1
2016
20164
71224121UGS
2000500()
312 20822123113172551811 8369691255642350
Joint Fundamental and Master Degree Program of Mechanical
Engineering
080201()08020802
43+1+33+1+5
Speciality Code: 080201Schooling Years 4 years
1
2
3
4
5
6
7
Educational Objectives:
Objective 1: [Foundations] (Solid and basic knowledge) Aimed to
cultivate students to grasp solid major-related basic principles
and basic knowledge in aspects of methodology, approaches and so
on. Also, students are prepared to put what they have learned into
mechanical engineering practice by accessing to and mastering
advanced means of mechanical parts and mechanical design,
manufacturing, analysis, model building and computing.
Objective 2: [Professional Knowledge] (Problem-solving
abilities) Aimed to cultivate students to solve problems they
encounter in the process of practice and industrial needs by
innovatively utilizing the fundamentals of mechanical
engineering.
Objective 3: [Teamwork/Leadership] Aimed to cultivate students
to be equipped with communicative and collaborative abilities which
enables them to procure leadership capacities in mechanical
engineering field.
Objective 4: [Engineered Systems] (Cognitive ability of
engineering system) Aimed to cultivate students to correctly
understand the meaning of engineering system to the objective world
and make them know that machinery is a significant constitutive
part to achieve the design and equipment of mechanical engineering
system and it should serve the society and world.
Objective 5: [Societal Impact] (Assessment ability of
major-related social impact) Aimed to enable students to realize
that manufacturing is the backbone to our country and mechanical
engineering is the mainstay to manufacturing. Also, students need
to rationally look at the potential influence of mechanical design
to national defense, industry, agriculture, transportation and
peoples everyday life.
Objective 6: [Global Awareness] Aimed to cultivate students to
keep a clear mindset in globalization background and implement the
corresponding responsibilities competitively and dutifully.
Objective 7: [Lifelong Learning] The graduates in mechanical
engineering are able to be competent to vocational career of all
kinds of experiences and to be equipped with lifelong learning
abilities.
Speciality Features:
The major aims to cultivate students to master solid and basic
knowledge of mechanical speciality which mainly includes
engineering graphics, mechanics, mechanology, microelectronic
technology, computer technology, information processing technology
and modern design and manufacturing method, and students are
edified by basic training of modern engineers and scientific
research. Furthermore, students are equipped with the basic
abilities of research, design, management in mechanical equipment
related fields by conducting international communication and
emphatically training their innovation and capacity.
Educational Requirement:
The objective system of each course is composed of a
corresponding set of cultivation purposes, which are the
appropriate knowledge, ability and quality that students are
supposed to gain.
(Knowledge Structure)
A1 A1 Fundamental knowledge of literature, history, philosophy
and art;
A2 A2 Fundamental knowledge of social science research
methods;
A3 A3 Fundamental and frontier knowledge of natural science and
engineering;
A4 A4 Fundamental knowledge of mathematics and logic;
A5A5 Basic theories of mechanical speciality and basic knowledge
of mechanical engineering.
A6A6 Expertise technology knowledge on designing, manufacturing,
controlling and measuring of electromechanical products.
A7A7 Cutting-edge scientific and technology knowledge of
mechanical speciality.
A8A6 Managemental knowledge;
A9A9 Cross-cultural, international knowledge.
(Ability Requirements)
B1 B1The ability of clear thinking and accurate language
expression;
B2 B2 The ability of discovering, analyzing and solving
problems;
B3 B3 The ability of critical thinking and independent
working;
B4 B4 The ability of cooperating and communicating with
different various people;
B5 B5 Preliminary aesthetic ability on the literary and artistic
work;
B6 B6 At least one foreign language proficiency;
B7 B7 The capacity for lifelong learning
B8 B8 Organizational and managemental capacity;
B9B9A sense of innovation and creativity;
B10 B10 Analytical writing skills.
B11 The basic skills of drawing, computing, measuring,
investigating, literature reviewing and elementary technological
operation and strong computer application ability.
B12 The ability of preliminarily mastering and utilizing various
technological means and modern engineering instruments in the
process of mechanical engineering practice..
B13 The ability of systematic manifestation, model building,
analysis & solvement and argumentation on mechanical
problems.
B14 The ability of designing mechanical system, components and
process.
B15 The ability of discovering engineering or scientific
problems and independently embarking on engineering or scientific
research in mechanical engineering or interdisciplinary fields.
(Quality Requirements)
C1
C1 Ambitious, strong-willedwith the pursuit of civilization
heritage, the truth, the rejuvenate of nation, as well as the
benefit of human race;
C2
C2 Diligent, pragmatic, down to earth, hard working, excellence
striving;
C3
C3 Physical and mental harmony, open-mindedwith good physical
and mental quality, as well as the tolerant mentality of
multicultural and broad international perspective;
C4
C4 Quick thinking, innovative awarenessdiligent in thinking,
good at research, with strong interest in innovation, full of
curiosity and desire to solve problems;
C5
C5Noble valueswith the correct legal awareness, professional
ethics and a strong sense of social responsibility, as well as
strong initiative, responsible and cooperative awareness.
Degree Conferred: Bachelor of Engineering Science
Main Courses:
Descriptive Geometry & Mechanical Graphing, Electrical and
Electronic Technology, Mechanics of Materials, Fundamentals of
Thermal Engineering, Fluid Mechanics, Materials of Mechanical
Engineering, Theory of Machines and Mechanisms, Mechanical Design,
Basis of Material Forming Technology, Foundation of Machine
Manufacturing Technology, Measuring & Testing Technology, The
Principle & Application of Microcomputer
Featured Course:
Courses Taught in English: Mechanical Design, Foundation of
Machine Manufacturing Technology, Selection of Materials.
