Kerala university B. Arch. 2003 scheme syllabus

8/12/2019 Kerala university B. Arch. 2003 scheme syllabus

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A. B.Arch Degree Course (10 semesters) From 2003 Admission Onwards

1. RU!" A#D R!$UA%&O#"

2. "C'!!

3. A#UA"

. D!%A&!D "*ABU"


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Ru+es and Regu+ations (Effective from 2003 admission)

1 Conditions ,or admission

Candidates for admission to the B.Arch. Degree course shall be required to

have passed the Higher Secondary Examination !erala or "# th standred

$.H.S.E C.B.S.E % .C.S.E or any other examination accepted by the

&niversity as equivalent there to 'ith (athematics )hysics and Chemistry as

optional sub*ects and obtaining not less than +, percent mar-s in (athematics

and +, percent mar-s in the (athematics )hysics and Chemistry put

togetheror a diploma in Engineering a'arded by the Board of echnical

Education !erala or an examination recogni/ed as equivalent thereto after

undergoing an institutional course of at least three years securing a minimum

of +,0 mar-s in thefinal diploma examination sub*ect to the usual concessions

allo'ed for bac-'ard and other communities as specified from time to time.

he candidates shall qualify in the Architectural aptitude test conducted by

!erala 1overnment.

2o lateral admiss ion shall be permitted as per the minimum standards ofArchitectural Education 3egulations "456 of Council of Architecture and

A%CE notification 7uly "44#.

2. Duration o, the Course

#." he course for the B.Arch Degree shall extend over a period of ", semesters

including " semester 89 months: practical training after the completion of the

9 th semester B.Arch examination and " semester 89 months: thesis 'or- after

the completion of the 4 th semester B.Arch examination.

#.# he course shall cover the group of sub*ects as given in the curriculum and

scheme of Examination given in the annexure

#.6 Each semester other than practical training ; thesis 'or- shall ordinarily

comprise of not less than


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1roup %% > All sub*ects other than mentioned in 1roup % Dissertation )ractical

raining hesis ; $iva $oce

9.# Sessional mar-s shall be a'arded as per the follo'ing norms for each group.

1roup % > Assignments ? ,0

est ? #,0

Attendance ? ",0

1roup %% > Assignments ? 6,0

est ? +,0

Attendance ? #,0

2ote > his spli t=up is applicable only for the internal mar-s.

9.6 he sessional mar-s allotted for attendance for all sub*ects shall be a'arded

full only if the candidates has secured the 4,0 attendance in the sub*ect.

)roportionate reduction 'ill be made in the case of sub*ects in 'hich heshe

gets belo' 4,0 of the attendance for the sub*ect

9.< he )ractical raining the Dissertation and the hesis and $iva $oce 7ury for

Architectural design % to $%% our Documentation shall be conducted as perthe manuals given along 'ith the syllabus.

4. !5aminations

." here shall be &niversity Examinations a t the end of combined first and

second semester and at the end of every semester form %%% semester

on'ards in sub*ects as prescribed under the respective scheme of

examinations for B.Arch Degree course except practical training.

.# A student 'i ll be permi tted to appear for the &nivers ity Examination on ly

if heshe satisfies the follo'ing requirements>

.#." Heshe must secure no t less than +0 attendance in the total number of

'or-ing periods during all semesters and shall be physically present for a

minimum of 9,0 of the total 'or-ing periods. %n addition heshe also shallbe physically present in at least ",0 of the total attendance for each

sub*ect.

.#.# Heshe must earn a progress cer tificate from the Head of the %nst itut ion of

having satisfactorily completed the course of study in the semester as

prescribed by the regulations.

.#.6 Hisher conduct must be satisfactory.

.6 %t shal l be open to the $ice=Chancellor to grant condonat ion of shor tage of

attendance on the recommendation of Head of %nstitution in accordance

'ith the follo'ing norms >

.6." he at tendance shall not be less than 9,0 of the total 'or-ing periods

.6.# He shall be physically present for a minimum of +,0 of the total 'or-ing

periods.6.6 he shortage of attendance shall not be condoned more than t'ice during

the entire course.

.6.< he condonation shall be granted sub*ect to the rules and procedures

prescribed by the &niversi ty from time to time.

.< A s tudent 'ho i s not e ligible for condonation of shortage o f att endance

shall repeat the course in the next immediate chance offered.

.+ All examinations for al l sub*ect 8heory Dra'ing Archi tectura l Design

7ury and hesis $iva $oce : 'ill be conducted by the &niversity.

.9 Examinations 'ill be held t'ice in a year ? April(ay and

ctober2ovember.

6. inimum ,or a 7ass

5." A candidate shall be declared to have passed a semester examinat ion in

full in the first appearance if heshe secures not less than


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each sub*ect of the &niversity semester examination and not less than +.,

1)A for the semester

he 1rade )oint Average for the semester 'ill be calculated by the

formula

GPA = 10 credits

5.# A candidate sha ll be dec lared to have passed in an individual sub*ect of a

semester examination if he secures not less than

4.#." HeShe shall repeat the course 'or- in a part icular semester only once and

that too at the earliest opportunity offered to himher

4.#.# HeShe shall not combine this course 'or- 'ith his regular course 'or-.

4.#.6 HeShe shal l repeat al l the sub*ects in that semester

4 .#.< HeShe shall not be al lo'ed to repeat the course 'or- of any semester i f

he has already passed that semester examination in full.

4 .# .+ he sessional mar-s obtained by the repetit ion of course 'or- alone 'il l

be considered for all purposes and in cancellation of the previous

sessional mar-s of that semester.

4.#.9 he candidate shall not be allo'ed to appear for the improvement ofArchitectural Design 7ury. Candidate 'ho failed in the Architectural

Design shall repeat that semester in the next immediate chance.

4.6 A candidate sha ll be al lo'ed to 'i thdra' f rom the 'hole examination of a

semester only in accordance 'ith the rules for cancellation of examination

of the &niversity.

4.< he &niversity examinat ion 'ritten by a candidate automat ical ly gets

cancelled once heshe repeats the course for the particular semester.

10. !+igi-i+it ,or 7romotion to higher semester 9 7rocedure ,or com7+eting

the course

",." A student 'ho has secured +0 attendance and +,0 mar-s in

Architectural Design 'ill be eligible for promotion to the next higher

semester.


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",.# Ho'ever before being admi tted to the $% semester classes a student

should have passed all the sub*ects in the combined % ; %% semester

examination in full.

",.6 Similarly b efore being admitted to the % th semester classes a student

should have passed the entire sub*ect upto and including $ semester.

Examination in full and successfully completed the practical training as

per the manual .

11 C+assi,ication o, "uccess,u+ Candidates

""." A candidate 'ho qualifies for the degree passing all the sub*ects of the ",

semester 'ithin 9 academic years 8"# consecutive semesters: after the

commencement of his course of study and secures not less than .+ C1)A

of all ten semesters shall be declared to have passed the B.Arch Degree

Examination in @%3S CASS F%H D%S%2C%2.

he cumulative grade point average 'ill be calculated by the formula

8credits for semester GPA earned for the semester)CGPA = ________________________________________________

credits for the semester

"".# A candidate 'ho qualif ies for the degree passing al l the sub*ects of the ten

semesters 'ithin six academic years 8"# consecutive semesters:after the

commencement of hisher course of study and secures not less than .+

C1)A but not less than 9., C1)A of all the ten semesters shall be

declared to have passed the B.Arch Degree Examination in @%3S CASS.

"".6 All other successful candidates shall be declared to have passed the B.Arch

Degree Examination in SEC2D CASS.

"".< Success ful candidates 'ho complete the examination in five academic

years after the commencement of their course of study shall be 3A2!EDon the basis of theC1)A of all the ", semesters.

"".+ ota l mar- secured by the candidate in the &nivers ity examination and

sessional for each semester 'ill be carried over to the next semester. %n

case of sub*ects for 'hich heshe has improved the improvement mar-s

8FrittenSessional: shall be carried over. %n the case of sub*ect in 'hich

the candidate has failed the mar-s obtained at the successful attempt 'ill

be counted for carry over.

12. "tud tour and documentation cam7

"#." Students shall underta-e study tours in S< and S5 semesters of the course

as part of architectural design and shall underta-e a documentation camp in

S9 as per the manual attached.

"#.# he tour shall be considered as part of the 'or-ing periods of the semester.13. A candidate sha++ com7+ete the 7rogramme and 7ass a++ e5aminations

within ten ears since his9her ,irst admission to the B.Arch 7rogramme.

1. Reision o, Regu+ations

he &niversity may from time to time revise amend or change the

regulations curriculum scheme of examinations and syllabi. hese

changes unless specified other'ise 'ill have effect from the beginning of

the academic year follo'ing the notification by the &niversity.


