from industry.

MEB978 Manufacturing Systems Engineering

Lectures and laboratory work to describe and demonstrate concepts and fundamentals of manufacturing system analysis and production management.

MET170 Manufacturing Technology

The subject covers the basic methods of converting raw material into manu­factured goods and includes an introduction to metrology and safety in the work place.

SVB684 Map Production Planning

Planning of photogrammetric projects- specifications, control, costs accuracy. Elements of critical path method.

SVT542 Map Projections I

Historical review of the development of map projections, the principal systems of map projections and their properties; choice of projection.

SVT643 Map Projections lA

Practical exercises in the calculation and plotting of simple map projections.

280 Synopses

SVT842 Map Projections II

The U.T.M. System and the Australian Map Grid. Lambertsconformal projection. Other Australian mapping projections.

SVT843 Map Projections IIA

More difficult exercises in the computation and plotting of map projections.

MNB611 Marketing Research Project

An on-stream research project undertaken fora firm or institution as agreed upon by the instructor. Utilizing the principles and concepts of market research the students will be organised into groups and will be required to liaise with the clients and produce a major report within a fixed time period. The intent of this real life situation is to give the student an opportunity to apply the concepts discussed and have an effective learning experience.

CEB531 Masonry Design

Working stress design. Assumptions, derivation of design formulae for beams, walls and columns with clay and concrete masonry. Masonry materials. Physical properties of masonry materials. Lectures, practical work and field visits covering the above topic.

MET141 Materials (Civil)

Properties of common ferrous and non-ferrous metals and alloys. Timber, bricks, bitumen and plastics. Corrosion mechanism and protective systems. Quality control of engineering materials.

MEB133 Materials I

An intrductory series of lectures and practical classes on the basic concepts of materials science including phase changes, elasticity, plasticity, recovery, recrystallisation, grain growth, failure modes and strengthening mechanisms. An outline is given of the nature and engineering properties of ceramics, polymers, composites and metallic materials with some reference to joining methods and degradation processes.

MEB230 Materials II

A series of lectures and practical classes to introduce the basic concepts of fracture mechanics and to create an awareness of the behaviour and engineering design properties of cast metals and polymers.

MEB231 Materials Ill

A series of lectures and practical classes to introduce students to the behaviour and properties of wrought metallic alloys, ceramics and composite materials. An introduction is given to the metallurgical effects of welding.

MET600 Materials for Electrical Engineers

A series of lectures and practical work dealing with the general properties of materials, materials selection, service requirements and properties of ferrous and non-ferrous metals and alloys, corrosion types and prevention, testing procedures, plastics, ceramics and other materials.

MEB339 Materials and Processes Project

Laboratory experiments and project work covering approximately equal times in areas relating to subjects in engineering materials and manufacturing engineering. Field trips may be required.

Synopses 281

MEB332 Materials Selection

A series of lectures and tutorials on the principles and practice of materials selection. The material covered includes general principles, the major operations in the selection process and systematic methods of selection. The student is introduced to failure analysis as a selection aid.

MEB489 Mechanical Design Project

A project will be assigned to the class for submission as a group project. The design will be reviewed in terms of material selection and treatment, manufacturing method, stress analysis, project control and management, and engineering drawing and communication. Field trips.

MEB453 Mechanical Engineering lis

A series of ten lecture/tutorial sessions and four practical periods to give the student a sound basic knowledge of thermo-fluid processes and an appreciation of the application of that theory to commonly encountered situations.

MET940 Mechanical Measurements

To describe the function and method of application of the isntruments used to measure mechanical quantities such as, speed, acceleration, frequency, force, torque, pressure, level, flow and temperature.

MET601 Mechanical Plant

A study of manufacturing processes and workshop practices, power station equipment (turbines and boilers), mining machinery, air conditioning equipment, fans and pumps, hoists, compressors, crances, welding. Heat transfer principles.

MET421 Mechanical Project lA

Report and presentation. A complete project selected from a prepared list, each dealing with a specific engineering environment.

MEB313 Mechanics I

Stress and deflection of mechanism components due to inertia and other effects.

MEB610 Mechanics II

Types of mechanical frames and joints, static and dynamic loadings on frames and their effects on stress, deflection and vibration.

MSA162 Microbiology II

The growth of microbial populations and methods of controlling growth; sterilisation and disinfection methods; enzymic activity of microorganisms; the identification of the microorganisms more important in public health; host­parasite relationships and an introduction to immunity.

EEB273 Microcomputers in Engineering

Introduction to the physical, virtual and application levels of a microcomputer system. 1/0 devices and interfacing. Operating systems. Programming and software packages. Transducers and peripheral devices. Hardware and software integration.

MNB132 Microeconomic Analysis

This subject will ex maine how managers make decisions in firms in the Australian economy. The role of consumers and firms in various markets will be studied. Production and market strategies for managers in different types of firms will be· examined. Lastly, constraints on managers decisions and other contemporary issues in Australian microeconomics will be examined.

282 Synopses

EEB973 Microprocessors in Industry

A systems approach to the development and design of microprocessor systems to be encountered in industry, aligned to the equipment and facilities typically available in industry. Hardware, software and systems aspects are covered.

EET590 Microprocessor Systems

Assembly language programming and use of microprocessors as electrical engineering hardware. Interfacing of microprocessors to instrumentation and expernal equipment.

EEB662 Microwave and Antenna Techniques (T)

Propagation in rectangular and circular guides, cut-off, evanescent modes, guide impedances. Guide components, anisotropic behaviour of ferrites. Radiation from elementary dipoles and long thin aerials. Simple array theory and examples of arrays.