Bilingual Courses: Materials of Mechanical Engineering, Basis of
Material Forming Technology, Theory of Machines and Mechanisms,
Numerical Control Technology of Mechanical Equipment, Mechanical
Design, Measuring & Testing Technology
Research Courses: Theory and Technology of Digital Designing
& Manufacturing, Design Methodology, Creative Thinking &
Practice, Electronic Circuits and Microprocessor Design, Impact
Vibration & Noise.
Seminar (including freshmen seminars and thematic seminars):
Introduction to Mechanical Engineering (freshman orientation
lesson), Mechanical Design and Manufacture Cutting-edge Technology,
Introduction to Robotics, Special Processing and Modern
Manufacturing Technology, Micro Electromechanical System (freshman
seminar lesson), Plastic Mold Processing and Computer Technology
(freshman seminar lesson).
Innovation Practice Courses: Digital Manufacturing Innovation
Practice, Industrial Robotic Application Technology and Innovation
Practice.
Entrepreneurship Education Courses: Mechanical and Electrical
Products Marketing
Teaching Plan Schedule
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
1
C
A
A
A
A
A
A
A
A
A
A
A
A
A
B
B
D
D
D
13
2
1
3
19
2
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
Q
B
B
17
2
1
20
3
G
G
G
G
A
A
A
A
A
A
A
A
A
A
A
A
A
A
B
B
14
2
4
20
4
G
G
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
B
B
16
2
2
20
5
A
A
A
A
A
A
A
A
A
A
A
A
A
H
H
I
I
A
B
B
14
2
2
2
20
6
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
I
I
A
B
B
16
2
2
20
7
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
B
B
16
2
18
8
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
B
B
17
2
19
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
16
16
9
A
A
A
A
A
A
A
A
A
A
A
A
B
B
12
2
14
10
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
B
B
17
2
19
152
20
1
3
6
2
4
16
1
205
Registration Form of Curriculum Credits
Course Category
Requirement
Credits
Academic Hour
Remarks
Lectures
General Basic Course
Compulsory
70.5
1068
Elective
10.0
160
Disciplinary Basic Courses
Compulsory
49.5
812
4
4 lecture mechanical engineering technology frontier, scores are
not counted in
Elective
0.0
0
Specialty- related Courses
Compulsory
4.5
72
Elective
6
96
Total
Compulsory
124.5
1932
Elective
16
256
140.5
2208
Practice Training (Weeks)
40.5
40.5
Graduation design can be replaced by scientific research
project, but the procedures of graduation design (thesis) need to
be accomplished.
Graduation Credit Required
140.5+40.5=181
Postgraduate period (Bachelor & Master)
Credits
Remarks
Compulsory
16.016.0
Mechanical Manufacture & Automation,
Mechanical & Electronic Engineering,
Mechanical Design & Theory 16.0,
Vehicle Engineering 16.0
Elective
9.09.0
Mechanical Manufacture & Automation,
Mechanical & Electronic Engineering,
Mechanical Design & Theory 9.0,
Vehicle Engineering 9.0
Total
25.0
Postgraduate period (Bachelor & Doctor)
Compulsory
23.0
24.0
Mechanical Manufacture & Automation,
Mechanical & Electronic Engineering,
Mechanical Design & Theory 23.0,
Vehicle Engineering 24.0
Elective
12.0
11.0
Mechanical Manufacture & Automation,
Mechanical & Electronic Engineering,
Mechanical Design & Theory 12.0,
Vehicle Engineering 11.0
Total
35.0
Teaching Schedule
category
Class code
(names of classes)
143093
Ideological and Moral Cultivation and Basic Law Education
(48)
(36)
3.0
3
A1
B1B3
C5
143106
Mao Zedong Thought and Introduction to Theoretical System of
Socialism with Chinese Characteristics
(96)
48
6.0
5
A1
B1B3
C5
143091
Outline of Modern Chinese History
(32)
24
2.0
4
A1
B1B3
C5
143090
Basic Principles of Marxism
(48)
36
3.0
6
A1
B1B3
C5
143094
Situation & Policy
(128)
2.0
1-8
A1
B1B3
C5
144001
College English (I)
64
4.0
1
A9
B6 B7
C3
144002
College English (II)
64
4.0
2
A9
B6 B7
C3
152001
PE (I)
32
1.0
1
B7
C3
152002
PE (II)
32
1.0
2
B7
C3
152003
PE (III)
32
1.0
3
B7
C3
152004
PE (IV)
32
1.0
4
B7
C3
106001
Military Theory
(16)
1.0
2
A1
B1B3
C1C5
145268
C++
Foundation of the C++ Programming Design
48
16
3.0
1
A3
B11
C2
145271
Object-oriented Programming
32
2.0
2
A3
B11
C2
140191
Calculus (I)
80
5.0
1
A4
B12B13B14
C2C4
140192
Calculus (II)
80
5.0
2
A4
B12B13B14
C2C4
140197
Linear Algebra and Analytic Geometry
48
3.0
1
A4
B12B13B14
C2C4
140019
Probability Theory & Mathematical Statistics
48
3.0
2
A4
B12B13B14
C2C4
140016
Integral Transformation
16
1.0
3
A4
B12B13B14
C2C4
141005
College Physics
64
4.0
2
A3
B12B13B14
C2
141006
College Physics
64
4.0
3
A3
B12B13B14
C2
141007
Experiments of College Physics
32
1.0
2
A3
B12B13B14
C2
141008
Experiments of College Physics
32
1.0
3
A3
B12B13B14
C2
147045
College Chemistry
32
2.0
1
A3
B12B13B14
C2
147036
Experiments of College Chemistry
16
0.5
2
A3
B12B13B14
C2
130137
Descriptive Geometry & Mechanical Graphing
48
3.0
1
A5
B11
C2
130138
Descriptive Geometry & Mechanical Graphing
64
4.0
2
A5
B11
C2
Fields in humanities
96
6.0
5-6
A1
Fields in social sciences
64
4.0
4
A2
1228
80.5
130393
Introduction to Mechanical Engineering
16
1.0
1
A5A8
B2 B9 B12B15
C2C4
130391
()
Micro Electromechanical System (freshman seminar lesson)
16
8
1.0
1
A6A8
B2 B9 B12B15
C2 C4
130352
Plastic Mold Processing and Computer Technology (freshman
seminar lesson)
16
1.0
2
A5A8
B2 B9 B12B15
C2C4
135092
II
