List of Credits for Graduation

Academic Year 2018, Master Program, Department of Vehicle Engineering

YearSemesterRequired
Elective
Course IDCourse NameCreditsHoursLevelNote
1 1 4406001 Engineering Seminar 1.0 2 1 / 2 @
1 1 4406002 Thesis 3.0 3 1 / 2 @
1 1 3105010 Random Processes 3.0 3 @ @
1 1 4405020 Functional Safety in Automotive Engineering 3.0 3 @ @
1 1 4405059 Technological Innovation and R 3.0 3 @ @
1 1 4405064 Project Management 3.0 3 @ @
1 1 4405072 Knowledge Management on Industry 3.0 3 @ @
1 1 4406011 Graduate On-Site Research 3.0 18 @ @
1 1 4406040 English Technical Writing 2.0 2 @ @
1 1 4406041 Technical Paper Presentation 3.0 3 @ @
1 1 4406042 Management of Technology 3.0 3 @ @
1 1 4406044 High Technology Marketing 3.0 3 @ @
1 1 4406101 Control Theory 3.0 3 @ @
1 1 4406102 System Identification 3.0 3 @ @
1 1 4406103 Advanced Mechanical Vibration 3.0 3 @ @
1 1 4406104 Advanced Numerical Analysis 3.0 3 @ @
1 1 4406105 Advanced Vehicles Manufacture 3.0 3 @ @
1 1 4406106 Vehicles Production & Marketing 3.0 3 @ @
1 1 4406107 Vehicle Acoustics 3.0 3 @ @
1 1 4406108 Combustion 3.0 3 @ @
1 1 4406109 Engineering Analysis 3.0 3 @ @
1 1 4406118 Advanced Dynamics 3.0 3 @ @
1 1 4406119 Advanced Vehicle Dynamics 3.0 3 @ @
1 1 4406120 Electromagnetics 3.0 3 @ @
1 1 4406129 Personal Intelligent Rapid Transportation Vehicle and Operation System 3.0 3 @ @
1 1 4406131 Special Topics on Hydraulic and Pneumatic Hybrid Vehicle 3.0 3 @ @
1 1 4406141 Special Topics on Air Pollution 3.0 3 @ @
1 1 4406143 Nonlinear Control Systems 3.0 3 @ @
1 1 4406144 Drive-Train Design and Analysis 3.0 3 @ @
1 1 4406145 Special Topics on Clean Power System 3.0 3 @ @
1 1 4406146 Hybrid Vehicle Powertrains 3.0 3 @ @
1 1 4406147 Power Electronics 3.0 3 @ @
1 1 4406148 Electro-Acoustics 3.0 3 @ @
1 1 4406149 Vehicular Electric Power System Analysis 3.0 3 @ @
1 1 4406163 International Colloquy on Special Topics c 3.0 3 @ @
1 1 4406206 Investigation of the Smart Green Vehicle Technologies and their Industrial Case Studies 3.0 3 @ @
1 1 6105026 Pattern Recognition Technology 3.0 3 @ @
1 1 6105038 Applied Technology of Digital Signal Processor 3.0 3 @ @
1 1 6105057 Machine Vision and Image Processing Algorithm 3.0 3 @ @
1 2 4406001 Engineering Seminar 1.0 2 2 / 2 @
1 2 4406002 Thesis 3.0 3 2 / 2 @
1 2 3105031 Digital Control Theory and Application 3.0 3 @ @
1 2 3105118 Theory and Control of Permanent-Magnet Synchronous Motor 3.0 3 @ @
1 2 4005018 Optimal Controls 3.0 3 @ @
1 2 4005019 Artificial Intelligence 3.0 3 @ @
1 2 4405001 Advanced Heat Transfer 3.0 3 @ @
1 2 4405031 Digital Control Theory and Application 3.0 3 @ @
1 2 4406003 Training for Mechanical and Electrical Integration Engineer of Electric Vehicles 2.0 2 @ @
1 2 4406043 Vehicle Engineering Business Management and the Environment 3.0 3 @ @
1 2 4406045 Industry Strategic Planning and Technology Road-Mapping 3.0 3 @ @
1 2 4406046 Technology Development and its Industry Engineering Practice 3.0 3 @ @
1 2 4406047 Vehicle Braking and Control Systems 3.0 3 @ @
1 2 4406110 Future Vehicles Trend 3.0 3 @ @
1 2 4406112 Finite Element Analysis 3.0 3 @ @
1 2 4406113 Structural Dynamic Testing 3.0 3 @ @
1 2 4406115 Automotive Engine Control 3.0 3 @ @
1 2 4406116 Special Topics on Internal Combustion Engines 3.0 3 @ @
1 2 4406117 Special Topics on Accident Reconstruction 3.0 3 @ @
1 2 4406121 Systematic Design of Mechanisms 3.0 3 @ @
1 2 4406122 Intelligent Vehicle Dynamics and Control 3.0 3 @ @
1 2 4406123 Signal Processing 3.0 3 @ @
1 2 4406124 Intelligent Control 3.0 3 @ @
1 2 4406125 Electrical and Mechanical Systems of Railway Transit Systems 3.0 3 @ @
1 2 4406127 Automatic Manufacturing Methods and Controls 3.0 3 @ @
1 2 4406128 Alternative Fuels in Vehicle 3.0 3 @ @
1 2 4406130 Special Topics on Suspension Systems 3.0 3 @ @
1 2 4406150 Battery Management System Design and Analysis 3.0 3 @ @
1 2 4406203 Engineering Optimization Methods and Applications 3.0 3 @ @
1 2 4406205 Technologies and Applications of Car Network 3.0 3 @ @
1 2 4505404 Computing Fluid Dynamics 3.0 3 @ @
1 2 5605039 Advanced Numerical Heat Transfer 3.0 3 @ @
2 2 4406004 Introduction to smart grid 3.0 3 @ @

Note :
1. Minimum graduation credits: 32
2. Required credits: 8 including Thesis (6 credits), Engineering seminar 2 credits (2 semester), and Elective courses (24 credits).
3. Maximum elective credits campuswide:9
4. Students from foreign countries can only take 6 courses outside the department.
5. All graduate students are required to reach the minimum level of English proficiency or above as one of the necessary requirements for graduation since 2010. For more details on the relevant standards of English proficiency, please consult with the website of your respective department.
6.This curriculum is applied for 2018 class students.