EEB962 Microwave Systems Engineering

Microwave thermionic and semiconductor devices, amplifier design using scatter­ing parameters. Passive microwave devices including non-linear networks and ferrites. Array theory and design, microwave antennae.

EET720 Modern Control Technology

On-stream analysers; intelligent analytical equipment. Sequence control and programmable logic controllers. Robot sensors and control systems. Computer numerical controlled machines. Distributed control systems. Sampling theory and algorithm development. Communication between intelligent control systems (such as MAP & TOP). Adaptive and automatic tuning controllers. Advanced testing instruments.

EEP120 Multiple Computer Systems

Computer classes. Task and language allocation. Language and operating system selection. Network communication structures. Data transfer protocols. Computer-plant interfacing techniques. Project.

CET707 Municipal Engineering

Structures and function of local authorWes. Local roads, streets, traffic manage­ment, swimming pools, solid waste management, drainage, bridges, town­planning, subdivision, landscaping, building practice, relevant legislation.

CEP490 Municipal Engineering Practice

A subject covering current topics in a specified area of municipal engineering practice at a level appropriate to the course and as approved by the Dean of the Faculty.

CEP108 Municipal law and Regulations

A series of postgraduate lectures and tutorials covering the legislative framework for municipal engineering in Queensland. The various acts and regulations affecting the practising municipal engineer are considered and their implications outlined.

CEP122 Municipal Planning Principles

A series of postgraduate lectures and tutorials covering the principles of town and regional planning for municipal engineers in Queensland. The subject deals with the objectives and methodology of planning, practical problem solving, legislation and other factors of concern to the municipal and development engineer.

Synopses 283

CEP124 Municipal Planning Applications

A series of postgraduate lectures and tutorials dealing with relevant planning legislation in Queensland and further developing the concepts of Municipal Planning Principles; Planning objectives, presentation and administrative pro­cedures associated with municipal, urban and regional planning are all covered in a practical way.

CEP210 Municipal Traffic Engineering

Urban traffic management and parking analysis. Requirements of the traffic act, traffic surveys, warrants, traffic control equipment, design of traffic signals and intersection treatments, parking. Site visits.

EEB303 Network Theory I

Detailed study of network analysis, mesh and nodal analysis, circuit theorems and applications, four terminal network theory, frequency behaviour of and transient response of simple networks.

EEB401 Network Theory II

General transform theory with particular emphasis on Laplace transforms in the study of frequency and time domain studies of complex networks; transfer functions, poles and zeros, stability and realizability of networks. The synthesis of filters is introduced.

MET511 Noise, Stress and Vibration Practice

Instrumentation used to measure vibrations, noise and stress. Fundamental principles and euqations related to such measurement including vibration isolation, noise standards and stress/strain transformations.

MEB510 Noise and Vibrations

Free, damped, and forced vibrations; vibration measurement and control; sound theory, measurement and control; hearing loss and noise legislation.

EEP116 Numerical Control and Robotics

Machine tools- co-ordinate systems, resolution, types of control, programming languages, performance, CAD/CAM integration, software design. Robotics -robot types, teaching methods, drives, transducers, control problems, error and compliance, sensory systems, computer types and programming languages, co-ordinate transformations, economics, industrial relations, industrial visits.

SVB331 Observations and Adjustment I

Review of relevant statistical concepts, theory of observations and of random errors, linear and non-linear functional model, stochastic model, the law of propagation of variances, the error ellipse. Practical applications.

SVB431 Observations and Adjustment II

Introduction to least squares adjustment. Standard problems land II, extensive practical applications to linear and non-linear problems with both univariate data sets.

SVB639 Observations and Adjustment Ill

Lectures, tutorials and practical exercises dealing with the design, pre-analysis and optimisation followed by execution, adjustment and assessment of horizontal (two dimensional) control networks, traverses and level networks (one dimensional).

284 Synopses

CSB301 Operating Systems

A study of the structure of operating systems and realtime software by an examination of hardware resource management and how the operating systems are structured in the sense of hardware/software interface. Use of memory hardware and its control by system software, spooling, re-entrancy and job scheduling. A considerable emphasis is placed on practical work involved in programming techniques of system software for large scale and small computer systems. UNIX, ADA and MODULA-2 languages are discussed.

CSP690 Package Development

Purpose of packaged programs. Man-machine considerations. Computer based training. Principles of package design and implementation. Case studies and evaluation of existing packages. Project

ACB455 Personal and Corporate Finance

The subject examines the Australian financial environment from both a personal and corporate point of view. Sources of financial information are examined with the view to suggesting potential sources of funds- banks, insurance companies, leasing, issuing of shares, fixed assets, and other investment opportunities. Other corporate and personal decision areas covered include estate planning, mergers, portfolio management and taxation.

SVB343 Photogrammetry I

Introduction to photogrammetry. Photog ram metric optics. Aerial photography. Geometry and use of single photographs. Geometry and use of the sterogram. Students are required to undertake one half day visit to an aerial survey/mapping organisation in the Greater Brisbane Area.

SVB443 Photogrammetry II

Principles of construction and operation of analogue stereoplotters. Aerial triangulation. Terrestrial photogrammetry. Analytical photogrammetry. Students are required to undertake one half day visit to an aerial survey/mapping organisation in the Greater Brisbane Area.

SVB643 Photogrammetry Ill

Numerical relative and absolute orientation. Independent model and bundle methods of block adjustment for triangulation, close range photogrammetry including non-conventional techniques. Analytical plotters including generation, manipulation and storage of digital data. The use of micro and mini computers in analytical photogrammetry.