Electrical and Electronic Technology
68
4.0
3
A6
B2 B9 B12
C2
135081
Experiments of Electrical and Electronic Technology
24
24
1.0
4
A6
B11
C2
130078
Materials of Mechanical Engineering
40
2.5
3
A5
B2 B9 B12
C2
133100
Theoretical Mechanics
64
4.0
3
A5
B2 B9 B12
C2
130115
The Principle & Application of Microcomputer
40
2.5
4
A6
B12 B13
C2
130070
24
1.5
3
A5
B11
C2
133288
Material Mechanics
72
4
4.5
4
A5
B2 B9 B12
C2
130265
Principle of Mechanics
56
3.5
4
A5
B12B13
C2
130389
()
Fundamentals of Thermal Engineering (heat transfer theory
included)
48
3.0
4
A5
B2 B9 B12
C2
135044
Digital Electronic Technology
48
16
2.5
3
A6
B2 B9 B11B12
C2
130052
Measuring & Testing Technology
40
2.5
5
A6
B12B13
C2
130380
Fluid Mechanics
32
2.0
3
A5
B2 B9 B12
C2
130020
Basis of Material Forming Technology
56
3.5
5
A5A7
B12B13
C2
130081
Basis of Mechanical Control Engineering
40
4
2.5
5
A5
B12B13
C2
130263
Mechanical Design
56
3.5
5
A5
B12B13
C2
130190
Foundation of Machine Manufacturing Technology
56
3.5
6
A5A7
B12B13
C2
818
48
49.5
130082
Numerical Control Technology of Mechanical Equipment
32
2.0
6
A7
B1213 B14
C2
130072
Mechanical & Electrical Transmission Control
40
2.5
6
A7
B12B13 B14
C2
130306
Selection of Materials (Bilingual)
32
2
6
A7
B12B13 B14
C2
130335
Theory and Technology of Digital Design and Manufacture
48
16
2.5
6
A5A7
B12B13 B14
C2
130394
()
Digital Manufacturing Innovation Practice (theory)
16
1.0
6
A5A6A7
B9B11
B12B13
C2C4
130396
Industrial Robot Application Technology and the Innovation
Practice (theory)
16
1.0
6
A5A6A7
B9B11
B12B13
C2C4
130398
Electronic Circuits & Microprocessor Design
32
2.0
5
A6A7
B9B11
B12B13
C2C4
130096
Machinery Manufacturing Process Automation
32
2.0
6
A7
B2B14
C2
130185
Design Methodology
24
1.5
6
A7
B12
C2
130400
Plastic Molding Process & Mold Design
32
2.0
6
A5
B12 B13
C2
130106
Principles of Metal Forming
32
2.0
6
A5
B14
C2
130187
Introduction to Robotics
24
1.5
6
A7
B14
C2
130299
Computer control of machining process
24
1.5
6
A7
B14
C2
130343
Digital Image Processing &Application
48
12
2.5
5
A7
B13
C2
130300
LabVIEW
Virtual Instrument (LabVIEW programming design)
32
2.0
5
A7
B13B14
C2
130331
Matlab
Engineering Otimization & Matlab Realization
32
2.0
6
A5A7
B13B14
C2
130193
Science and Technology Information Retrieval
16
4
1.0
6
A3A8
B1 B2
B11
C2
130054
Creative Thinking and Practice
24
1.5
6
A3 A8
B2 B9
C4
130191
Multimedia Technology & Application
32
8
2.0
6
A8
B2
C2
130227
Hydraulic and Pneumatic Transmission Technology
40
4
2.5
6
A5
B14
C2
130334
Impact Vibration & Noise
32
2.0
5
A5
B14
C2
130039
Mechanical and Electrical Products Marketing
32
2.0
6
A6
B2
C2
131120
Specialized English
24
1.5
5
A9
B1 B6
C2
130333
Special Processing & Modern Manufacturing Technology
32
2
2.0
6
A5A7
B14
C2
130229
Rapid Forming Technology
32
8
2
2.0
6
A5A7
B14
C2
72
4.5
656
(Practice-concentrated Training)
106002
Military Training
3
3.0
1
A1
B4B7
C2
105001
Voluntary Labour
1
1.0
A1
B4B7
C5
130357
3-44-2
Engineering Training
6
6.0
3-4
A5
B11B14
C1 C2
C4
141073
Electronic Technology Practice
2
2.0
4
A6
B11B14
C2 C4
130080
Comprehensive Experiment of Mechanical Engineering Materials
(proceed dispersively)
1
1.0
3
A5
B11B12
C2
130160
Curriculum Design of Mechanical Principles
2
2.0
4
A5
B11B12
C2
130175
Curriculum Design of Mechanical Design
2
2.0
5
A5
B11B12
C2 C4
130312
Comprehensive Experiment of Mechanical Basis (proceed
dispersively)
1.5
1.5
3-5
A5
B2B3B11B12
C2
130178
()
Subject-based Experiment (manufacturing) (proceed
dispersively)
1
1.0
5-6
A5A6
B2B3B11
C2
130179
()
Subject-based Experiment
(electronic control)
(proceed dispersively)
1
1.0
4-5
A5A6
B2B3B11B12
C2
130395
())
Innovation Practice of Digital Manufacturing (experiment)
(proceed dispersively)
1
1.0
6
A5A6A7
B9B11B12B13
C2 C4
130397
Industrial Robot Application Technology & Innovation
Practice (experiment) (proceed dispersively)
1
1.0
6
A5A6A7
B9B11B12B13
C2 C4
130399
Curriculum Design of Foundation of Mechanical Manufacturing
Technology
2
2.0
6
A5A6A7
B2B3B11 B12B13B14B15
C2 C4
130233
Production Practice
2
2.0
7
A5A7
B2B3B12B13
C2
130036
Graduation Design (Dissertation)
15
15.0
8
A5A7
B2 B3 B9B12B13B14
C1 C2
C3 C4
40.5
40.5
0802
080200
2016
2015-12-4
Training objectives
The professional training with a broad and solid foundation
theory and system in-depth expertise, deep understanding of the
discipline development direction, grasp the latest research results
in the field of mechanical manufacturing and automation, mechanical
and electronic, mechanical design, vehicle engineering,
manufacturing engineering detection and instrument etc., engaged in
an independent scientific research and solve complex engineering
problems of ability, excellent scientific research innovation
ability, strong international communication skills, strong ability
of management, competent mechanical engineering and cross field of
scientific research, technology research, project management,
teaching for senior specialized talents.
Period of schooling
57
Period of schooling is 5 years and the longest period of
schooling is 7 years.
Major research directions
1.
2.
3.
4.
5.
1, Mechanical Manufacturing and Automation
2, Mechatronic Engineering
3, Mechanical Design and Theory
4, Vehicle Engineering