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Fourth "emester ( ")

Course no. 2ame of the Sub*ect CreditsHoursFee- Duration

of exam

(ar-sotal

) F 7 S

,6A3"


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"i5th "emester ( " )


of exam

(ar-sotal

) F 7 S

,6A3"9," Architectural Design=$G + === ", == === #,, 6,, +,,

,6A3"9,#Building (aterials ;

Construction ? $< " 6 < ",, === ",, #,,

,6A3"9,6 History of Architecture $ # # === 6 ",, === +, "+,

,6A3"9,< o'n )lanning 6 6 === 6 ",, === +, "+,

,6A3"9,+ Design of 3CC Structures 6 6 " === 6 ",, === +, "+,

,6A3"9,9Building Services=% Fater

Supply ; Sanitary Engg.6 6 === 6 ",, === +, "+,

,6A3"9,Building Services ? %% >

Electrical Services6 6 === 6 ",, === +, "+,

%ota+ 23 1 1 13 00 200 0 1)0

* Architectural Design=$Examination shall be conducted by a Jury appointed by the

niversity as per the manual

! " !ecture # " #utorial

$ " Dra%ing&'tudio&$ractical ( " (ritten niversity Examination

J " Jury ' " 'essional )ars

"eenth "emester ( "4)


of exam

(ar-sotal

) F 7 S

,6A3"," )ractical raining=G + == ",, == ",,

%ota+ 100 :: 100

* $ractical training as per the manual after the successful completion of 'ixth 'emester

J " Jury

!ighth "emester ( "6)


of exam

(ar-sotal

) F 7 S

,6A3"5," Architectural Design ?$%G + === ", === === #,, 6,, +,,

,6A3"5,#

Building (aterials ;

Construction ? $% < " 6 < ",,

===

",, #,,

,6A3"5,6Building Services %%% ? Air

conditioning6 6 === 6 ",,

===+, "+,

,6A3"5,< Advanced Structural Systems 6 6 === 6 ",, === +, "+,

,6A3"5,+ Estimation ; Specification 6 6 === 6 ",, === +, "+,

,6A3"5,9 Elective % 6 6 === 6 ",, === +, "+,

,6A3"5, Elective %% 6 6 === 6 ",, === +, "+,

%ota+ 2) 1 13 00 200 0 1)0


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* Architectural Design"+I Examination shall be conducted by a Jury appointed by the

niversity as per the manual

! , !ecture- # , #utorial- $ " Dra%ing&'tudio&$ractical- ( " (ri tten niversity

Examination -J" Jury- ' " 'ess ional )ars

#inth "emester ( "8)


of exam

(ar-sotal

) F 7 S

,6A3"4," Architectural Design=$%%G + === ", === === #,, 6,, +,,

,6A3"4,# )rofessional )ractice 6 6 === 6 ",, === +, "+,

,6A3"4,6 Construction (anagement 6 6 === 6 ",, === +, "+,

,6A3"4,< raditional Architecture 6 6 === 6 ",, === +, "+,

,6A3"4,+ Housing 6 6 === 6 ",, === +, "+,

,6A3"4,9 Elective %%% 6 6 === 6 ",, === +, "+,

,6A3"4, Elective %$ 6 6 === 6 ",, === +, "+,

,6A3"4,5 Dissertation=GG " === " === === === +, +, ",,

otal 2) 16 1 10 00 20 0 100

* Architectural Design"$%%Examination shall be conducted by a Jury appointed by

the niversity as per the manual

** Evaluation of dissertation shall be conducted as per the manual

! , !ecture- # , #utorial- $ " Dra%ing&'tudio&$ractical- ( " (ri tten niversity

Examination- J" Jury- ' " 'ess ional )ars

%enth (Fina+) "emester ( "10 )

Course no. 2ame of t he Sub*ec t Credit s HoursFee- Durationof exam

(ar-s otal )

%nternal

*ury

External

*ur y

,6A3#,,"hesis and $iva

$oce=G"+ == == #4 == #+, #+, +,,

otal 1 20 20 00

Carr. oer ,rom 7reious semesters 10800

$RA#D %O%A 11)00

;%hesis ia oce sha++ -e conducted as 7er the manua+

$ " Dra%ing&'tudio&$ractical


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LIST OF ELECTIES

Electives=% ./ #ransportation $lanning

2/ I' and rban Development Analys is

3/ Environmental )anagement

Electives"II

./ Architectural 1onservation

2/ ural Architecture3/ rban Design

Electives III ./ Architectural $sychology

2/ Architectural 1riticism

3/ Architectural Design $rogramming

/ esearch )ethodology

Electives %$ ". Energy Efficient Architecture

2/ 1ost Effective #echnology in 4uilding 1onstruction3/ )aintenance and epair of 1onstructed 5acili ties

/ Advanced 1omputer Application


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1.1 A#UA FOR CO#DUC%$ RAC%&CA %RA$("i5 onths a,ter "i5th "emester)

6Immediately after the completion of sixth semester 4/ Arch Degree Examination7

Contents

". %ntroduction.

#. Selec tion of fi rm for practica l t raining.

6. ype of 'or-s expected dur ing t ra ining.

ractica+ %raining.

Candidate shall select a registered architect 'ith good experience and

reputation in the field of Architectural practice for practical training. he

students shall get approval of the trainer Architect f rom the Dept of


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Architecture of the teaching institution in advance before the commencement

of the S9 university examination. he trainer should have valid registration

'ith the council of Architecture and have a minimum of five years experience

in the practicing field. He should not be a faculty of the Dept of Architecture

of the teaching %nstitution or their immediate relatives or an architect

employed in the )ublic sector.

1.2.3. %7e o, wors to -e carried out during training 7eriod

he student are expected to get exposure in the follo'ing aspects>

% Site visit and Site Supervision.

i i. )reparat ion of dra'ing for ge tt ing bui lding permiss ions 'or-ing

dra'ings service dra'ings etc.

iii. )reparation of estimates specifications contract documents and tender

documents.

iv. Discussion 'ith clients and other consultants.

1.2.. onth+ wor re7ort

he students are required to send copies of the monthly report of the 'or-done to the Dept of Architecture of the teaching institution immediately after

the completion of each month the report shall be duly signed by the )rincipal

Architect or the authori/ed officer supervising the 'or- in the prescribed

format.

1.2.. Documents to -e su-mitted a,ter the com7+etion o, training

he students are required to submit to the Department of Architecture of the

teaching institution a report including the details of their 'or- illustrated 'ith

s-etches prints and other documents connected 'ith the pro*ects on 'hich

heshe has 'or-ed both in office and at site a 'or- diary original of monthly

report a certificate regarding their conduct and performance of 'or- done

during the training period and regarding the successful completion of sixmonths under the approved Architect @irm.

1.2.. !a+uation o, 7ractica+ training

A t'o member *ury from the faculty of Dept. of Architecture appointed by the

Head of the Department of the teaching institution shall evaluate the

qualitative achievement of the trainee during practical training period as per

this manual and certify that the candidate has successfully completed the

practical training and a'ard mar-s.

03 Ar 1806

1.3 D&""!R%A%&O#

D&""!R%A%&O# A#UA

1.3.1 Aim o, the dissertation

o provide the students an opportunity to underta-e research 'or- on a topic

of their choice.

1.3.2 Area o, research

Any topic approved by the dept. of Architecture of the teaching institution

concerned related to built environment. %t shall involve a compilation of

secondary data follo'ed by a study at primary level to achieve the aim and

ob*ectives of the research 'or-.


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1.3.3 "e+ection o, the to7ic

Students admitted to the 9 th semester B.Arch. degree course shall submit the

choices of their topic for dissertation 'ithin one month after registration to 9 th

semester for 'hich the dept. of Architecture of the teaching institution

concerned 'ill approve one topic for each student.

1.3. A++otment o, $uide

he head of dept. of Architecture of the teaching institution 'ill allot a guide

to each student for supervising His Her dissertation 'or-.

1.3. Conduct o, wor

he students 'ith the approval of the guide may commence their dissertation

'or- during their training period. he Schedule (ode of presentation of their

'or- at )reliminary %ntermediate and @inal stage 'ith the split=up of sessional

mar-s pertaining to each stage shall be published by the Department of

Architecture of the teaching institution immediately after the commencement

of the 5 th semester B Arch. Degree Classes. he students under the guidance of

their respective guides shall independently carry out their dissertation 'or-during the 5 th and 4 th semester degree course period. here 'ill not be any

regular class hours set apart for this purpose in the 5 th semester.

1.3. !a+uation >

" he disser tation 'ill be considered as an individual sub*ect of the 4 th semester

B.Arch. degree course.

# he entire ",, mar-s allott ed to the dissertation 'il l be a'arded in the

follo'ing manner.

6 Sess ional mar-s to be a'arded by the al lot ted guide as per the schedule

mode vide para 8$: = +, mar-s

< 8a: he head of Dept. of the teaching institution shall constitute a *ury of

three members for evaluating the final presentation of the dissertation

'or-.

8b: he *ury panel shall be constituted from among the faculty of the Dept.

of Architecture of the eaching institution andor from among the

Architects registered 'ith the council of Architecture incorporated

under the architects act "4# 'ith not less than + years experience.

8c: he *ury members 'ill independently evaluate the final presentation as

described belo'.

+. Evaluation of the final report in the form of bound volume = ", mar-s.

9. Evaluation of the technical paper presented in a seminar organi/ed for thispurpose by the Dept. of Architecture of the teaching inst itution =


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03AR2001

1. %'!"&" A#D =&=A =OC!

HES%S (A2&A

". Students of the B.Arch. Degree course are required to prepare an Architectural

Design hesis during the last six months of the B.Arch. Degree program.

Students admitted to the % th semester. should submit their choices of their

thesis pro*ect 'ithin a month after the commencement of the % th semester

classes.

#. Students shall obtain approval for the pro*ect of hesis and $iva voce from the

department of the teaching institution.

6. he duration of the thesis viva voce 'ill be s ix months from the date of

commencement of the th semester B.Arch Degree Course


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3evie' 6 3evie' of )revious s tages @inal ayout @ina l Design for various

building bloc-s through relevant )lans Sections Elevations $ie's etc.

Details of Building and Site Services Site )lanning and andscape

schemes. )reparation of relevant Detailed Dra'ings. Application of

Special opic in the design scheme. )reparation of Draft 3eport.