SVT243 Photogrammetry I

The photographic process, aerial survey and flight planning; geometry of the single photograph, scale etc.; stereoscopy, stereoscopes and parallax bar; simple treatment of space resection; rectification and interpretation. Students are required to undertake one evening visit to an aerial surveying organisation in the Greater Brisbane Area.

SVT343 Photogrammetry II

Use of stereoplotters, relative and absolute orientation; radial line methods. Terrestrial photogrammetry. Differential rectification and orthophoto construct­ion. Positioning and identification of ground control. Introduction to remote sensing. Students are required to undertake one evening visit to a mapping organisation in the Greater Brisbane Area.

Synopses 285

SVT443 Photogrammetry Ill

The operation of stereoplotting instruments. Aerial triangulation. Compilation of maps.

PHB170 Physics for Surveyors

Mechanics. Geometrical optics. Physical optics. Quantum optics. Physics of materials. Physics of the lower atmosphere. Sound. Electromagnetic fields. Electronics.

MET650 Plant Engineering lA

A series of investigatory practical sessions related to design parameters, performance characteristics and plant maintenance practices associated with engineering plant systems, the machinery within the system and maintenance procedures.

CET876 Plant Operation and Maintenance

The operation and maintenance requirements of water quality treatment plants, including scheduling, labour control, workshop organisation, safety, training and performance monitoring.

EEB652 Power Electronics

In this subject the student is introduced to the technology of power semiconductor devices, and to their application in high power circuits. Particular emphasis is given to device protection and to motor drives.

EEP117 Power Electronics Applications

Variable speed drives. Static switching. Control of heating, lighting, welding and casting. Radio and radar applications. Power factor and load management control. High power rectification and traction. Power system harmonics. Sequential control using programmable (logic) controllers.

EEB944 Power Station Engineering

This subject deals with the electrical and mechanical plant found in power stations and with associated instrumentation and control equipment.

EEB741 Power System Analysis

This subject deals with the theory and application of techniques used to study power systems. It includes advanced symmetrical component techniques, phase co-ordinate and z-bus methods, Newton Raphson techniques in load flow analysis; transient and steady-state stability and dynamic behaviour of interconnected systems subject to system disturbances; harmonic analyses of power systems.

MET350 Process Engineering

A series of lectures, tutorials and practical periods related to the following topics; steam plant, positive displacement compressors, refrigeration plant, positive expanders, reciprocating engines and gas turbines.

CHA644 Process Measurement and Monitoring I

A study of the physical and chemical measurements involved in: (i) the analysis of raw and potable waters; and

(ii) the determination of organic and microbiological pollution. Emphasis will be placed on sampling and sample preservation laboratory tech­niques, interpretation of results and the significance of the measured parameters in the operation and control of water and wastewater treatment plants.

286 Synopses

CHA744 Process Measurement and Monitoring II

A study of the physical and chemical measurements involved in: (i) the determination of inorganic and other selected pollutants;

(ii) the analysis of sewage and other sludges; (iii) the testing of sewage effluents together with an introduction to specialised

analytical techniques including atomic absorption spectrophotometry, chromatography and polarography.

Emphasis will be placed on sampling and sample preservation laboratory techniques, interpretation of results and the significance of the measured parameters in the operation and control of water and wastewater treatment plants.

CEP200 Process Modelling

A subject to develop techniques of systematic analysis of multiple solution problems in areas of municipal engineering, including treatment processes, staging and road network development. Both physical and analytical modelling techniques will be developed including optimisation and evaluation.

CET777 Process Operation and Control I

A study of the principles of unit processes of water and wastewater treatment, with particular reference to their operation. The methods of operational control of these processes.

CET877 Process Operation and Control II

An extension of the studies, covered in CET777 Process Operation and Control!, of unit processes of water and wastewater treatment with particular reference to their operation. The methods of operational control of these processes.

EEB622 Process Plant

This subject provides an outline of the configuration of power station and processing plant, together with the organisation of the instrumentation and control systems for that plant.

MEB950 Process Plant Design

An introduction to the design of duct and industrial pipework system design. Pressure vessel design methods. Field visits.

MET572 Production Planning and Control

A series of lectures involving the sequence of production planning and manage­ment control.

CEB403 Professional Practice

Engineering organisations, project initiation, documentation, form of contract, contract administration, arbitration, safety and insurances, legal responsibilities, ethics.

SVB680 Professional Practice

The history of surveying and surveyors. The surveyor in relation to statutory authorities, civil, commercial and taxation laws. The surveyor as employer, employee, expert witness. Surveyor-client-consultant relationships. Professional ethics.

CSB110 Programming Principles

This subject follows the concepts developed in CSB1 00. Abstract data types, their implementation and operational algorithms associated with them. The techniques of problem solving, organisation and procedures. Techniques of program specification, design and implementation are developed, leading to necessary techniques in program testing and debugging.

Synopses 287

EEP115 Programming Tutorial

Introduction to QIT computer facilities. Basic concepts of operating systems, editors, compilers and file managers. Introduction to structured programming techniques and algorithm development. Assignments.

IFP222 Project

The project is intended to ensure that students obtain experience in a practical application of significant proportions. The student receives broad guidance from a qualified supervisor but progress depends on the student's initiative and problem solving ability. The project will normally involve presentation of a seminar in addition to the preparation of a full report on the aims and objectives of the projeCt and the results achieved.

SVB683 Project

Each student will undertake and report on an approved project in the field of surveying. Field trips on site or to local firms may be required for some projects.

SVB685 Project

Students are required to undertake a substantial mapping project utilising knowledge gained in photogrammetric, traditional and computer assisted methods. The project may be topographic or thematic in nature.