5, Manufacturing Engineering Intelligent Detection and
Instrument
Training modes:
, 203515005
1
The training of the creative class of the students to implement
the Tutor (Guidance Group) responsible for the system, under the
guidance of the tutor to complete the scientific research and
academic degree thesis. The Bo innovation class graduate students
should be in under the guidance of a mentor within two weeks after
admission to develop training plan, the fifth semester before the
end according to the South China University of technology PhD
research student assessment Interim Measures "in the mid-term
examination and complete the (SOCIAL) teaching practice link. The
practice link teaching (SOCIAL) include: assist the instructors
teach (or guidance) undergraduate or graduate courses, the teaching
practice of guiding undergraduate or graduate students scientific
research or academic dissertation, or as the main research
personnel to participate in industry research, production practice
and social practice. The innovation class of students in school
should participate in more than 20 times (including cross
disciplines of not less than 3 times) of academic activities, and
every time should fill out the "study of South China University of
technology students participate in academic (Lecture) examination
table", of which at least 5 times attached no less than 1500 words
by the instructor signed the summary of word recognition. The
innovation class graduate students to participate in international
academic conferences held outside the world, and the first signed
by the South China University of Technology, I was the first author
of the paper published in English, can be regarded as attending the
5 academic report. After the opening, a progress report on stage or
academic report at least every semester.
The innovation class of students in school shall participate in
at least 1 international academic exchange activities, encourages
participation in overseas academic exchange activities (including
national public school study abroad project, Guangzhou City "elite
plan" project, schools of international cooperation projects, the
students went to Hong Kong and Macao to know college academic
exchange activities, Taiwan University exchange project, overseas
high level international academic conferences, agreement sent
academic exchange programs and international students).
Credit requirements
:35,:1,:23,:12
Minimum total credits: 35, optional course group number: 1, the
lowest value of compulsory courses: 23, the lowest value of
elective courses: 12
Dissertation work
8000100504-21SCI
1 2
The Bo innovation class graduate students should be under the
guidance of Tutor (Steering Group), in front of the mid-term
assessment completed literature review (more than 8000 words) and
Bernal, literature reading quantity of not less than 100, which
English literature not less than 50. The innovation class of
students in undergraduate year 4, in under the guidance of a
mentor, the - Bo through the innovation and practice, will graduate
design, extracurricular scientific and technological practice link
and research phase of the research direction of convergence;
doctoral dissertation research work time shall not be less than 2
years. In application of degree thesis defense, should be made with
the discipline and research related academic papers, academic
papers published in accordance with the requirements of the South
China University of technology on doctoral students for the degree
of published academic papers of the rules "file execution. Among
them, the requirement: (hired) paper at least 1 SCI (or source)
published journal articles. After completing the thesis, according
to the relevant provisions of the South China University of
Technology on graduate student application degree, the organization
of defense. In addition to the implementation of the provisions of
the school related degree papers, but also must meet the
requirements of the college degree thesis quality (academic,
systematic, innovative, normative, etc.).
Remarks: 1, the Bo innovation class of students within the
prescribed period of schooling, completion of the training program
provides a curriculum and compulsory parts, a passing grade, but
the doctoral dissertation defense who did not pass, three months to
one year can apply to reply a, if defense is still not adopted,
will be issued a certificate of completion, when the papers to the
master's degree level, can be awarded a master's degree. 2, the Bo
innovation class graduate students in the mid-term examination
before and after the mid-term examination is not allowed to
transfer to a master's degree. When the mid-term examination is not
passed, I apply, tutor and college consent, and after the approval
of the graduate school, can be transferred to master students to
continue to learn. Turn to graduate, must according to the years
the professional graduate students training program to develop
training plan in provisions of the study period (from the Bo
innovation class graduate school for four years) completed required
course and each training session, qualified success, through the
master's degree thesis defense, awarded a master's degree.