89 mars

3evie' < )revie' of @inal stage of all finali/ed dra'ings and schemes Structural

Details For-ing Details etc. 3evie' of @inal Draft of the 3eport

29 mars

",. Suggested Areas for Special opic

o Structural dra'ings supported 'ith detailed calculations

o Detailed estimates and specifications.

o Building construction techniques and the details of the use of ne' materials.

o Equipment and design of any one building service li-e air conditioningElectrification and illumination sanitation and 'ater supply or acoustics.

o @urnishings fittings and finishes.

o Climatic research and its applications.

o r any other topic approved by the t eaching institution.

"". 'o copies of the Data Collection in the preliminary design stage 8 up to the

design and including the case studies: shall be compiled and presented along

'ith the final submission in A6 si/e format.

"#. 'o copies of the @inal 3eport shall be submitted on the date and time

announced by the Dept. of Architecture of the eaching %nstitution.

"6. he total number of design sheets for f inal submission shall not exceed 6,

8thirty:

"


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U#&=!"&%* OF ?!RAA

B.Arch Degree Course (10 semesters) From 2003 Admission Onwards

D!%A&!D "*ABU"

FOR

"1@ "2@ "3@ "@ "@ "@ "6@ "8


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D!%A&!D "*ABU"

Com-ined & && "emester ("1"2) B.Arch Degree Course

(Effecti!e from "00# Admission on$ards)

03 AR 1101 ARC'&%!C%UR! D!"&$# &

O-/ectie

o understand the use of line space shapes and forms as a determining factor

to perceive ; articulate space to stimulate graphic thin-ing in terms of form=

space relation to understand the need and relevance of the principles of

composition in the organisation of space shape form colour and texture to

teach the basic design principles ; methods to 'or- out effective and

contextual design solutions.

he syllabus is divided under < sections ? 8i: rientation 8ii: Architectural

1raphics 8iii: Basic Design ; 8iv: Space Design.

odu+e 1 Orientation

%ntroduction of point line and basic shapes freehand line practice use of

pencils of different grades intensity of lines spacing etc. Basic shapes

8square circle ; triangle: and their composition Collage to express abstract ;

theme based ideas using different media.

odu+e && : Architectura+ $ra7hics

Architectural lettering ; variations 3endering and Anthropometrics ?

3epresentation of trees animals human beings surfaces automobiles any

other natural and man made ob*ect in plan elevation and vie's to scale.

)erspective s-etching in pencil Sciography ? shades and shado's and

pro*ection on vert ical hori/ontal and curvil inear planes.

odu+e &&& Basic Design >art &

6D @orms and Compositions? Study of basic 6D forms li-e cubes pyramids

cylinders tetrahedron octahedron and application of these forms in design.

%ntroduction to )aper modelling ? )aper modelling of polyhedrons of different

shapes and si/es li-e tetrahedron cube octahedron icosahedrons ;

dodecahedron giving emphasis to finish ; overall neatness.

&tility models ? Design of small ob*ects li-e paper'eight pen ; pencil

holders lampshades flo'er vases plant pots etc. according to specific

requirements ; si/es.

odu+e &= Basic design >art &&

%ntroduction to (easured Dra'ings > (easured dra'ing of ob*ects ;

functional spaces 8li-e stool des- door 'indo' ; class room: and thereby

'or-ing out plan elevation sections ; details based on measured dimensions.

Structural model ? For-ing models of simple structures li-e post ; lintel

cantilever truss arches corbel continuous beam space frame hyperbolic

paraboloid suspension structures etc.

odu+e &=

Space Design ? Single room ? )lanning 'ith respect to function circulation

furniture and equipments light ; ventilation aspects application of

anthropometrics rendering etc Design of toilet 8'et and dry areas: ;respective toilet fixtures.


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Design process on multifunctional spaces bubble diagram proximity chart

activity analysis ; their application in design of simple structures li-e snac-

bar bus shelter 'atchmans cabin entrance gate etc. and their location and

environment.

Re,erences

Architectural 1raphics ? @ran- Ching

(anual of 1raphic echniques ? % ? om )ar-s ; Bobgreen Street

Basic Design ; Anthropometry ? Shirish $asant Bapat

3endering 'ith )en ; %n- ? hames ; Hudson

Architectural Design ? Earnest )ic-ering

Design hrough Discovery ? (an*ore Elliott Bevin 8Holt 3inehart and Finton

2e' Ior- "4:.

Access by Design ? 1eorge A. Covington ; Bruce Hannah 8$an 2ostrand and

3einhold "449:.

$isual hin-ing for Architects and Designers ? 3on !asprisin ; 7ames

)ettinari 8$an 2ostrand and 3einhold "44+:.

03 AR 1102 BU&D$ A%!R&A" A#D CO#"%RUC%&O#

odu+e &

%ntroduction to $ernacular and conventional Building (aterials

Stone> Classification ? )roperties ? Suitability for Construction ? $arious

Stones used for Construction ? Dressing and various finishes in stone masonry

? Stone decay and preservation

Bric-> 3a' materials for manufacture ? )roperties ? &ses = Classification ? B%S

Specification = ests ? Energy and environmental aspects = Suitability for construction

? (ud Bric-s ? Stabili/ing.

Clay )roducts and Ceramics> iles ? terra cotta ? stone'are ceramic materials

properties ? ra' material for manufacture = uses.imber > $arious -inds of imber ? properties ? suitability for construction ?

defects in timber ? seasoning of timber ? decay and preservation of timber ?

B%S specification

$ernacular materials li-e lime laterite sur-hi mud bamboo thatch hay coir

coconut leaves and trun- = their study and uses ? energy and environmental

aspects.

odu+e &&

%ntroduction to all types of foundations 8Shallo' and deep: 'all footing ?

column footing 'ell pile etc.

@unctions of foundation ? (aterials used for construction of foundations.

Fater proofing and pest control methods.Dra'ings > Fall footing

odu+e &&&

%ntroduction to masonry ? Superstructure ? bric- masonry ? general principles

? construction bonds ? type of bonds ? relative meri ts and demer its of different

bonds.

English and @lemish bond in detail " "J # #J bric- 'alls ? corners

*unctions and cross *unctions ? special bonds li-e rat trap herring=borne

bonds decorative bric- 'or- ? bric- *allies.

Drawings measured drawings

English bond " " J # # J bric- 'alls

@lemish bond " " J # # J bric- 'alls


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Bond in column

7allies J ; " bric- *allies.

odu+e &=

7oinery details in 'ood ? doors ? panelled battened gla/ed ; sliding.

Findo's ? panelled battened gla/ed top hung pivoted = gable 'indo'

dormer 'indo' bay 'indo' @rench 'indo'.

erms for various members fasteners and fixtures used in *oinery.

Dra'ingsmeasured dra'ings

Fooden *oinery details

)anelled doors sliding doors

)anelled 'indo's gla/ed 'indo's

odu+e =

Case studysite study of bric- bonding bric- masonry and simple foundations.

Re,erence

". (aterials and (ethods of Architectural Construction ? Harry )ar-er

#. Building Construction = (ac-ey

6. he Construction of Buildings 8$ol. % =$: ? Barry 3.


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Com-ined & && "emester ("1"2) B.Arch Degree Course

03AR110 F! AR%"

odu+e : & O-/ect "tud

Study of lines texture and tones in various media li-e pencil in- and crayons.

odu+e && Com7osition

'o dimensional composition of various shapes and patterns related to

Architecture

odu+e &&& Outdoor "tud

utdoor @reehand S-etching of 2ature monuments Automobiles and Animals

odu+e &= &ndian Art

%ntroduction to %ndian Art ? (aurya (atura 1andara )allava Sculptures

odu+e = estern Art#, th Century movements ? %mpressionism to Dadarism

Re,erences

History of Art ? H.F. 7anson

%ndian Art ? 3oy C. Craven

Colour ? @aber Biren

03AR110 %'!OR* A#D !%'ODOO$* OF ARC'&%!C%URA D!"&$#

odu+e &

Elements of $isual Composition

)oint ine Shape @orm Balance 3hythm Contrast )roportion Scale &nityHarmony Character (eaning of @orm Colour and exture.

odu+e &&

)rinciples of $isual )erception

Human eye Binocular vision )erception of space and si/e overlay aerial

affect colour vision optical illusions and their inference in visual perception.

odu+e &&&

Elements of Architecture

Structural )rotective circulatory Decorative.

odu+e &=

)hilosophies and For-s of %mportant Architects

Forld (asters ? e Corbusier @ran- loyd Freight (iesd $ander 3ohe

Falter 1ropins Antonio 1audi aurie Ba-er Charles Correa.

odu+e =

(ethodology of Architectural Design

Data Site Study Analysis ; Synthesis Design Brief Concept and Design

Re,erences

Architectural Design ? Earnest )ic-eringArchitecture @orm Space and rder ? @rancis D.!. Ching

)rinciples of Design in Architecture ? !.F. Smithys


23/65

03AR110 "OC&OO$*

O-/ectie

o introduce the scientific study of man and man in groups and their relation to

the environment to establish the need and relevance of the study of society and

it significance in all fields of study.

odu+e &

%ntroduction to Sociology and its primary concepts li-e society family

introduction groups association community etc.

odu+e &&

Social change ? @actors of social change social stratification 8rural and urban

class and caste: Sociali/ation Social process 8cooperation conflict

competition accommodation assimilation etc.: social structure etc.

odu+e &&&

Culture ; Society Culture ; Civili/ation (an Society and Environment

Social Change and Socio=economic transformation in !erala StructuralL

ccupational 3ural 3eligions Housing and urbani/ation etc.

odu+e &=

&rban sociology ? &rbanism and &rbanisation @eatures of urban society

%ndustriali/ation and moderni/ation Social and environmental problems in

urban areas li-e congestion deterioration of environment proliferation of

slums etc.