CET797 Project I

The student will be required to undertake a substantial project in the student's hcosen field. This will involve the investigation of the topic, performance of tests, design calculations etc. and submission of a comprehensive report on sets of drawings.

CET598 Project II

An individual designed program including designs, reports and investigations in the area of sanitary engineering.

CET495 Project A

The student will be required to undertake a substantial project in the student's chosen field. This will involve the investigation of the topic, performance of the tests, design calculations etc. and submission of a comprehensive report on sets of drawings.

CEB491 Project {Civil)

The student is required to investigate in depth, either within the Institute or in the field, and present a formal report on a problem or problems taken from the full range of civil engineering practice. The object of the project is to evaluate the student's understanding of basic civil engineering principles and his/her appli­cation of them to a specific task. The projects may arise through participation in research programs or specific topics suggested from industrial applications. Field trips on site or to local firms may be required for some projects.

EEB789 Project {Electronic Systems Engineering)

An individual engineering project on a specified subject will be completed. The work will require design, computing, construction, experimental work and practical testing with the submission of appropriate reports. The subject will be selected from any area which involves electronics, computing, control, commun­ication and may include programming, circuit and system design. Field trips on site or to local firms may be required for some projects.

288 Synopses

EEB781 Project (Electrical Engineering)

Students are required to investigate a particular problem(s) and present a formal report for evaluation at the end of the year. Field trips on site or to local firms may be required for some projects.

MEB409 Project (Mechanical)

The student is required to investigate in depth and present a formal report on a problem area taken from the full range of mechanical engineering practice. Projects may arise through investigation in applied research programs or from a specific topic from industry. Field trips on site or to local firms may be required for some projects.

MNB002 Psychology for Engineers

Introductory psychology. Basic elements of transactional analysis and their application to work settings. Self-concept and its relationship to socially effective behaviour. Attitudes and attitude change. The dynamics of supervision in the work place.

CEB370 Public Health Engineering I

An introduction to the principles of public health engineering. Causes and effects of water pollution, principles of unit processes and operations of water quality control. An introduction to air pollution, its causes and control. Field visits are required.

CEB470 Public Health Engineering II

Development of principles taught in CEB370 to enable functional design of treatment units to be undertaken. An introduction to sewerage and water reticulation. On completion of this unit the student should be able to proceed to simple design exercises in water supply and sewerage and treatment processes. Field visits.

CEB570 Public Health Engineering Ill

This subject covers basic solid waste management (of domestic, commercial and industrial wastes), together with a study of the general principles of industrial liquid waste management, with examples of some important industries. Students completing this subject will have gained a basic understanding of solid and industrial liquid waste management necessary to a municipal engineer operating in the Queensland scene. Field visits.

CET775 Public Health Engineering

The design construction and operation of water supply and sewerage systems, including materials and equipment. Pumping station layout and operation. Basic principles of water quality control. Treatment plant construction, layout and operation.

MEP173 Quality Control Planning

Survey and appraisal of procedures. The specification of standards. Establishing the quality manual of procedures. Quality Audit principles. Control using automatic, statistical/human methods. Source inspection methods. Introduction to basic controllooptechniques-open, closed and manually closed. Quality data collection and analysis. Control of instruments and gauges and its relationship to physical standards.

Synopses 289

ACP213 Quality Cost Analysis

An overview of accounts for reporting purposes. The manufacturing account. Cost objectives, direct material, conversion cost, appraisal cost and cost behaviour. Indirect costs; the investment nature of prevention costs; overhead distribution. Operating costing; job, batch, and process costing; costing for recovery of internal failure costs. Corporate plans and budgets, the nature of working capital, budgeting for external failure costs, C!V/P analysis to include levels of failure costs. The variance analysis framework, including quality cost elements and the discovery of profit recovery alternatives in terms of input cost controls. Case study.

MEP371 Quality From Reliability Assurance

The students are introduced to the concepts of reliability and maintainability, and associated techniques for maximising system availability. It studies practical applications of Weibull's distribution to reliability and maintainability. It also looks at the computerised maintenance systems available and their efficiency.

ISP3BO Quality Information Systems

Types of information systems. Information as a resource. Past and current approaches to information systems. Decision making based on the information systems. Analysis and design. Prototyping concepts. Information system modelling.

MEP273 Quality Measurement and Testing

Introduction to measurement, inspecting and testing. Definitions, standards. Measurement by observation or instrumentation as applied to any process or procedure, calibration systems, techniques and applications. Acceptance inspection, inspection planning and applications. Testing principles and pro­cedures, types, uses. Instrumentation of test facilities. Laboratory quality assurance. Data analysis and uncertainties. Laboratory and facility management.

MAP221 Quality Problem Solving Technique

Collection of data and use of check sheets. Histogram as a diagnostic tool. Pareto diagram, stratified data, use of weighted factors; Ishikawa chart, dispersion analysis and process classification types. KepnerTregoe technique. Correlation analysis, scattergram and the Tukey corner test, independence and spurtios correlation, regression equation and prediction. Design of experiments, principles and basic concepts, Latin Square design, factorial experiments, hierarchical designs.

MEP473 Quality Systems and Assessment

Review of Australian Standards 1821-23, 2000 and other project quality systems standards. Quality assessment schemes. How to conduct an audit based on the standards. The interaction between quality manual, quality system and quality plan. Queensland state purchasing policy requirements. Australian Standards supplier assessment scheme.

MNP112 Quality System Management

Introduction to the role of quality in a modern company. Quality as a measure of both organisational performance, and of products and services. Quality as a total management philosophy. Comparative management practices in qualty: Japan, Europe and North America; application to Australia. Organising for quality: organisational structure; the quality plan; the manual of procedures. Managing for quality: use of statistics; continuous improvement implementing company­wide quality control.

