Mechatronic Engineering
time： 2015-07-20

Faculty: School of Mechanical and Automobile Engineering

 
Degree: MS
 
Specialty: Mechatronic Engineering
 
Minimum Total Credits: 25.0
Minimum Compulsory Course Credits: 17.0
Minimum Optional Course Credits: 8.0
 
Objectives
The program aims to cultivate professionals who are all-round developed in moral, intellectual and physical aspects and who are equipped with a solid foundation of theories and specialized knowledge; who possess broad coverage of knowledge and independent productive capacity; who are well-informed with developing trends of the discipline; and who proficient in one foreign language; who are skillful in modern experiment techniques and computer applications and who are competent in undertaking jobs of scientific researches, teaching or technological development, engineering designs and technology management.
 
Years of Study
3 years
 
Major Research Fields
1. Robot and Advanced Motion Control
2. Modern Fluid Drive and Control
3. Micro-Electro-Mechanical System and Advanced Sensing Technology
4. High-Performance Embedded Control System
5. Laser Processing System and Micro-Joining Technology
6. Digitalized Electric Power Equipments and Intelligent Control
 
Cultivation Mode
Students are required to work out a plan in the first two weeks after registration and are bound to participate in the stage assessment in the third semester according to Master Degree Candidate Medium-Term Screening Method of South China University of Technology and complete social practices before the 20th week in the third semester.
 
Dissertation
Students should draw up a working plan for the theses between the 11th and the 20th weeks in the third semester; start writing Literature Review (no less than 5000 words) and thesis proposals. More than 50 pieces of document have to be covered in the literature review, among which those in English should amount to no less than 10 pieces. Thesis proposals are expected to be finished in the third semester. Before applying for the thesis defense, students are required to have published one research paper in core academic journals with South China University of Technology signed as the first unit, the student signed as the first author or the supervisor signed as the first author whereas the student the second, or have one authorized patent. On the completion of theses, thesis defense will be arranged according to Rules for the Implementation of Graduation Degrees of South China University of Technology and Regulations of the Applications for Thesis Defense of South China University of Technology Apart from the above related regulations of degree thesis made by SCUT, the thesis is supposed to meet the school requirements in terms of its academic nature, systematicness, innovativeness and the art of writing.
 
Curriculum
Compulsory Courses
Course Code
Course Title
Credit
Teacher
S0001001
Scientific Socialism Theory and Practice
1
Huang Liwen
S0001002
Introduction to Dialectics of Nature
2
Tan Binzhao
S0002011
First Foreign Language (Essential English)
3
S0003004
Numerical Analysis (Basis of Science and Engineering Computation)
2
S0802003
Experiment Technology and Data Processing
3
S0802061
Modern Control System
2
S0802066
Optimization Theory and Method
4
Optional Courses
S0003001
Mathematical Statistics Theory and Method
2
S0003002
Partial Differential Equation and Finite Element Analysis
2
S0003005
Mathematical Modeling and Mathematical Experiment
2
S0003006
Fuzzy Mathematics
3
Lin Weixin
S0003007
Matrix Analysis
2
Fang Weidong
S0004015
Principles of Management
2
S0004034
Scientific Writing and Submission Guidance
1
Liu Shuhua
S0802005
Integrative Technology of Electromechanic
2
S0802010
Surface Quality of Metal Cutting
2
S0802011
Database Technology Ⅱ
2
S0802012
Vibration Theory
3
S0802013
Vibration Testing Theory
2
S0802014
Servo-System Design
3
S0802018
Computer Simulation and Network Technology for Manufacturing System
2
 
S0802019
Robotics
2
S0802020
Robot Mechanism
3
Zou Yanbiao
S0802022
Application of Expert System in Mechanical Engineering
3
S0802023
Machiery Innovation Idea and Design
1
S0802025
Mechanical Optimization Design
2
S0802026
Methodology of Design
2
S0802027
Principles of Tribology
3
S0802031
CAD/CAM/CAE Technology in Mould
3
S0802032
Numerical Simulation of Metal Formation Process
3
S0802034
Finite Element Method in Engineering
2
S0802043
DSP Technology and Its Application in Manufacturing Engineering
3
S0802052
Plastics Process Theory and Numerical Simulation
3
S0802054
Robot Control and Testing
2
S0802055
Technological Innovation Method and Practice
2
S0802056
Computational Control of Machining Process
3
S0802057
Analysis and Design of Precision Compliant Mechanism
3
S0802059
Micro-Electro-Mechanical System and Micro-Fabrication Technology
3
S0802060
Advanced Electronic Manufacturing Technology
3
S0802064
Spinning Formation Technique and Equipment
3
S0802072
Hydraulic Control System and Dynamics
3
S0802073
Fluid Mechanics of Hydraulic Engineering
2
S0802074
Modern Hydraulic Engineering
2
S0802082
Rheology
3
S0802087
Basis of Polymer Molding and Processing
3
S0802094
Computer-Aided Machine Design
2
S0802098
Application of CAD/CAE on the Basis of UG
2
S0802132
Modern Theory of Machine Design
3
S0802135
Precision and Super-Precision Processing Technology
2
S0802136
Theory and Application of Computational Intelligence
3
S0802137
Machinery Electronic System Design
3
S0802141
Numerical Simulation in Engineering
2
S0802142
Machine for Polymer Molding
2
S0802144
Polymer Molding Theory and Computer Simulation
3
S0802168
Basis of Software Technology
2
S0802174
Introduction to Biomorphic Robotics
2