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Default Units and Optional Units

Default Units
ChineseⅠ
General Education
Thermodynamics
EnglishⅠ
General Education
Introduction to Electric Engineering
Art AppreciationⅠ
Calculus(Ⅰ)
Engineering Mathematics (Ⅱ)
Chinese Ⅱ
General Chemistry
Electronics
English Ⅱ
Work Shop Practice
Electric Circuit
Art Appreciation Ⅱ
Engineering Graphics
Mechanism
History and Culture
Calculus(Ⅱ)
Engineering Materials Experiments
Geography and Environment
General Physics
Pneumatic & Hydraulic Engineering Control
Social Science
General Physics Experiments
Mechanical Design
English Practice
Engineering Mechanics-Statics
Fluid Mechanics
Physical EducationⅠ
Manufacturing Processes
Automatic Control
Physical Education Ⅱ
Computer-Aided Engineering Drawing (Ⅰ)
Mechatronic System Theory
Physical Education Ⅲ
Engineering Mathematics (Ⅰ)
Thermal and Fluid Experiments
Physical Education Ⅳ
Engineering Mechanics-Dynamics
Sensor and Measurement
General Education
Mechanics of Materials (Ⅰ)
Micro Electronic Mechanical System (Ⅰ)
General Education
Materials for Engineering
Heat Transfer
 
Optional Units
Computer Programming (Ⅰ)
Fuel Cell
Introduction of Solar Power generating
Computer Programming (Ⅱ)
Introduction of semiconductor manufacturing technology
Practical Verification of Design Analysis
Mechanical Measurements
Man Machine Interface
Design, manufacture and test of precision gear transfer system
Introduction to Semiconductor Processing
Automatic Control (Ⅱ)
Concepts of Machine Tool design
Logic Circuit Design
Undergraduate Research (Ⅰ)
Control of Modern Electric Machines
Computer-Aided Engineering Drawing (Ⅱ)
Undergraduate Research(Ⅱ)
Electric vehicle
Non-Destructive Testing
Micro-Electro-Mechanical System (Ⅱ)
Fracture Mechanics
Numerical Control Machine Tool
Wind Power generating
Plastic Mechanics
Mechanics of Materials  (Ⅱ)
Reverse Engineering
Elastic Mechanics
Numerical Analysis
Tool Design
Fatigue Mechanics
Mechatronics
Optimization Theory
Proton Exchange Membrane Fuel Cell
Metal Cutting
Refrigeration and Ventilation
Fluid-Structure Coupling Analysis
Computer-Aided Manufacturing
Robotics
Mechanics of Metal Cutting
Casting
Computer-Aided Mechatronic Design
Flexible Manufacturing System Engineering
Vibrations
Micro-Sensor Technology
Design and Analysis of Experiments
Introduction to Computer-Aided Engineering
Automatic Control Application
Engineering Statistics
Analysis of Micro-Fluidic Device
Nanometrology Technology
Nanotribology
Mechatronic System Design
Micro/Nano Scale Heat Transfer
Fundermental Theory of Metal Forming
 Introduction to Nano-Technology Engineering
Introduction of Metal Forming
Linear Control Systems
Engineering Mathematics (Ⅲ)
Non-Traditional Machining Processes
Optimal Control
Introduction to Display Technology
Mechanism Design
Dynamics of Multibody Systems(Ⅰ)
Automation machinery
Computer-Aided Fluid Mechanics
Dynamics of Multibody System(Ⅱ)
Computational Dynamics
Introduction to the Cooling of Electronic Devices
Advanced Dynamic System
Mechanics of Composite Materials
Engineering Quality Control
Plate and Shell
Fluid Machinery
Micro-Actuator Technology
Vibration of Mechanical Structure
Finite Element Method
Nanotribology
Computer Aided Engineering Analysis
Introduction to New Energy Engineering
Micro-Processing Technology
Nonconventional Nondestructive Testing
Digitial Control
Finite Element Analysis of Miniature Electromechanical systems
Microscopic NDT&E Technology
Introduction to Nano-technology
Modern Control