290 Synopses

EEB601 Realtime Computing

The integration of hardware and software to produce working real time computing systems. Particular attention will be given to realtime operating systems and to hands-on experience on suitable equipment. Functioning realtime systems will be studied on industrial visits.

EEP113 Realtime Systems

Definition and review of realtime operating systems. Detailed examination of the structure of realtime operating systems. The development of programming skills, oriented towards realtime applications. Programming exercises for realtime applications using assembler and high-level languages.

MET352 Refrigeration and Air Conditioning

Ideal and actual refrigeration cycles including variation of operating conditions and cycles. Performance of refrigeration equipment. Psychometry, cooling load estimation. Air supply systems.

MEP371 Reliability and Maintainability

Introduction to reliability and maintainability. Relationship between reliability and quality. Relationship between designer, manufacturer and operator. Means of achieving high reliability and maintainability. Fundamental theory of reliability. Reliability data analysis. Practical applications of Weibull's distribution to reliability and maintainability. Modelling for reliability. Computerised mainten­ance systems, economics and systems availability.

SVB645 Remote Sensing

Definitions and major systems for remote sensing. Characteristic spectral reflectance of objects and spectral response of sensors, remote sensing acquisition hardware. Remote sensing satellites. Thermography and radar. Data processing for presentation and enhancement. Cartographic correction of remote sensing data for systematic geometric error.

SVT945 Remote Sensing

Introduction to remote sensing. Data and information. Review of electromagnetic propagation. Spectral sensitivity and response. Systems in current use. Carto­graphic use of remote sensing imagery.

ISB102 Representation of Information

This subject forms the basis for development of concepts associated with information system design and implementation. It is intended to lead students to the ability to develop an abstract model of a real situation as the first step to creating a computer based model. Covered are system concepts of input -process -output, abstractions of classification, generalisation, aggregation and language as a form of conceptualisation. Model description, a data directory and data flow diagrams.

SVT813 Reprographic Processing A

Practical exercises in map reproduction.

CET565 Road and Drainage Engineering

Elements of road construction and maintenance, road pavements -types, design and construction. The drainage component includes road drainage principles, design and construction of urban and rural culverts, urban stormwater drainage systems.

Synopses 291

CET815 Road Location and Design

Road location principles, road design and geometry including computer appli­cations, subdivision and subdivision street design, introduction to traffic engineering, intersection design.

CEP211 Roadworks Practice

Advanced pavement design and maintenance techniques with emphasis on selection and evaluation of pavement structures, strengthening and reconstruct­ion, maintenance planning and pavement management.

CET709 Safety and Industrial Relations

Lectures, tutorials, practical work and field trips covering current systems and practices in occupational safety and health programs, the industrial relations system in Australia and the man, management techniques which may be employed to create a good industrial relations climate on a site or in an industry.

MAP211 Sampling Procedures Basic concepts and principles in sampling. Attribute batch sampling, sampling plans {single, double and multiple), OC curves. AS1199, terminology and definitions, choice of plan and switching rules. Attribute batch sampling with rectifying inspection, Dodge Romig procedure, use of tables. Attribute continuous sampling and the Dodge system (CSP-1 etc). Sampling by variables, plans and procedures. AS2490, terminology and definitions, inspection rules.

CSB213 Scientific Applications

A familiarisation with problems associated with scientific and technical comput­ing. It deals with a background of practical mathematics, such as number accuracy and cumulative errors, and leads to a coverage of FORTRAN to an advanced level including arrays, subprograms and disc file handling. There will be practical moderate-size programming assignments.

SVB282 Seminar I Preparation of technical papers and reports for both written and oral presentation. Business correspondence. Meeting procedures.

SVB682 Seminar II Each student will prepare and present at least one technically oriented seminar paper in a field germane to surveying.

EEB785 Seminars Students will prepare and give a seminar on a suitable engineering topic or other subject as approved by the Head of School. Discussion is invited and students must be prepared for questions from the audience.

MEB401 Seminars

Two opportunities are given for presentation of a technical paper to a technical audience, usually consisting of engineering students and staff. Students act as chairman of the meeting and assessment is made partly on technical content and partly on presentation.

EEB701 Seminars and Technical Communication

The presentation of oral and written reports and other technical information to specialist and non-specialist audiences is analysed and practised.

292 Synopses

EEB602 Signal Processing

Sampling and reconstruction. z-transforms description of discrete-time signals. Digital filtering- FIR, IIR. Discrete Fourier transform. Leakage effects and window functions. Discrete Hilbert transform.

EEB361 Signals and Systems

Detailed study of Fourier theory applied to signals and analogue communication systems- am, fm, and pulse analogue modulation methods, time and frequency multiplexing and frequency translation.

MNP107 Small Business Management

This subject has three complementary aims: (a) to understand the role and operation in Australia of small enterprises such

as a small profession or small business; (b) to provide training for consultants and counsellors to small enterprises; (c) to develop the knowledge and competence of those who wish to set up and

run a small business. As more than 90% of firms in Australia are small enterprises and employ about half the workforce, this subject fills an important need. The course may include lectures, discussions of cases, films, small business men guest lectures, written analysis of cases, a written commentary on literature and/or practice of some aspect of small business, a small business simulation game, and a project with more than two students involving the detailed planning of a real small business venture. Topics include planning, accounting/finance, marketing, entrepreneur­ship and consulting.

CSB302 Software Engineering

A formal approach to state-of-the-art techniques in software design and develop­ment. Concepts covered are design specification, implementation of design and its alternate methods, aspects of validation and program verification, document­ation methods. An important aspect of software design is the organisation and management of resources and monitoring of progress. The subject is completed with consideration of future directions such as the advantages/disadvantages of natural language interfaces.