3ural sociology ? he features of the village community Changes in the

village community in %ndia and in !erala.

odu+e =

%ntroduction to visual perception 8perception of form si/e movement colour

etc.: and the rural lands 8attention illusion etc.:

Re,erence

". $idya Bhushan ? An %nt roduction to Sociology

#. !. Singh ? )rinciples of Sociology

6. Dr. $alsyayan ? &rban Sociology

@orce and (oment Concepts ? @orce system acting on a body and their

resultant ? equilibrium concept and free body diagram frictional force ?

simple practical problems related to the above cases.

odu+e &&

Center of gravity of planes and solid bodies ? moment of inertia concept ?

theorem of parallel axis and perpendicular axis ? moment of inertia of


24/65


25/65

odu+e &&&

%ntersection of surfaces > ine of intersection of t'o prisms t'o cylinders and

cone.

Section of solids> Section of simple solids by planes inclined. rue shape of

section H.) or $.) alone ; perpendicular to the other plane.

odu+e &=

%sometric pro*ection > %sometric scale isometric vie' of planes simple solids

truncated solids combination of ob*ects.

Development of surfaces > Development of surfaces of simple solids prisms

cylinders pyramids cones spheres and truncated solids.

odu+e =

)erspectives> )erspective pro*ection of simple solids and their combinations byvisual ray method and vanishing point method.

Shades and Shado's> Shado's of points lines and simple solids on the plane

of pro*ection by parallel and divergent rays of light and plotting of shade line.

)erspective of shado's of by a simple structure on the ground and on a vertical

plane 'hen light is behind the observer .

Re,erences

". Elementary Engineering 8 )lane and Solid 1eometry: 2. D. Bhatt .

#. Engineering graphics ? Carl ara Svensan and Filliams E/ara Street.

6. Engineering Dra'ing 8)lanet Solid 1eometry ; Engineering 1raphics infirst angle pro*ection: = !. $enugopal.


26/65

odu+e &=

)robability

)robability distribution. )robability density functions distribution function

properties mathematical expectation mean variance. Binomial )oisson

2ormal distribution. (ean and variance of the above distributions.

odu+e =

inear programming formulation of .).). Solution by graphical method

simplex method 8Single )hase only:

Re,erences

". Higher Engineering (athematics > Dr. B.S. 1re'al

#. Higher (athematics for Engg. and Science > (.!. $en-ataraman

6. )robability and Statistics for Engineers > (iller and @rieund

!ampo.

AR031301 ARC'&%!C%URA D!"&$# : &&

O-/ectie

o introduce the students the application of principles of Architectural design

in singlemulti space built environments.

Short pro*ect ? " > Drafting Exercise

(a*or )ro*ect ? (ulti spaces Single storey buildings li-e day=care centre nursery

school clinic etc.

Design of buildings upto # storeys involving vertical and hori/ontal

interconnection bet'een spaces.

Design of residence assembly spaces school health centre etc.

Short pro*ect ? #> Fee-end cottage !ios-s 'aiting sheds entrance gates etc.

Re,erences

". reat of colour and design ? (aitland 1raves

#. )lanning the architects handboo- ? Ed'ard.D. (ills

6. ime saver standards or building types ? De. Chiora and Callender


27/65


28/65


29/65


30/65

odu+e &=

eveling ? )rinciples of levelingL Study of instruments = Dumpy level and

leveling staffL emporary ad*ustments of levelL Boo-ing and reduction of

levels ? Kline of collimation method and Krise fall methodL Difficulties in

levelingL 3eciprocal levelingL Sources of error in levelingL Basic ideas on

plotting of longitudinal and cross sections.

odu+e =

heodolite survey ? Study of instrumentL emporary ad*ustment of theodoliteL

(easurement of hori/ontal angle by repetition and reiteration methodsL

(easurement of vertical angleL @ield Boo-. %ntroduction to modern surveying

equipments li-e Kotal Station.

Re,erences

" Surveying and eveling ? !ant-ar and !ul-arni $ol %

# Surveying and eveling ? B.C.)unmia $ol % and $ol %%

6 Surveying and eveling ? Dr. ).B.Shahani $ol % and $ol %%< Surveying = 3. Agor

+ Surveying = David Cler-.

03AR1304 C&A%OO$* : &

odu+e &

%ntroduction to Climate > 2eed to study climate = 'eather climate and tropical

climate = Solar radiation quantities ? tilt o earth axis ? 3adiation of earths

surface ? he earths thermal balance ? 1lobal 'ind pattern ? hermal forces

trade 'inds 'esterly and polar 'inds.Elements of Climate ? Air temperature humidity vapour pressure

precipitat ion solar radiation and air movement ? Special characteristics and

vegetation of a region ? 1raphical representation ; climatic information ?

(icro and macro climate ? &rban and rural climate ? Site climate.

odu+e &&

Classification of ropical climates and its characteristics ? 'arm=humid

'arm=humid island hot dry desert hot dry maritime desert composite or

monsoon and tropical upland climates.

odu+e &&&

Design considerations for shelter in the tropical 'et and tropical dry region ?form planning layout specification for 'alls and roofs effect of special

characteristics of site li-e 'ater body vegetation etc. ? rientation openings

and ventilation ? $ernacular architecture and climate ? Social pattern and

climate.

odu+e &=

(an and Climate> Bodys heat production heat loss and balance =

Acclimati/ation metabolism physiological response sensory response and

sensory brain scale 8Bed @ord Scale:.


31/65

odu+e =

hermal Comfort> @actors affecting thermal comfort ? Effective temperature

and corrected effective temperature = hermal comfort indices ? Application of

psychometric chart ? Bioclimatic chart and effective temperature homogram

Re,erences

(anual of tropical Housing and Building ? .H.!oenigsberger .1. %nger

Soll Alan (athe' S.$. S/o-olay.

(an Climate and Architecture ? B. 1ivoni

ropical Architecture ? (ax'ell @ry and 7ane Dre'

Building Climate and Energy ? .A. (ar-ers ; E.2. (orris

03AR1306 OD! OR?"'O>

Car7entr > Study of tools and *oints=plaining chiseling cutting mar-ing and sa'ing

practice ? 7oints ? cross and tee *oints ? dovetail *oint mortise and tendon *oint.

FittingStudy of tools ? )ractice in chipping filling cutting drilling tapping anddyeing ? male and female *oints ? stepped *oints.

"mith Study of tools ? @orging of square prism hexagonal bolt ? bolt and

eyebolt.

Foundr Study of tools ?preparation of sand ? moulding practice 86 models: ?

casting demonstration.

"heet meta+ wor2ame and use of sheet metal tools ? selection of different gauge ?

1% sheets for *obs ? ypes of *oints riveted and soldered *oints ? preparing tube

*oints frustums trays and containers.

>+um-ing > )lumbers tools ? &se and Care ? Details of plumbing 'or- in houses ?

Cutting threading and laying of pipes 'ith bends *unctions etc. ? &se of special tools

in plumbing 'or-.

%ntroduction to building models and site models 'ith different materials li-e mount

board plastic boards etc

03AR101 ARC'&%!C%URA D!"&$# : &&&

O-/ectie

o introduce the students the application of principles of architectural design in

multi space multi functional spaces up to t'o storeys involving vertical and

hori/ontal inter=connection bet'een spaces.

"hort >ro/ect ? 3endering exercise perspectives application of sciography colour etca/or >ro/ects ? 3esidence Hotels Shopping complex etc.

Study tour of days on selected buildingshistoric buildingsgroup of buildings

'ithin the state or neighbouring state. )reparation of our 3eport including

necessary s-etchesdra'ing etc.

Re,erences

". )lanning the architects handboo- ? Ed'ad d. (ills

#. ime saver standards for building types ? D. Chiara ; Callender

6. 2euferts Architects Data


32/65

03AR102 BU&D$ A%!R&A" A#D CO#"%RUC%&O# : &&&

odu+e &

Study of paints ; varnishes ? types ? constituents ? composition ? properties =

application ? tests ? &ses ?B %S specifications.

odu+e &&

Study of 1lass and glass products ? composition types of glass ? 'ired glass

fiber glass laminated glass glass building bloc-s their properties and uses in

buildings ? Application of glass in construction ? Structural gla/ing curtain

'all gla/ing=toughening=%nsulation.

odu+e &&&

Aluminium doors and 'indo's ? Standard sections ? Connections and

specifications.

Detail dra'ing ? Aluminium doors and hand rails

odu+e &=3einforcements used in 3CC ? Suitability ; performance = 3einforcement

details of 3CC elements li-e column beam lintel slab 'aist slab etc. B%S

specification.

Details of construction *oints expansion *oints in buildings ? (ethod of

construction ? @illing of *oints ? Fater proofing.

Dra%ings ?

8": 3einforcement details of column beam lintel slab ; 'aist slab.

8#: Construction and expansion *oint details

odu+e =

%ntroduction to vertical transportation system ? Design of staircases ? details

of 3CC 'ood steel staircases ? fixing details and specifications ? details ofbalustrades ? materials and fixing details.

Detailed dra%ing ? 'ooden steel and 3CC staircases.

Re,erences

Engineering (aterials ? 3.!. 3a*put

Building Construction ? $olume % to %$ ? 7.!. (c !ay

Construction echnology ? $ol " to %$ by 3. Chudler

A ext boo- of Building Construction ? Arora S.). and Bindra S.).

Building (aterials ? 3ang'ala

%S% Code to be follo'ed 'herever relevant

03AR103 '&"%OR* OF ARC'&%!C%UR! &&&

odu+e &

Evolution of %slamic Architecture.