1
B0001007
Chinese marxism and contemporary
36
2.0
1
2
B0002020
International Conferences and Academic Paper Writing
64
4.0
1
+
3
S0001025
Conspectus about the Dialectics of Nature
18
1.0
2
4
S0003004
Numerical Analysis
54
2.0
1
5
B0802059
Modern design, manufacture and measurement & control
technology
48
3.0
1
105
6
B0802005
Machine Manufacturing System Engineering
48
3.0
2
7
B0802021
Theory & Methodology of Modern Vehicle Design
48
3.0
1
8
()
The Finite Element Theory and Method
48
3.0
1
105
9
S0802132
Modern Machinery Design Theory
48
3.0
2
+
10
S0802232
Modern Manufacturing Engineering
48
3.0
2
11
S0802231
( )
Optimal Theory and Methods
48
3.0
2
12
()
Modern Control Systems
32
2.0
1
13
()
Mechanics of Vibration (merge with former Vibration course )
48
3.0
2
14
()
Modern Sensor Technology & the Uncertainty Theory
32
2.0
1
1
B0002002
Japanese
64
2.0
1
2
B0002014
German
72
2.0
2
3
B0004009
Writing and Contribution Guidance for Scientific Papers
16
1.0
1
4
B0802057
Literature synthesis and review
32
2.0
1
5
B0802061
Robotics Technology and its Application
32
2.0
2
6
B0802065
Manufacturing Engineering Mechanics
32
2.0
2
7
B0802067
Theory and technology of advanced electronic manufature
32
2.0
2
8
B0802069
Computing intelligence technology
32
2.0
2
9
B0802071
Design Theory of Micro Electro-Mechanical Systems
32
2.0
1
10
B0802073
Advanced Tribology
32
2.0
1
11
B0802075
Intelligent Manufacture Basis
32
2.0
2
12
B0802077
Mechanical Process and Control Theory
32
2.0
2
13
B0802079
Rheology and Its Applications in Machinery Design
32
2.0
1
14
B0802081
Advanced Plasticity Engineering
32
2.0
1
15
B0802083
Digital Image Processing and Pattern Recognition
32
2.0
2
16
B0802085
Theory and Technology of Inverter
32
2.0
1
17
B0802087
Interactions between Laser and Materials
32
2.0
2
18
B0805046
Laser Apparatus and Control Techniques
32
2.0
2
19
B0802088
Frontier technology of measurement & control
32
2.0
1
20
B0802090
Modern Integration Technology of Measurement and control
instrumentation
32
2.0
2
21
S0004015
The Principles of Management
50
2.0
2
22
S0802239
Vehicle system dynamics and vibrations
32
2.0
2
23
Dynamic Signal Analysis
32
2.0
24
Experimental Modal Analysis
32
2.0
25
Higher Fluid Mechanics and Application (automotive aerodynamics
is included)
32
2.0
26
Car Body System Design Theory and Technology
32
2.0
27
New Energy Automotive Technology
32
2.0
28
Automotive Electronic Control System
32
2.0
29
Car and Its Power System Development Frontier
32
2.0
30
Car Collision Safety Theory and Technology
32
2.0
31
Physical Manufacturing Information Fusion System
32
2.0
1
+
32
S0001055
Instrumentation Reliability Engineering
32
2.0
2
33
S0804001
The Principle of Pattern Recognition
32
2.0
2
34
S0001036
High efficiency power conversion technology for new energy
resource
32
2.0
2
35
S0804003
Non-destructive Testing
32
2.0
2
36
S0804006
EDA
EDA Simulation and the principle of signal & electronic
system
32
2.0
1
37
S0804014
The application of machine vision
32
2.0
1
0802
080200
2016
2015-12-4
Training objectives
Aimed to cultivate versatile development of morality, wisdom and
physique and master solid basic theory and systematic expertise
knowledge of machinery discipline. Students need to possess
excellent scientific creativity and strong independent working
ability and international communication which can drive innovative
talents and leading talents. Students should be acquainted with the
discipline-related developmental directions and be able to grasp a
foreign language and modernized experimental computer technologies.
Also, students need to be competent in scientific research,
technological breakthrough pursuit, project management and teaching
work in mechanical engineering and multidisciplinary areas.
Period of schooling
5
The period of schooling of three-year postgraduates is no more
than 5 years including suspension of schooling.
Major research directions
1.
2.
3.
4.
5.
1, Mechanical Manufacturing and Automation
2, Mechatronic Engineering
3, Mechanical Design and Theory
4, Vehicle Engineering
5, Manufacturing Engineering Intelligent Detection and
Instrument
Training modes
102,31500()5
This master innovation class graduate student training to
implement the Tutor (Guidance Group) responsible for the system,
under the guidance of the tutor to complete the scientific research
and academic degree thesis. The master class innovation of students
should be in under the guidance of a mentor within two weeks after
admission to develop training plan in the third semester before the
end in accordance with the "China South China University of
Technology Master's degree graduate metaphase screening a triage
approach" in the mid-term examination, and complete the (SOCIAL)
teaching practice link. The practice link teaching (SOCIAL)
include: assist the instructors teach (or guidance) undergraduate
curriculum and the instruction of undergraduate scientific research
or academic dissertation teaching practice, or as the main
researchers in industry research, production practice and social
practice. The master class innovation research students in reading
should participate in more than 10 times (including twice for cross
second level discipline) academic report will, every time should
fill in "South China University of technology research students
participate in academic (Lecture) examination table", of which at
least 3 times attached no less than 1500 words by the signature of
the supervisor approval summary. The master class innovation
graduate students to participate in in English as the working
language of the international academic conference, and to South
China University of technology for the undersigned, I first author
and mentor as first author, I am the second author): the visual for
5 times academic report. After the opening, a phase of research
progress report at least every semester.