CSB490 Software Engineering

This subject extends the student's understanding of data structures, algorithms, and languages. The fundamental aspects of operating systems, networks and protocols are introduced. Practical work in the subject emphasises the software engineering aspects of program design.

CEB240 Soil Mechanics I

Introduction to soil properties and their measurement, phase relationships, compaction, soil physics, limit stress conditions and shear strength, and an introduction to lateral earth pressures and the magnitude of one dimensional settlement. This subject includes laboratory and tutorial work and compulsory visits.

CEB241 Soil Mechanics II

Further work on the design of retaining walls and the calculation of consolidation settlement The permeability of soils and flow nets; basic theory for the factor of safety for slopes and bearing capacity of soils; soil stabilisation and the design of flexible pavements insitu investigation and sampling.

Synopses 293

CET645 Soil Mechanics I

Identification and classifications of soils; testing methods required. Compaction of soil, soil permability, effective and total stress, shear strength and compressib­ility. Introduction to retaining walls, bearing capacity, CBR testing and insitu sampling and testing.

CEP275 Solid Waste Disposal

Lecture, tutorial and site visits on unit operations of waste management, characteristics of wastes, sampling and analysis procedures, collection and storage systems, handling, reprocessing and disposal techniques. Optimisation of waste management, composting, landfill, combustion, incineration, air pollution control, liquidwaste and sludge streams, control of gaseous emissions. Recycling, salvage, alternative processes, structural, environmental, other applications. Legislation and policy.

CSB320 Special Studies

This is an elective subject which will cover aspects of special interest at the time it is offered. For example, it would make allowance for developments or emphasis of significance not involved in the remainder of the course program.

CET708 Specifications and Estimates

General conditions of contract, arbitration, annexures, specifications, special provisions. Types of estimates. Mechanics of estimating, computer applications.

SVT541 Spherical Trigonometry and Astronomy

Definition concerning the sphere and spherical triangles. Development and use of formulae for the general and the right angled spherical triangle. Spherical excess and area of triangle. The celestial sphere and celestial co-ordinates. Solar and sidereal tune, use of Star Almanac for Land Surveyors. Third order methods for determining latitude, longitude and azimuth. Students are required to undertake one evening visit to the Brisbane Planetarium at Mt. Coot-tha.

EEB600 Starting a Technology Based Business

The subject will cover introduction to business structures, forming a business team, marketing and market research, financing new high risk business, selling yourself with business plans and presentation skills, product development, manufacturing and distribution, inventions, useful people to talk to.

MAP111 Statistical Methods in Quality

Describing variation, frequency distribution, histogram, estimation of parameters. Important distributions useful in describing quality-related phenomena, binomial, hypergeometric, Poisson, normal, exponential, Weibull. Approximations. Poisson to binomial, etc. Sampling distributions. Interval estimation and tests of hypo­theses. Type 1 and Type II errors.

MAP121 Statistical Process Control

Basic concepts and preliminary considerations. Control chart procedures for variables, X & R charts, pattern analysis and interpretation. Process capability study, natural tolerances, capability ratio, modified control charts. Attribute control charts, construction and interpretation of p, c and u charts. Cusum technique for continuous data, scope and principles, procedure and interpretation, testing techniques- V mask, decision interval. Cusum applications to discrete data. SPC computer software.

294 Synopses

MAA251 Statistics and Data Processing

A basic subject in statistics, including statistical terminology and organisation of data, elementary probability, binomial and normal distribution, sampling theory, regression and correlation.

CEB201 Steel Structures

Tension and compression members. Beams- lateral-torsional buckling, shear and bearing stiffeners, plate girders. Beam-columns. Bolted and welded connections, base plates.

MNB610 Strategic Marketing

The course is designed to develop a specific understanding of marketing strategy with in depth consideration of selected areas of decision making. The course will introduce the use of operation research and quantitative methods in marketing decision making, especially in areas such as forecasting, product planning, distribution and promotion planning. Instruction will consist of lectures on the theory, study of cases and applications, and use of the computer in problem solving.

CEB281 Strength of Materials

Extension of elastic theory from structural mechanics into more complex states of stress- non-homogeneous beams, asymmetrical bending; shear centre, tension in hollow and other sections, buckling. Experimental techniques for stress and strain analysis.

MEB511 Stress Analysis

Stress and deflection in a selection of mechanical engineering situations. Theory and practice of strain measurement. Introduction to finite element analysis.

CEB551 Structural Design

Advanced analysis and design techniques for structures in steel, concrete and other materials. Emphasis will be placed on a depth of understanding of structural action and material properties, the economics of selection, the application of modern design techniques and codes. Site visits are required.

CET888 Structural Drawing and Design

Minor structural design and layout will be undertaken. Preparation of advanced structural engineering drawings covering steel, reinforced and prestressed concrete and timber where geometric and physical restraints interact with the structural design process.

CEB252 Structural Engineering 1

Lectures, tutorials and practical work on the principles of elementary structural action, including work on equilibrium, compatibility, determinacy and stability, deflection analysis, energy theorems and their application, stiffness methods, buckling and influence lines. The work covered will include an introduction to indeterminate analysis and the concepts of flexibility and stiffness methods.

CEB352 Structural Engineering II

Lectures, tutorial and practical work, extending the basic concepts and applic­ations of Structural Engineering I. Approximate methods, moment distribution, influence lines for indeterminate structures, matrix analysis, collapse analysis of frames. Analysis of flexible cables.