Slave dynasty> Mu'at=ul=%slam mosque Mutb (inar (osque at A*mer Sultan

1hari ? Cave of Sultan omb of %ltumish omb of Balban.

!hil*i Dynasty> Alai Dar'a/a.

7amat !hana mas*id

odu+e &&

ughlaq dynasty> omb of 1hias=&d=din City of ughlaqabad City of @iro/

shah !otla !hir-i (a/*id ctagonal tomb of elengani


33/65

Sayyid and odi dynasty> omb of (ubara- shah tomb of (ohamed Sayyid

1arden tomb of Si-ander odi Bara !han !a 1umbad Chota !han !a

1umbad Shish 1umbad Bara 1umbad.

odu+e &&&

)rovincial style

)un*ab> = omb of Shah 3u-hn=%=Alam.

7aunpur> = Atala (as*id al Dar'a/a (as*id and 7ami (as*id

Bengal> = Da-hil Dar'a/a City of 1aur @iro/e (inar and Adina (as*id.

1u*arat> = 7ami (as*id at Ahmedabad een Dar'a/a Fell retreats of

Ahmedabad.

odu+e &=

(al'a> = Hindola mahal or KS'inging (ahal 7ami (as*id at (andu 7aha/

(ahal or KShip )alace at (andu Ha'a (ahal or K)alace of Finds.

Deccan> = Charminar at Hyderabad omb of 1olconda.

Bi*apur> = 7ami (as*id 1olgumba/.

odu+e =

(ughal style

Evolution of (ughal style and the different eras of rule.

Babar Humayun Shershah

A-bar> = omb of Humayun 7ahangir (ahal Agra

@atehpur Si-ri> = Di'an=%=Am Di'ani=!has )achisi Court Charchemam

court !ha'ab 1ah 8House of Dreams: 7odhbais palace Birbals house

Salim Chistis tomb (iriams house ur-ish Sultans house 7ami (as*id

Buland Dar'a/a 7ahangir> = A-bars tomb.

Shah 7ahan> = 3ed fort at Agra a* (ahal City of Shah*ahanabad 8Delhi fort:

and 7ami (as*id at Delhi.

Auranga/eb> = omb of 3abi Durrani at Aurangabad (oti (as*id at Delhi fort.

Re,erences

". %ndian Architecture ? %slamic )eriod ? )ercy Bro'n.

#. %ndian Architecture ? %slamic )eriod ? Satish 1rover.

6. History of Architecture ? Bannister @letcher.


34/65

Re,erences

Colour ? @aber

)rinciples of Colour and Colour mixing ? 7.H. Bustanoby

History of Art ? H.F. 7anson

Sculpture ? ool (aterials and echniques ? Filbert $erhelst

Sculpture ? )rinciples ; )ractice ? ouis Slobod-in

A History of %ndian )ainting ? he (ural radition ? !rishna Chaitanya

(urals for 1oddesses and 1ods ? Eberhard Discher and Dinanath )athy

Corporate Design Systems ? Case Studies %nternational Applications ? (otoo

2a-anishi.

03AR10 ARC'&%!C%URA ACOU"%&C"

odu+e &

he nature of sound ? propagation of sound ? velocity frequency and

'avelength of sound. Sound pressure ? sound intensity and loudness ? Decibeland )hons ? he human ear and hearing characteristics.

odu+e &&

3oom acoustics ? Behaviour of sound in enclosures ? sound reflection

diffusion and diffraction ? room resource ? Sound absorption coefficient ?

3everberation ? 3everberation time ? Calculation of reverberation time ?

Sabines formula ? Eryings formula ? Acoustical defects in the enclosed

spaces.

odu+e &&&

Sound absorptive materials and construction ? )orous material ? membrane

absorbers ? cavity resonators ? space absorbers ? variable absorbers ? theirabsorptive characteristics ? mounting and distribution of absorptive materials ?

measurement of sound absorption.

odu+e &=

Acoustical design of auditoriums ? 3ooms for music multipurpose rooms ?

3ecording and Broad casting studios

)ro*ect> )reparation of acoustical design of an auditorium or Acoustical

correction of an existing auditorium.

odu+e =

Effect of noise in human being ? 2oise sources ? air borne and structure borne

sound transmission ? 2oise criteria ? ransmission loss ? permissible noiselevels for different types of buildings. 2oise control in specific type of

buildings ? auditorium ? Hotels ? Schools ? Hospitals ? 3esidences ? ffice

and %ndustrial buildings.

Study of ransmission loss of different types of construction.

2oise control in specific buildings =Auditoriums Schools Hospitals

residences ffices.

Re,erences

". !insler and @ry ? @undamentals of Acoustics

#. !nudson and Harris ? Acoustical Designing to Architecture

6. Ducan emplaton ? Acoustics in the buil t environment


35/65

03AR10 C&A%OO$* &&

odu+e &

hermo physical )roperties of Building (aterials = Conductivity Absorptivity

and thermal capacity ? hermal properties of 'alls ; roofs ? ransmittance

solar heat flo' factor time lag and admittance ? solar gain factor.

Heat exchange process in building ? conduction ? convection = radiation ?

%nternal heat gain ? Heating and cooling ? Evaporative cooling ? Calculation

of gain ; loss.

)eriodic heat flo' ? steady state assumption = effect of insulation ? effect of

cavities.

odu+e &&

(eans of thermal control in buildings ? b*ectives of thermal control ? Degree

of control = (echanical controls ? (echanical ventilation systems = cooling by

ventilation ? Evaporative cooling ? Air conditioning = Structural controls ?hermal insulation ? hermal capacity of materials ? Colour control by

planning ? form and surface area = rientation internal blinds special glasses

? Design of shading devices ? he Suns position Angle of incidence shado'

angle ? andscaping and material selection.

Day lighting = Sources of light ? Day light factor ? day lighting requirements ?

use of day light protractor.

odu+e &&&

$entilation and air movement ? @unctions of ventilation ? (echanism of

ventilation ? Air movement in and around the buildings ? Building elements

that effect ventilation ? Control by orientation ? Area and si/e = Si/e and

position of 'indo's for control of ventilat ion ? Humidity control andventilation.

odu+e &=

Design process ? (ahoney tables ? )lan development stage ? Element design

stage ? (odels and analogues ? Design tools and chec-ing tools dra'ing

'ind tunnel solar scope sun dial heliodor solar scope and artificial s-y.

(odule $

)rotection of buildings against 'etness ? ighting ? Hurricane ? Earthqua-e ?

ermites ?@ungi.

Re,erence Boos

(anual of ropical Housing and Building ? !oenisbergerHousing Climate and Comfort

Design 'ith Climate ? lgyay and lgyay

Building Environment ? A*itha D.

Sun Find and ight ? 1.N. Bro'n

(an Climate and Architecture ? B. 1ivoni

03AR104 CO>U%!R A>>&CA%&O#" ARC'&%!C%UR! : &

odu+e & : &ntroduction

%ntroduction to personal computers ? hard'are soft'are ? operating system ?

important DS commands ? Findo's basic introduction to CAD pac-ages li-e

AutoCAD ArchiCAD etc.


36/65

odu+e && Drawing Construction %echniEues

Setting up and controlling AutoCADArchiCAD dra'ing environment ?

creating and editing commands

odu+e &&& %echniEues ,or enhancing 7roductiit

rgani/ing a dra'ing 'ith layers ? Advanced geometry editing ; using bloc-s

inquiry tools ?CAD design center.

odu+e &= Drawing esta-+ishments

ext annotation ? Creating ; customi/ing hatch patterns = )roductive

dimensioning ? Defining text ; dimension styles.

odu+e = Drawing out7ut

)rinting ; )lotting ? Creating a slide presentation ? Dra'ing utilities ?

%mporting exporting files.

Re,erencesmura 1eorge O(astering AutoCAD 83elease "


37/65

Fi,th "emester (") B.Arch Degree Course

(Effecti!e from "00# Admission on$ards )

03A.90. ARC'&%!C%URA D!"&$# : &=

O-/ectie

o introduce the students the design of multi functional spaces giving emphasis to

barrier free architecture.

Short )ro*ect ? )reparation of (unicipal Dra'ings

(a*or )ro*ects ? Shopping Complexes Fal-up apartments ffice buildings

Auditoriums Cinema heaters etc.

3eferences

9. )lanning the architects handboo- ? Ed'ad d. (ills

. ime saver standards for building types ? D. Chiara ; Callender

5. 2euferts Architects Data

4. Architectural graphic standards ? 3amseySleeper

",. B%S various codes of practice and 2ational Building code of %ndia

Fi,th "emester (") B.Arch Degree Course


03AR102 BU&D$ A%!R&A" A#D CO#"%RUC%&O# : &=

odu+e &

Study of plastics ?thermosetting and thermoplastics resins fabrication of

plastics polymeri/ation and condensation = Applicat ion of plastic in building

construction.

odu+e &&

Study of 3oof structure ? erminology = Food steel ? trusses ? !ing post

truss queen post truss = roof terminology fixing ? north light details girders

space frames.

Detail dra%ing ? Steel ? angular and tubular truss details of covering and

gutter details.

odu+e &&&

ifts ? Calculation of requirements and number of lifts considering quality and

quantity of services ? details of construction of lift shaft lift pit lift car ?

machine room etc. Standard si/es ? (odern development in the field of

vertical transportation ? Capsule lift. Escalator ? Different types ? provision to

be made during construction ? installation of escalator.

Dra%ing ? ypical lift shaft li ft pit and machine room details escalator

capsule lift.

odu+e &=

(aterials for finishes ? for 'alls ; floor ? properties ? application =

maintenance ? @inishes in plasters cement timber etc. ? study of advances in


38/65

the field of materials used for the 'all ; floor finish ? epoxy polyurethane

products ceramic ti les vitrified ti les etc.