Credit requirements
:25,:1,:16,:9
Minimum total credits are 25, the number of groups of selectable
courses among compulsory lessons is 1, minimum total credits of
compulsory courses are 16, minimum total credits of selective
courses are 9.
Dissertation work
4-1120500050251SCIEIISTP11
Postgraduates of Bachelor-Master innovation classes in
mechanical engineering are required to bachelor-master innovative
practice in the 4th undergraduate school year under the guidance of
supervisors, and they need to connect undergraduate graduation
design, extracurricular technological segments and research
directions in postgraduate phase. Postgraduates should draw up
dissertation plan in 11th to 20th week of the 3rd semester and
compose literature review reports (more than 5000 words) and
opening report, and they need to read no less than 50 literatures
which contains no less than 25 English literatures. Before applying
dissertation defense, students need to publish at least 1 paper or
patent whose first undersigned unit is South China University of
Technology and the first author is the postgraduate candidates name
(or the supervisor is the first author and the student is the
second). Furthermore, the content of the paper must be the research
result of the dissertation and the paper must be published or
employed in nuclear journals or higher journals, or be included by
SCI, EI and ISTP. After finishing dissertations, students are
organized to participate in dissertation defense according to
Provisional rules of degree regulations of South China University
of Technology and Stipulations on applying degree for postgraduates
in South China University of Technology. Apart from implementing
dissertation-related stipulations of our campus, these
dissertations should comply with specific quality requirements of
theses including scientificity, technicality, innovation and
standardability and so on.
1
S0001024
Theory and practice of socialism with Chinese
characteristics
36
2.0
1
2
S0001025
Conspectus about the Dialectics of Nature
18
1.0
2
3
S0002035
This integrated English
64
3.0
1
4
S0003004
Numerical Analysis
54
2.0
1
5
()
The Finite Element Theory and Method
48
3.0
1
73
6
S0802132
Modern Machinery Design Theory
48
3.0
2
73
7
S0802232
Modern Manufacturing Engineering
48
3.0
2
8
S0802231
( )
Optimal Theory and Methods
48
3.0
2
9
()
Modern Control Systems
32
2.0
1
10
()
Mechanics of Vibration (merge with former Vibration course )
48
3.0
2
11
()
Modern Sensor Technology & the Uncertainty Theory
32
2.0
1
1
S0002029
Practical English Writing
36
1.0
2
2
S0002030
Business English
36
1.0
2
3
S0002034
English for International Academic Exchange
36
1.0
2
4
S0002037
Culture of British & America
36
1.0
2
5
S0002038
Appreciation of English Movies
36
1.0
2
6
S0002040
IELTS Learning
36
1.0
2
7
S0002041
TOEFL Learning
36
1.0
2
8
S0002042
News English
36
1.0
2
9
S1201047
Oral English
32
1.0
2
10
S0003001
Theory and Method Of Mathematical Statistics
54
2.0
2
11
S0003005
Mathematical modeling and mathematical experiments
54
2.0
1
12
S0003006
Fuzzy Mathematics
72
3.0
2
13
S0003007
Matrix Analysis
54
2.0
1
14
S0004015
The Principles of Management
50
2.0
2
15
S0004034
Science and Technology Thesis Writing and Submission
Guidelines
16
1.0
1
16
S0802238
Robot-based Nanohandling and Automation
32
2.0
2
Sergej Fatikow
17
S0802003
Experimental Techniques and Data Processing
32
2.0
2
18
S0802005
Technique of Mechatronics
32
2.0
1
19
S0802013
Testing Techniques of Vibration
32
2.0
2
20
()
Robot Technology
32
2.0
2
21
S0802026
Design Methodology
32
2.0
2
22
S0802055
Technological innovation method and practice
32
2.0
2
23
S0802098
UGCAD/CAE
The Application of CAD/CAE Based on UG
32
2.0
2
24
S0802135
Precision and ultra-precision machining technology
32
2.0
2
25
S0802142
Polymer Processing machines
32
2.0
2
26
S0802198
Mechanics of Sheet Metal Forming
32
2.0
2
27
S0802211
Servo System Design
32
2.0
2
28
S0802214
The Application of Expert System to Mechanical Engineering
32
2.0
1
29
S0802215
Principle of Tribology
32
2.0
1
30
S0802216
Plasticity theory and numerical simulation
32
2.0
2
31
S0802217
Computer Control of Machining Processes
32
2.0
1
32
S0802218
Analysis and design of precision compliant mechanism
32
2.0
2
33
S0802220
Micro Electro Mechanical System (MEMS) and Micro-fabrication
Technology
32
2.0
1
34
S0802221
Metal Machining Theory and Finite Element Method
32
2.0
2
35
S0802223
Dynamics of Hydraulic Control System
32
2.0
1
36
S0802224
Spin-forming Technology and Equipment
32
2.0
1
37
S0802225
Rheology
32
2.0
2
38
S0802226
Computing intelligence technology
32
2.0
2
39
S0802227
Mechatronics system design
32
2.0
1
40
S0802228
Theories and Computer Simulation of Polymer Processing
32
2.0
1
41
()
Welding Source