Synopses 295

CET787 Structural Engineering Drawing

Preparation of structural engineering drawings covering basic steel work and reinforced concrete works. Reinforcing schedules together with details of steel connections.

CET255 Structural Mechanics

Stress- direct flexure, shear- in beams and shafts. Combined stress conditions. Deflections in beams and trusses.

EET840 Substations and Protection Systems

Study insulation co-ordination principles, substation layout and equipment including circuit breakers, current and voltage transformers and their character­istics. An introduction to sequence components and fault calculation. A descript­ion of different types of protection systems and their integration with the power system, especially substations.

MET901 Sugar Mill Technology I

This subject provides the basic knowledge and skills in the technology and equipment associated with sugar mill processes and operation.

MET902 Sugar Mill Technology II

This subject provides further knowledge and skills in the technology and equipment associated with sugar mill processes and operation.

SVT222 Survey Drafting

The Survey Plan Manual. Presentation standard for microfilming. Techniques of survey drafting. Sketches under the Survey Co-ordination Act. Identification survey and detail plans. Water course boundaries. Requirements of DMS, Mines Department and Titles Office and plotting of simple plans for registration.

MAB199 Survey Mathematics I

Calculus: differentiation, partial differentiation, complex numbers, sequences and series, integration, applications. Matrix algebra; basic operations, linear equations, inversion, determinants, Cramer's rule. Coordinate geometry. Statistics.

MAB495 Survey Mathematics II

Calculus. Matrix algebra. Spherical trigonometry. Three dimensional coordinate geometry.

MAB795 Survey Mathematics Ill

Transformation in 3 dimensions: central projection, the near-parallel case. Numerical analysis: propagation of errors, solution of non-linear equations. Approximation and interpolation. Solution of simultaneous linear equations, Gaussian elimination, compact methods, Choelsky, iterative methods.

SVT225 Surveying

Basic principles of surveying techniques for providing survey control, especially for mapping purposes. Basic principles of measurement - angular and linear. Historical review of surveying.

SVB306 Surveying I

Brief history of surveying, theory of error, principles of control, survey instrument­ation, engineering levelling and setting out.

296 Synopses

SVB406 Surveying II

Advanced surveying systems- remote sensing applications in civil engineering, survey networks, underground surveying, hydrographic surveying.

CMB136 Technical Writing

The prose, mechanical and graphical elements in reports, proposals, instructions and other technical literature are analysed and put into practice. The subject includes the preparation of routine correspondence, and presents modern developments in organisational communications.

EET460 Telecommunications

Topics include: the nature of signals; elementary Fourier analysis; the concept of modulation; amplitude and angle modulation; pulse modulation; multiplexing; signal processing and noise; the nature of links; noise and links; mixing and superhet principles; digital and data transmission and fibre optics.

EET753 Testing and Commissioning Techniques

This subject covers the philosophy of testing, the concepts of quality assurance and the principles of commissioning. Test methods and techniques for various electrical tests; application oftest methods and techniques to a range of electrical plant; principles of earthing in a power system; safety procedures.

MEB411 Theory of Machines

Balancing of mechanisms and rotors; gear trains; friction and centrifugal devices.

MEB451 Thermal Plant

A series of lectures, tutorials and practical periods in thermal plant including advanced thermodynamics, boilers, turbines, cooling towers, feed water heaters, cryogenic plant, and real cycle analysis.

MET250 Thermodynamics

A series of lectures and tutorials with practical periods to introduce the basic engineering thermodynamic concepts, viz. systems, reversibility, first and second law, and the working fluids. IC engine cycles and simple performance evaluations.

MEB250 Thermodynamics I

A series of lectures with tutorial and practical periods to introduce the basics of engineering thermodynamics. Topics such as basic concepts, reversibility, first and second laws of thermodynamics. Applications to heat engines, compressors, engines testing etc. Particular emphasis being given to single phase systems.

MEB251 Thermodynamics II

A series of lectures, tutorials and practical periods that incorporate applications of the theory developed in Thermodynamics 1: steam plant, nozzles, impulse and reaction turbines, gas turbines, mixtures, combustion and refrigeration.

MET560 Thermofluids

Fluid statics, fluid flow and measurement, dimensionless groups, elementary heat transfer by conduction, convection and radiation.

SVB643 Topics in Engineering Surveying

Lectures, tutorials and practical exercises dealing with the following topics: Network reliability, deformation surveys, subsidence monitoring, precision alignment and distance measurement, jig surveys, high rise buildings.

Synopses 297

MET171 Trade Training lA

This workshop practice subject provides skill training in basic fitting and welding. The subject will emphasise the practical and applied aspects of fitting and welding skills.

MET271 Trade Training IIA

This subject provides skill training in basic metal machining techniques. The subject will emphasise the practical and applied aspects of turning, milling, shaping, surface and cylindrical grinding.

CHA844 Trade Waste Control

A study of industrial wastes with respect to typical waste characteristics, effects on natural waters, sewers and treatment plants, methods of in-house treatment and their achievable effluent levels, monitoring techniques, legislation and charging procedures.

CEB313 Traffic Engineering

A series of lectures, practical work and field work covering traffic theory including traffic behaviour, probability models, queuing and bunching; traffic management analysis including unsignalised and signalised intersection, street lighting, signs and markings, barriers and parking and; traffic capacity analysis including standards, warrants and capacity and environmental volumes.

EET737 Transmission and Propagation

Transmission lines -study of waves; reflections; matching; using Smith circle and computer aided techniques. Electromagnetic waves in free space and at the boundary between media. Basic antenna parameters and properties, waveguide theory and microwave techniques and an introduction to optical fibre technology.