(odule $

(aterials and finishes for operation theatres ? pharmaceutical production areas

? (aterials and finishes for industrial buildings rail'ay platforms bus

stations etc. ? 3elevant Specifications.

Re,erences


ext boo- of Building Construction ? Sharma S.!. ; !aul B.!.

A text boo- of Building Construction ? Arora S.). ; Bindra

Building Construction ? $a/rani $.2. ; Chandola S.).

3elevant B%S Code )ertaining to Construction of (aterials

03AR103 '&"%OR* OF ARC'&%!C%UR! : &=

odu+e & RomanesEue Architecture%talian 3omanesque architecture ? Architectural characteristics of the churches

of northern %taly Central %taly and South %taly eg. )isa Cathedral

@rench 3omanesque ? Abbey=Aux=Hommes at Cane.

British 3omanesque ? Durhams Cathedral

odu+e && $othic Architecture

Evolution of structural systems in 1othic Architecture ? Arches vaults and

cross vault ? decoration ? characteristics of @rench Architecture ? 2otre Dame

)aris.

British and %talian 1othic Architecture ? Characteristics of British 1othic

Architecture ? Fest (inister Abbey ? Characteristics of %talian 1othic

Architecture ? (ilan Cathedral.

odu+e &&& Renaissance Architecture

%taly ? For-s of (ichael Angelo St. )eters 3ome.

@rench > )alace of oucers )aris de $ersailles.

British > St. )auls Cathedral ondon ? Fhite Hall )alace ondon.

odu+e &= Co+onia+ Architecture ion &ndia

he styles and trends of architecture brought by British to %ndia and their

evolution ? he impact of %ndo=Sarcenic style on the British Architecture in

%ndia ? he characteristics of British Colonial Architecture 'ith examples from

'or- of Ed'in utyen.

odu+e = odern Architecture

)ost 3enaissance Architecture in Europe ? %ndustrial revolution ? Causes

consequence and impact in Architecture ? %ts influences in building

technology and modern building materials ? Steel glass 3CC etc.

Re,erences

Sir Banister @letchers ? OA History of ArchitectureP

ouis 1rodec-i ? O1othic ArchitectureP.


39/65

03AR10 %!R&OR D!"&$#

odu+e &

Space > Space as ra' material ? Mualitative and quantitative study ?

rganisation of space ? rder gro'th division sequence and scale.

Surfaces > @unctions of surfaces ? 3atio proportion colour material texture

dimensions of # D surfaces l i-e 'alls ceiling floors dividers etc.

$ro:ect > Design of murals floor pattern ceiling patterns for reception areas

ounges for hotels ? apartments sho'room etc.

odu+e &&

)rinciples of visual composition ? Colour in interiors.

$ro:ect > Detailed case study of specific room in residences hotels offices

etc.

odu+e &&&

Human perception of interiors ? vie's > one point # point birds eye and

'orms eye of interiors = Building elements in interiors.$ro:ect > )reparation of interior vie'.

odu+e &=

@urniture ? furnishings ? Styles materials functions.

Design of interior spaces ? Bedrooms -itchen living rooms dining rooms

toilets sho' 'indo's sales counters toilets reception des-s lobbies 8Hotels

offices hospitals: ? (odels sho'ing interior spaces 'ith colour scheme ?

furniture accessories of any one space mentioned above.

$ro:ect > Design of interior spaces of hotels offices hospitals sho' rooms

etc.

odu+e =%nterior plantscaping ? )lant materials gro'th condition maintenance

importance of plantscaping ? Aesthetics functional etc.

Exhibits in interiors ? private and public interiors.

atest trends in the choice of materials finishes etc in interiors ? (ar-et

surveys field visits etc.

$ro:ect > )lantscaping of private and public interior spaces

Re,erence Boos

Basic Design ; Anthropometry = Shrish $asant Bapat

iving Areas ? %nternal Spaces ? Shirish $asat Bapat

&se of Colours in %nteriors ? Halse

%nterior Design %llustrated ? ChingExterior Design ? Ioshino-u Ashihara

Architectural Design ? Earnest )ic-ering

@orm Space ; order ? Ching

ogic in Design ? !rome Barnet

03AR10 "%RUC%URA !C'A#&C" : &=

odu+e &

Analysis of beams and frames using !anis (ethod. ? S@ ; B.(.D

odu+e &&

Analysis of t'o hinged and three hinged arches.


40/65

odu+e &&&

Analysis of frames using portal method and cantilever method

odu+e &=

Analysis of cables carrying concentrated loads and uniformly distributed loads

odu+e =

Concrete echnology = (aterials used and its properties ? (ix proportion ?

$olume and 'eight batching ? Fater cement ratio ? (ixing and placing of

concrete ? Curing ? Development of strength ? 1rade of concrete ? %nfluence

of 'atercement ratio on strength ? For-ability ? Segregation and bleeding of

concrete ? %ntroduction to reinforced cement concrete ? %mportance of mix

design.

Re,erences

". heory of Structures = 3A(A(3&HA(#. Strength of materials $ol ? # = B C )&2(%A ; 7A%2

6. Analysis of Structures = Aslam !asimal


41/65

odu+e =

Horticulture aspects ? planting and transplanting ? planting techniques ?

techniques of propagation ? cutting pruning grafting training etc ? a'n ?

)reparations mo'ing maintenance etc. ? Hydroponics ? Bonsai.

andscape indoors ? @unctions and behavior of plants on interiors light air

and 'ater requirements ? Drainage ? %ndoor plant materials ? )otting and

repotting ? ighting ? raising of interior plants.

Re,erences

Site )lanning = !evin ynch and 1ary hach

andscape of man = 7ellicoe ; 7ellicoe

%ntroduction to landscape = (otloch 7.C.

7apanese 1ardens = Bring (.

andscape architecture = Simonds

)lanting design = Hac-ett

(odern 1ardens and the andscape = !assler

03AR104 CO>U%!R A>>&CA%&O#" ARC'%&!C%UR! &&

odu+e & Dee+o7ment o, com7uter and its a77+ication

Evolution of Computers rgani/ation of computer systems Developments in

hard'are and soft'are technology. %nternet and on=line resources. vervie' of

current applications CAD concepts. Computer as a design medium applications

and limitations of computer in Architecture.

odu+e && Com7uter Aided Dra,ting

Concept of Computer aided drafting ? Conventional drafting and CAD. Brief

overvie' of related soft'are. &nits of a CAD 'or-station their operation andcritical parameters. Description of building geometry and topology 1eneral

concepts.

odu+e &&& Com7uter $ra7hics

&nderstanding 6D co=ordinate system ? &sing vie' ports. 6D dra'ing ; editing

commands solid modeling ? Advanced solid modeling commands ? Editing

solids.

odu+e &= Com7uter $ra7hics

%ntroduction to rendering in 6D ? 3endering process animation and virtual

reality. Enhancing digital images from CAD applications using other pac-ages.

odu+e = Com7uter Aided Data Ana+sis

Database management systems Basics of data analysis Soft'are for data

analysis. 3equirements of EngineeringArchitectural databases ffice

management systems. Analysis of structural problems cost estimation and

analysis. Analysis of pro*ect net'or- Analysis of environmental aspects such as

lighting and sound. Distribution using simplified models.

Re,erences

mura 1eorge O(astering AutoCAD 83elease "


42/65

"i5th "emester ( " ) B.Arch Degree Course


03AR101 ARC'&%!C%URA D!"&$# : =

O-/ectie

o introduce the students the design of multi storeyed buildings.

Short )ro*ect ? )reparation of For-ing Dra'ing

(a*or )ro*ect ? Apartments Hotels High 3ise ffice Buildings etc.

Documentation Camp ? Documentation camp consists of preparation of

measured dra'ings of selected buildings historic places inside and around the

state of !erala.

Re,erences

)lanning the architects handboo- ? Ed'ad d. (ills

ime saver standards for building types ? D. Chiara ; Callender

2eufert s Architects DataArchitectural graphic standards ? 3amseySleeper

B%S various codes of practice and 2ational Building code of %ndia

03AR102 BU&D$ A%!R&A" A#D CO#"%RUC%&O# : =

odu+e &

Study of cost effective environment friendly construction = 3esearch and

development in the field of alternative building materials and cement ? role of

agencies li-e CB3% SE3C 33 H&DC etc.

odu+e &&(ud construction ? Classification and engineering properties ? stabili/ation ?

details of mud 'all construction adobe construction ? Structural aspects ?

construction details of mud s tructure.

odu+e &&&

@alse ceiling ? Suspended ceiling and false ceiling using aluminium sections

Construction details ? 'all paneling ? using different materials ? construction

details > Dra%ing ? @alse ceiling details 'all paneling details.

odu+e &=

@ire design of buildings ? fire resistance of building elements fire rating and

assessment means of escape and their design building byela's regulating theheight and spread of buildings ? fire fighting equipment ? Automatic

sprin-lers.

Study of sound thermal insulation of buildings ? study of insulation materials.

odu+e =

Details of 'ater supply and plumbing ? B%S specification ? layout ? ducts ?

hori/ontal and vertical.

Dra%ings ? 'ater supply and plumbing layout at the building level.

Re,erences

Construction echnology ? $ol % to %$ ? 3. Chudler

Building Constrcution $ol % to %$ ? 7.!. (c !ay



43/65


44/65

03AR103 '&"%OR* OF ARC'&%!C%UR! : =

odu+e &

Art ? 2ouveau and Art and crafts movement ? Advances in Engineering ?