32
2.0
1
42
S0805118
Laser Surface Modification Technology
32
2.0
2
43
S0805135
Technologies of Laser Micro-Processing
32
2.0
1
44
S0805155
Computer-Controlled System - Design and Interface Technology
32
2.0
2
45
S0802239
Vehicle system dynamics and vibrations
32
2.0
2
46
Dynamic Signal Analysis
32
2.0
47
Experimental Modal Analysis
32
2.0
48
Higher Fluid Mechanics and Application (automotive aerodynamics
is included)
32
2.0
49
Car Body System Design Theory and Technology
32
2.0
50
New Energy Automotive Technology
32
2.0
51
Automotive Electronic Control System
32
2.0
52
Car and Its Power System Development Frontier
32
2.0
53
Car Collision Safety Theory and Technology
32
2.0
54
Physical Manufacturing Information Fusion System
32
2.0
1
55
Modern Computer Control Technology and Electric Transmission
32
2.0
56
S0001055
Instrumentation Reliability Engineering
32
2.0
2
57
S0804001
The Principle of Pattern Recognition
32
2.0
2
58
S0001036
High efficiency power conversion technology for new energy
resource
32
2.0
2
59
S0804003
Non-destructive Testing
32
2.0
2
60
S0804006
EDA
EDA Simulation and the principle of signal & electronic
system
32
2.0
1
61
S0804014
The application of machine vision
32
2.0
1
143094
Analysis of the Situation & Policy
2.0
2
144001
College English(1)
4.0
4
152001
Physical Education (1)
1.0
2
145268
C++
C++ Program Designing Basics
3.0
3
140191
Calculus(1)
5.0
6
140197
Linear Algebra & Analytic Geometry
3.0
2
147045
General Chemistry
2.0
2
130137
Descriptive Geometry & Machine Drawing (1)
3.0
4
130393
Introduction to Mechanical Engineering
1.0
4
130391
MEMS ( micro electro mechanical system )
1.0
4
106002
Military Training
3.0
16
106001
Military Principle
1.0
2
28.5
144002
College English(2)
4.0
4
152002
Physical Education (2)
1.0
2
140192
Calculus(2)
5.0
6
140019
Probability & Mathematical Statistics
3.0
2
141005
General Physics (1)
4.0
4
130352
Plastic processing and mould computer technology
1.0
4
141007
Physics Experiment(1)
1.0
4
147036
General Chemistry Experiment
0.5
4
130138
Descriptive Geometry & Machine Drawing(2)
4.0
4
145271
Object-Oriented Programming
2.0
2
Curriculum of General Education
2.0
3
105001
Public Service
1.0
1
1-7
1
143093
Cultivation of Thought and Morals & Fundamental of Law
3.0
3
33.5
152003
Physical Education (3)
1.0
2
141006
General Physics (2)
4.0
4
141008
Physics Experiment(2)
1.0
4
133100
Theoretical Mechanics
4.0
4
130070
Interchangeability & Measurement Technology
1.5
2
135092
II
Electrical Engineering and Electrontechnics
4.0
4
130380
Fluid Mechanics
2.0
2
130078
Materials of Mechanical Engineering
2.5
4
130080
Poly-experiment of Mechanical Engineering Materials
1.0
16
140016
Integral Transformation
1.0
2
135044
Digital Electronics Technology
2.5
4
130357
Engineering Training
4.0
16
++
Curriculum of General Education
2.0
2
143091
Skeleton of Chinese Modern History
2.0
2
27.0
152004
Physical Education (4)
1.0
2
133288
Mechanics of Materials
4.5
5
130389
()
Fundamentals of Thermodynamics
3.0
4
130265
Theory of Machines and Mechanism
3.5
4
141073
Practice of Electronic(2)
2.0
16
130160
Course Project of the Mechanisms and Machine Theory
2.0
16
130115
Principle Application of Microcomputer
2.5
3
135081
Experiment of Electrical Engineering and Electrontechnics
1.0
4
130312
1.5
4
130357
Engineering Training
2.0
16
++
Curriculum of General Education
2.0
2
143106
Thought of Mao ZeDong and Theory of Socialism with Chinese
Characteristics
6.0
3
22.5
130020
()
Basis of Material Shaping Technology
3.5
4
130081
Basis of Cybernetics
2.5
4
130263
Mechanical Design
3.5
4
130175
Course Project of Mechanical Design
2.0
16
130052
()
Testing Technology
2.5
3
Curriculum of General Education
2.0
2
143090
Fundamentals of Marxism Principle
3.0
3
24.0
130190
Fundamentals of machine Manufacture Engineering Science
3.5
4
130082
Computer Numerical Control Machine Tools (CNC)
2.0
4
130072
Mechanical Electrical Transmission Control
2.5
4
130179
()
Basic Experiments For The Subject of Electric Control
1.0
16
130178
()
Basic Experiments for the Subject of Mechanical Manufacture
1.0
16
130399
Mechanical Manufacturing Technology Foundation Course Design
2.0
16
Specialty- related Courses
6.0
8
Practice-concentrated Training
1
16
Curriculum of General Education
2.0
2
130233
Production Practice
2.0
16
2
S0001024
Theory and practice of socialism with Chinese
characteristics
2.0
2
B0001007
Chinese marxism and contemporary
2.0
2
S0002035
This integrated English
3.0
3
B0002002
Japanese
2.0
2
B0002022
International Conferences and Academic Paper Writing
4.0
3
S0003004
Numerical Analysis
2.0
2
S0003005
Mathematical modeling and mathematical experiments
2.0
2
S0003006
Fuzzy Mathematics
3.0
2
S0003007
Matrix Analysis
2.0
2
S0004034