EEB562 Transmission and Propagation (T)

Distributed elementary lumped constant analysis of twin-conductor transmission lines; waves, reflections, reflection coefficient, impedance and standing waves. Introduction to the TE mode in rectangular waveguides, and to aerial parameters.

CEB410 Transport Engineering I

A series of lectures, practical work and field work covering transport technology including rail, bulk handling, marine and aviation technologies; transport route location including the physical principles of route location in urban and rural terrain and transport network analysis including the transportation planning considerations of trip generation, distribution, modal split, traffic assignment, evaluation and road needs planning.

CEB511 Transport Engineering II

A series of lectures and practical work to provide an overview and balanced perspective of transport engineering. The subject covers transport economics including supply and demand in the transport sector, socio-economic analysis, financial analysis, road pricing and environmental analysis as applied to transport; Highway upgrading including: appraisal of deficiencies, pavement rehabilitation, geometric deficiencies, development of overtaking lanes and duplication, accident assessment, noise abatement and rationalization of standards; and Transport Authority operations including MRD and local authority procedures, design manuals, methods and organisation in planning, design construction and operation and an overview of other authorities including QR, DOT, ARRB, ARRDO, and BTE.

298 Synopses

CEP214 Transport Engineering I Highway and road system management, planning of upgrading based on operational efficiency safety and road condition; planning and operation of bus systems and access/egress facilities; planning and operation of airport upgrading works based on aircraft operational requirements and terminal and ground support needs.

CEP216 Transport Engineering II

Reviews the design and functional requirements for road systems and the systematic analysis of improvements to road systems. Covers the process of interpreting management information about the road system and developing preferred improvement strategies based on deficiency analysis and simulation program TRARR is used extensively.

MEB463 Tribology

Tribological terms; friction; wear; surfaces; lubrication modes; lubricant proper­ties; lubricant selection; bearings; transmission elements; failure diagnosis; planned lubrication; specific lubrication problems.

CEP361 Urban Drainage

A subject designed to expand the knowledge and design skills of graduate engineers in the design of the drainage system for high value land. The subject will cover rainfall-runoff models, hydraulics of structures, costs, policies and law. Field trips will as required.

CEP310 Urban Transportation Planning

Macro planning; roads needs and urban transportation micro planning; new development transport planning and local area transport planning, planning models. Model construction, development, calibration and data collection applications.

CEB192 Vacation Practice I

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer and a formal report to the standards laid down by the Head of School. Both report and form must be submitted by week seven of the semester immediately following the work period.

CEB292 Vacation Practice II

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer and a formal report to the standards laid down by the Head of School. Both report and form must be submitted by week seven of the semester immediately following the work period.

CEB392 Vacation Practice Ill

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer and a formal report to the standards laid down by the Head of School. Both report and form must be submitted by week seven of the semester immediately followmg the work period.

Synopses 299

EEB206 Vacation Practice I

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer.

EEB406 Vacation Practice II

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer.

EEB606 Vacation Practice Ill

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer.

EEB901 Vacation Practice I

Students must engage in at least five weeks employment approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer.

EEB902 Vacation Practice II

Students must engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer.

EEB903 Vacation Practice Ill

Students must engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students mustsubmitan industrial experience record form which has been completed by both the student and the employer.

MEB200 Vacation Practice I

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer.

MEB300 Vacation Practice II

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer.

MEB402 Vacation Practice Ill

Students should engage in at least five weeks employment, approved by the Head of School. For the employment to be recognised, students must submit an industrial experience record form which has been completed by both the student and the employer.

300 Synopses

CEB560 Water Engineering

Lectures, tutorial and practical work and site visits covering selected topics in water engineering. Topics will be chosen from advanced hydrology, mobile bed hydraulics, r iver hydraulics, hydraulic structures, physical and mathematical modelling.

CEP172 Water Quality Engineering

Characteristics of liquid wastes. Their effects on receiving waters. Dispersion and decay of pollutants in the water environment. Water quality standards and objectives.

CEP380 Water Supply and Sewerage

Water reticulation, distribution network analysis. Service reservoirs, pumping stations, waterhammer, design. Sewerage design and construction. Corrosion prevention and mitigation. Sewage and sludge pumping. Design of pumping stations- syphons, drops and overflows.

CEP273 Water and Wastewater Treatment I

Unit operations and processes of water quality control. Process design parameters. Site visits as required.

CEP274 Water and Wastewater Treatment II

The design of water and wastewater treatment trains. Current pract ice and development. Site visits as required .

EET305 Workshop (Eiec.) lA

Legal requirements, codes of practice, state acts, trade unions, safety, medical aid; introduction to work with soldering, crimping, wiring cords, cable layouts, earthing, continuity and insulation testing.

EET405 Workshop (Eiec.) IIA

Wiring in buildings and switchboards, construction and maintenance of items such as relays, contactors, motors, light fittings; coil winding; fault finding in plant and circuits at medium voltages; basic protection circuits and equipment.

EET309 Workshop (Eiec.) lilA

Basic design and construction of a transformer, illumination circuit, control equipment, SCR, power supply or similar items, including calculations, sketches, testing and technical report. A compulsory visit to a plant engaged in heavy current electrical engineering is arranged.

EET409 Workshop (Eiec.) IVA

An introduction to electronic circuit assembly and printed circuit board manu­facture; electronic components and circuit testing; wire wrapping and construct­ion techniques. A compulsory visit to a plant engaged in light current electrical engineering is arranged.

MET175 Workshop (Mechanical) lA

An introduction to workshops and field training, the use of sketches, working drawings, materials, safety and legal requirements.

MET475 Workshop (Mechanical) lilA

An introduction to workshop machines and practices.

Notes

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