7oseph )axton ? Eiffel to'er )aris ? Antonio 1audi Chicago School of

Architecture Bauhaus School ? 1reat masters li-e ouis Sullivan @ran- loyd

Fright ? e Courbusier ? Falter 1roupius ? (ies ? $ander 3ohe.

odu+e &&

%mpressionism ?Expressionism ? Cubism ? 2eoclassicism ? 2eoplasticism ?

Suprematicism ? Const ructivism ? @utur ism ? )ost modernism ?

Deconstructivism

For- and philosophy of follo'ing architects ? Eric (endalson Earo Saarinen

scar 2imeyar Alvar Alto ouis !han (arcel Breur !en/o ange !unio

(aye-a'a )hilip 7ohnson ) 2ervi Christopher Alexander rotto*a

@re*otto )aul 3udolf 7affery Bava Hasan @athy S-idmore 'ingson and

(errill.

odu+e &&&

%nnovation and ideas of Archigram ? post modern architects li-e )eter Coo-

)aolo Soleri 3obert $entura 2orman @oster 3ichard 3ogers (ichael

1rover and 7ames Sterling.

odu+e &=

For-s of @oreign Architects in %ndia and their influence ? Ed'in utyens e

Corbusier ouis !han )hilip 7ohnson.

odu+e =

For-s of %ndian Architects ? aurie Ba-er Charles Correa B.$. Doshi!anvinde 3a* 3a'al Hafee/ Contractor )ithavadian 7oseph Stein.

Re,erences

A History of Architecture ? Sir Banister @letcher

History of Forld Architecture series

Encyclopaedia of (odern Architecture= 1erd Hat*e

03AR10 %O# >A##$

odu+e &

rigin ; evolution of human settlements ? 3elevance of study of evolution ofhuman settlements ? Human settlements as an expression of civili/ation ?

o'n planning in ancient medieval renaissance industrial and post industrial

age.

odu+e &&

Contribution of Ebene/er Ho'ard e Corbusier Clarance Stein )atric

1eddes e'is (umford C.A. Doxiadis and others to o'n )lanning.

odu+e &&&

%mpact of urbani/ation and industriali/ation on cities ? &rban environmental

problems ? Activity pattern and land use traffic and road net'or- ? Density

of population and population distribution ? &rban land use ? CBD urban


45/65

nodes rest of the city fringe area and suburbs ?%nternal special structure of

cities ? Concentric ring theory sector theory and multiple nuclei theory.

odu+e &=

(aster plans ? Development plans ? o'n planning schemes ? 2eighbourhood

planning ? Area planning ? 3egional planning ? he planning components

elements li-e land use /oning densities ? built areas floor area ratio )lot

reconstruction sub division regulations ? open versus built spaces ? &rban

form and life ? $arious planning surveys ? (apping planning process

odu+e =

egal aspects of planning ? o'n )lanning Act ? &rban Development

Authorities its setup and functions = and Acquisition Act ? < th Amendment

&rban and Ceiling Act ? Coastal 3egulation None Act.

Re,erences

". &rban )attern = Anthir 7. 1alion

#. History of &rban @orm from )re=history to 3enaissance = AE7 (orris6. &rban ; 3egional )lanning = )eter Hall


46/65

03AR10 A%!R "U>>* A#D "A#&%AR* !#$!!R$

odu+e 1

Sources of 'ater supply > Characteristics and comparative merits and defects ?

Estimating the requirements of 'ater ? factors affecting the consumption of

'ater ? rate consumption of different purposes ? Storage reservoirs.

Muantity of 'ater > %mpurities in 'ater Analysis of 'ater ? )hysical chemical

and bacteriological tests 'aterborne diseases.

odu+e &&

reatment of 'ater > Sedimentation ? coagulation ? filtration and disinfection

'ater softening ? Design of treatment unit ? Sedimentation tan- ? filter.

odu+e &&&

Distribution system of 'ater> methods of distribution service reservoirs ?

capacity of service reservoir system of supply of 'ater method of layout of

distribution pipes design of distribution system. Hardy cross method. Fatersupply for multi=storeyed buildings special points regarding plumbing for hot

'ater supply in buildings. )ipe appurtenances ? Air valves reflux valves

relief valves scour valves s-ive valves stop coc-s use of pumps in 'ater

supply systems.

odu+e &=

Collection of 'aste from buildings ? sources ? system of se'erage ? Drains =

Se'age ?catch basins ? aero manhole ? flushing tan-s ? se'er=materials ?

details of construction

%nspection chamber ? traps = House drainage ? principles of house drainage ?

sanitary fittings= system of plumbing ? storm 'ater disposal system= rainfall

and quantity of storm 'ater.

odu+e =

Classification of 'astes ? Sullage and solid 'aste ? Characteristics of 'astes. =

Faste'ater treatment ? )rinciples and techniques ? disposal of treated 'ater=

Design of septic tan-s and oxidation ponds ? solid 'aste treatment ? )rinciples

and techniques ? @ood disposal.

Re,erences

". Fater supply and Sanitary Engineering ? Santhsoh-umar coarg.

#. Elements of )ublic Health Engineering ? !.2. Duggal

6. Fater supply and Sanitary Engineering ? S.!. Hussain


47/65

odu+e &&

Classification of voltages > Electrical services in buildings distribution of

electrical energy in domestic installation load survey segregation of loads

po'er and light loads main distribution board sub=distribution board and

distribution board. Firing systems ? conduit 8surface and concealed: and

casing and capping systems (CB (CCB S@& ECB.

odu+e &&&

Electrical installation in commercial and high rise buildings concept of rising

mains indoor substation 8concept only: laying of cables principles of lighting

in buildings definitions and units types of luminaries and fittings design of

illumination scheme in halls and auditoriums calculation using point by point

method different types of lighting arrangements.

odu+e &=

DC motors and AC motors > )rinciples and application methods of starting in

AC motors AC generators ? principle and E(@ equation. ransformer ?

)rinciple types and E(@ equation.

odu+e =

Electrical safety > Earthing ? pipe and plate earthing lightning protection in

buildings safety regulation in domes tic commercial and high rise buildings

!erala Cinema 3egulation Act relating to electrical systems in cinema theater.

Discussion on lifts escalators.

Re,erences

". Electrical Design ? Estimating ; Costing ? !.B. 3aina S.!.

Bhattacharya

#. Electrical Firing ? Estimating ; Costing ? &ppal

6. ABC of Elec tr ical Engineer ing ? 7ain ; 7ain


48/65


49/65

odu+e &&

)rinciples of vapour compression system ? Simple cycle ? 3epresentation of

S and )H diagrams ? C) ? 3efrigerants and their properties ? (ixture

refrigerants ? 3efrigeration systems components ? Compressors ? Condensers

? Evaporators ? Expansion devices ? Cooling to'ers ? Air condit ioning ?

Definition ? Comfort and industrial air conditioning.

odu+e &&&

)sychrometry ? )sychrometric propert ies ? )sychrometr ic chart ?

)sychrometric process ? adiabatic mixing ? sensible heating and cooling ?

humidifying and dehumidifying = bypass factor ? Sensible heat factor ? 3oom

sensible hat factor ? 3SH@ and 1SH@ line ? Design condition ? Apparatus de'

point temperature ? air infiltration.

odu+e &=

Summer air conditioning system ? 'inter air conditioning system ? heating

systems ? year round air conditioning ? Comfort air conditioning ? factors

effecting human body comfort ? Comfort chart ? Air distribution systems ?duct systems ? si/es ayout and mountings ? Effects of bends of ducts.

odu+e =

Air conditioning systems ? 3oom air conditioners ? Split system ? )ac-aged

system ? all air system ? chilled 'ater system ? /oning ? (ar-et survey ?

2oise and noise control ? Study of approximate space requirements for various

components of air conditioning systems 8humb rules:

)ro*ect 'or- ? Dra'ing should be prepared sho'ing all details of the system

of a building part of building 8to be combined 'ith design pro*ect:.

Re,erences

3efrigeration ; Air conditioning ? (anohar )rasad3efrigeration ; Air conditioning = C.). Arora

3efrigeration ; Air conditioning = F.@. Stoc-er

3efrigeration ; Air conditioning = ).. Ballaney

3efrigeration ; Air conditioning = S.C. Arora and Dom-undu'aranes

03AR160 AD=A#C!D "%RUC%URA "*"%!" ARC'&%!C%UR!

odu+e &

Structures in Architecture oads on structures ? Different types ? oad

characteristics ? use of occupancy loads= Earth and 'ater loads Dynamic

loads earth qua-e loads etc. Structural requirements ? basic requirements li-e

strength equilibrium stability functionality economy and aesthetic.

odu+e &&

Structural materials ? 3evie' of traditional materials ? properties ; uses of modern

materials li-e Steel Aluminum 3einforced Cement Concrete )re=stressed Concrete

)ly'ood 8different types: Structural plastics 1lasses Composites such as ferrocement

fibre reinforced concrete.

odu+e &&&

Structural elements = Behaviour and application of tension compression flexural and

torsional elements and trusses frames plates arches cables and grid construction.

Structural systems different types ? Behavior of different structural system under loads.


50/65


51/65

!+ectie &

03AR160 %RA#">OR%A%&O# >A##$

odu+e &

Scope of the sub*ect = 2ature of traffic problems in cities and measures to meet

the problems = and use and city planning controls ? %nterdependence of land

use and traffic system = Approach to transport planning

odu+e &&

raffic and the environment = Detrimental effects of traffic on the environment

? 2oise air pollution vibrat ion visual intrusion and degrading the aesthetics

severance and land consumption ? situation in %ndia.

odu+e &&&

ransportation survey = ype of surveys ? origin destination survey need and

uses of D surveys survey methods. .D matrix.

odu+e &=raffic signs ? importance ? 2eed for international standardi/ation = 1eneral

principles and type of traffic sign = raffic signals = )roducing ? )ar-ing

problems and il l effects ? )ar-ing space requirement standards.

odu+e =

raffic control aids and street furniture = Avenue planting and landscape ?