Writing and Contribution Guidance for Scientific Papers
1.0
2
B0004009
Writing and Contribution Guidance for Scientific Papers
1.0
2
130036
Graduation Design (Dissertation)
15
16
S0001025
Conspectus about the Dialectics of Nature
1.0
2
S0002029
Practical English Writing
1.0
2
S0002030
Business English
1.0
2
S0002034
English for International Academic Exchange
1.0
2
S0002037
Culture of British & America
1.0
2
S0002038
Appreciation of English Movies
1.0
2
S0002040
IELTS Learning
1.0
2
S0002041
TOEFL Learning
1.0
2
S0002042
News English
1.0
2
S1201047
Oral English
1.0
2
B0002014
German
2.0
2
S0003001
Theory and Method Of Mathematical Statistics
2.0
2
S0004015
The Principles of Management
2.0
2
()
The Finite Element Theory and Method
3.0
4
S0802132
Modern Machinery Design Theory
3.0
4
+
S0802232
Modern Manufacturing Engineering
3.0
4
S0802231
( )
Optimal Theory and Methods
3.0
4
()
Modern Control Systems
2.0
4
()
Mechanics of Vibration (merge with former Vibration course )
3.0
4
()
Modern Sensor Technology & the Uncertainty Theory
2.0
4
S0802238
Robot-based Nanohandling and Automation
2.0
4
S0802003
Experimental Techniques and Data Processing
2.0
4
S0802005
Technique of Mechatronics
2.0
4
S0802013
Testing Techniques of Vibration
2.0
4
()
Robot Technology
2.0
4
S0802026
Design Methodology
2.0
4
S0802055
Technological innovation method and practice
2.0
4
S0802098
UGCAD/CAE
The Application of CAD/CAE Based on UG
2.0
4
S0802135
Precision and ultra-precision machining technology
2.0
4
S0802142
Polymer Processing machines
2.0
4
S0802198
Mechanics of Sheet Metal Forming
2.0
4
S0802211
Servo System Design
2.0
4
S0802214
The Application of Expert System to Mechanical Engineering
2.0
4
S0802215
Principle of Tribology
2.0
4
S0802216
Plasticity theory and numerical simulation
2.0
4
S0802217
Computer Control of Machining Processes
2.0
4
S0802218
Analysis and design of precision compliant mechanism
2.0
4
S0802220
Micro Electro Mechanical System (MEMS) and Micro-fabrication
Technology
2.0
4
S0802221
Metal Machining Theory and Finite Element Method
2.0
4
S0802223
Dynamics of Hydraulic Control System
2.0
4
S0802224
Spin-forming Technology and Equipment
2.0
4
S0802225
Rheology
2.0
4
S0802226
Computing intelligence technology
2.0
4
S0802227
Mechatronics system design
2.0
4
S0802228
Theories and Computer Simulation of Polymer Processing
2.0
4
()
Welding Source
2.0
4
S0805118
Laser Surface Modification Technology
2.0
4
S0805135
Technologies of Laser Micro-Processing
2.0
4
S0805155
Computer-Controlled System - Design and Interface Technology
2.0
4
S0802239
Vehicle system dynamics and vibrations
2.0
4
Dynamic Signal Analysis
2.0
4
Experimental Modal Analysis
2.0
4
Higher Fluid Mechanics and Application (automotive aerodynamics
is included)
2.0
4
Car Body System Design Theory and Technology
2.0
4
New Energy Automotive Technology
2.0
4
Automotive Electronic Control System
2.0
4
Car and Its Power System Development Frontier
2.0
4
Car Collision Safety Theory and Technology
2.0
4
Physical Manufacturing Information Fusion System
2.0
4
S0001055
Instrumentation Reliability Engineering
2.0
4
S0804001
The Principle of Pattern Recognition
2.0
4
S0001036
High efficiency power conversion technology for new energy
resource
2.0
4
S0804003
Non-destructive Testing
2.0
4
S0804006
EDA
EDA Simulation and the principle of signal & electronic
system
2.0
4
S0804014
The application of machine vision
2.0
4
B0802059
Modern design, manufacture and measurement & control
technology
3.0
4
B0802005
Machine Manufacturing System Engineering
3.0
4
B0802021
Theory & Methodology of Modern Vehicle Design
3.0
4
B0802057
Literature synthesis and review
2.0
4
B0802061
Robotics Technology and its Application
2.0
4
B0802065
Manufacturing Engineering Mechanics
2.0
4
B0802067
Theory and technology of advanced electronic manufature
2.0
4
B0802069
Computing intelligence technology
2.0
4
B0802071
Design Theory of Micro Electro-Mechanical Systems
2.0
4
B0802073
Advanced Tribology
2.0
4
B0802075
Intelligent Manufacture Basis
2.0
4
B0802077
Mechanical Process and Control Theory
2.0
4
B0802079
Rheology and Its Applications in Machinery Design
2.0
4
B0802081
Advanced Plasticity Engineering
2.0
4
B0802083
Digital Image Processing and Pattern Recognition
2.0
4
B0802085
Theory and Technology of Inverter
2.0
4
B0802087
Interactions between Laser and Materials
2.0
4
B0805046
Laser Apparatus and Control Techniques
2.0
4
B0802088
Frontier technology of measurement & control
2.0
4
B0802090
Modern Integration Technology of Measurement and control
instrumentation
2.0
4
2016
1.
2.2530
3.
4.15503~585%15%
5.
6.8020%
7.3~565%25%10%
SCIEI 100%50%25%/50%25%15%/50%40%SRP20%
PPT30%30%40%
8.373
9.
1.2014
2.15%,PPT
3.3~585%PPT15%
4.
5.
C++
II
II
II
II
II
I
II
II
II
III
II
III
4
5