Mualities of trees in avenue planting

Re,erences

.3. !adiyali ? raffic Engineering and transport )lanning

)ual. H. Fright 2orman 7. Ashfod ? ransportation Engineering = )lanning

and designL $u-an 3. $uchic ? &rban public transportationDonald @ Food = Contemporary ransportation.

!+ectie : &

03AR160 $&" URBA# D!=!O>!#% A#A*"&"

odu+e &

1eographic %nformation Science History Domains for 1%S Definitions of

1%S Components of 1%S Comparisons of various soft'are hard'are

requirements Digital cartography and conventional CAD.

odu+e &&

Data models and data structure conceptual models of real 'orld entities orfield vector data models essellation of continuous fields raster data models

use of models ? cadastre utility net'or-s land cover soil maps introduction

to data structure vector data structures and raster data structures. Hierarchical

data ? base structure 2et'or- data structure 3elational data structure b*ect

oriented database structure.

odu+e &&&

%ntroduction to data input data capture methods digiti/ation rasterisation

attribute or feature code inputting verification and editing methods.

odu+e &=

Creation of continuous surfaces and simple analysis of environmental problems

? (ountainous environmental land use studies ? %ntroduction to remote sensing


52/65

and environmental mapping ? gro'th and change in land use ? comparison of

land uses of different periods.

odu+e =

Exercises in data base quarry distance and context operators cost?distance

and least cost path'ays Boolean operations on maps remote sensed data

explorations supervised and unsupervised classification and principal

component analysis.

Re,erence

)rinciples of 1eographic %nformation System ? )eter A. Burrough

%drissi (anual

AutoCAD (ap (anual

An introduction o 1%S= %an Hey'ood Surah Cornelus Steve Carner

!+ectie &

03AR160 !#=&RO#!#%A A#A$!!#%

odu+e &

(an and his physical environment = %mpact of population gro'th urbani/ation

industriali/ation on ? atmosphere 8climate and pollution: = 2ature 8forest and

land forms: = Fater 8ground 'ater and surface 'ater:

odu+e &&

Critical urban environmental issues = )edestrians vehicular conflict city centre

environment housing areas environmental upgradation programmes =

Environmental approaches to design and planning rural settlements = &se of

alternate technology in planning and design of human settlements

odu+e &&&

%ntroduction to Environmental %mpact Assessment 8E%A: Definition need

significance in various sectors ob*ectives ? 3ole of E%A in planning and

decision ma-ing process in planning level.

odu+e &=

Site analysis = 2eed for site analysis inventory of site factors and their

mapping ? 2atural factors cultural factors and aesthetic factors = opographic

surveys = Slope analysis ? Drainage pattern vegetation climate pattern

lin-ages density and /oning.

odu+e =Environmental policies and legislation = Stoc-holm conference "4# &2E)

and its role Agenda #" = Agencies involved in protecting environment in %ndia

Re,erences

Harvey (. 3ubenstem ? A guide to site and environmental planning

3amachandra 1oha ? Environmentation ? A global history

1ilbert (. (asters ? %ntroduction to Environmental Engineering and Science

(undanthra Bala-rishanan ? Environmental problems and proposals in %ndia

Eldon.D. Enges Bradley @. Smith> Environmental Science ? a study of

interrelationship

An %ntroduction to 1%S ? %an Hey'ood Surah Cornelus


53/65


54/65

odu+e &&

$illage planning = (orphology of %ndian villages rural settlement forms =

rgani/ational structure ? Survey ? analy/ers and planning of villages

physical plans land use pattern amenity setups li-e schools mar-et place

vil lage centres and facil it ies l i-e drin-ing 'ater cooling fuels and

transportation.

odu+e &&&

3ural technology and crafts = A survey of rural crafts in different parts of the

country = Structural systems of vernacular architecture mater ials

improvements of materials tools of the trade construcion resource personnel

general structure and functional performance of vernacular architecture = Study

of vernacular architectural forms = Design of techniques based on thumb rules.

odu+e &=

Building forms. 3ole of climate culture values tradition and living habits in

determining the housing form and layout = and use pattern gro'th and

change pattern in the typical !erala village = 3esource mapping of villagesmethods and techniques

odu+e =

Appropriate technology ? Agencies involved in developing appropriate

technology = 3ole of 2irmithi !endra ? Critical evaluation of ne' materials

and construction methods in comparison 'ith vernacular technologies = ools

and techniques to determine its suitability.

Re,erence

". Ammos 3appopor t ? House form and cul ture

#. &2ESC (anual ? $illage planning

6. (ax'el @ry and 7ane Dra' ? ropica l Architecture !evin ynchs principles

odu+e &&& %echniEues or Ur-an Design

&rban design policies ? @ormulation of policies for various components li-e

landscape infrastructure and built forms = &rban rene'al scope need and

procedure = &rban conservation and economic considerat ions ? 3oad form and

hierarchy = 3oad pattern pedestrian areas malls urban elements open spaces

and 'aterfront development.

odu+e &= Ur-an Design >ro/ect Formu+ation

&rban design pro*ects in various sales > 2ational metropolitan city and pro*ect

levels case studies = Surveying methods and techniques space lin-age = &rban


55/65

design principles ? sales and mass s-yline studies = &rban spaces and their

characteristics.

odu+e !5ecution o, Ur-an Design >roducts

)ro*ects preparation = Agencies involved in the execution ?co=ordination role

of planning authorities = 3ole or urban arts commission &rban pro*ect

financing agencies.

Re,erences

". Community design and culture of ci ties ? Edudo.E. o/am

#. Concepts of urban design ? David 1oshng and Burry(aitland

6. Exter ior Design in Architecture ? Ioshinra Ashihara


56/65

%ndian %nstitute of Architects ? @unction of %ndian %nstitute of Architects ?

Election of members students and subscribers privilege to members .

odu+e &&

enders ? %nviting opening and acceptance of enders ? ender notice ? For-

order letter ? ender document ? Special notice and ender acceptance letter ?

)ublic private and negotiated tenders ? ypes of tenders ? %tem rate schedule

of rates 'ith percentage up or do'n umpsun umpsum percentage cost plus

percentage cost plus fixed fee cost plus fixed fee 'ith bonus and penalty ?

abour tender ? ender for demolition 'or- ? Day 'or- ? )iece 'or- ? Daily

labour ? Earnest money deposit ? security deposit ? 3etention amount.

odu+e &&&

Contract ? Definition and general principles ? ypes of contract ? 'here

quantities form part of the contract and quantities do not form part of the

contract ? Discharge if contract ? Contract document ? Schedule of quantities

? Contract dra'ings ? Contract Sum ? Contract bills ? Architects instructions.

Duties and liabilities of contractor ? architect and employer under the contract? Cler- of 'or-s ? Engineer in charge ? 3esident engineer ? 2ominated sub

contractor ? consultants ? liquidated damages ? $ariation and extras prime

cost and provisional sum ? Determination of contract. ? Certificates of

)ayments.

Arbitration ? Advantages of arbitration ? Appointment of Arbitrators and

&mpire ? )o'ers and duties of arbitrators ? role of umpire ? Arbitration

agreement ? Conduct of arbitration proceedings ? )ublications of the a'ard =

@iling of a'ard ? !inds of arbitration ?Arbitration and building contract.

odu+e &=

$aluation ? Definition ? )urpose of valuation ? $alue price and cost = (ar-et

value ? @actors affecting value ? $alue classification ? Classification ofo'nership ? @reehold and leasehold ? $aluation reports ? ypes of reports and

ingredients and valuation report= Different methods of valuation ? 3ental

method ? and and building basis method development method profit basis

method ? %llustrated examples and problems ? $aluation for easements.

odu+e =

(anagement ? )rinciples of management ? )ractice of management ? evels

of management ? Scientific management ? )ersonal (anagement ? 3ole of

(anagement ? eadership motivation and co=ordination.

ffice management ? System approach for pre=construction stage ? Dra'ing

si/es and sheet title ? @or'arding letters ? )ayment bills = 3egisters for

dispatch and documents ? For- output charts Stampings ? )reparation ofminutes ? Accounting ? Double entry single entry and boo- -eeping.

Supervision ? Muality control daily report system visual recording site

records and appurtenances ? Bench mar- ? Supervision of large pro*ects.

)rofession ? ptions on centering the profession ? short comings 'hile

running o'n office ? Duties and responsibilities of the principal architect ?

Secure clientage ? Disciplines environment of the office.

Re,erences

)rofessional )ractice ? Estimation ; $aluation ? 3oshan H. 2amavathy

heory and )ractice of $aluation ? 3oshan H. 2amavathy

)rofessional $aluation )ractice ? Aso- 2air

Construction (anagement ; Accounts ? $.2. $a/irani ; S.). Chandala.

Hand boo- of )rofessional Documents ? Council of Architecture


57/65

Architects 3eference (anual ? For-shops professional practice for Architects

by %%A !erala Chapter and rivandrum Centre 2ovember "449.

03AR1803 CO#"%RUC%&O# A#A$!!#%

odu+e &

%ntroduction to pro*ect management ? b*ective of construction management ?

ypes of construction pro*ects ? )ro*ect management cycle ? )lanning

scheduling monitoring ; control.

odu+e &&

%ntroduction to scheduling techniques ? Bar chart ? 1antt chart ? )rinciples

and applicat