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Undergraduate Study

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Subject Type  Course Title  Required/Selected Credit Hour  Internship First Academic Second Academic Third Academic  Fourth Academic Before graduation
First Semester Second Semester First Semester Second Semester First Semester Second Semester First Semester Second Semester
 Common ground Chinese I  Required 2 2 0 2                
English Ⅰ  Required 2 2 0 2                
Physical Education Ⅰ  Required 0 0 2 0                
Chinese Ⅱ  Required 2 2 0   2              
English Ⅱ  Required 2 2 0   2              
Physical Education Ⅱ  Required 0 0 2   0              
Physical Education Ⅲ  Required 0 0 2     0            
Physical Education Ⅳ  Required 0 0 2       0          
Information Literacy and Application  Required 2 2 0   2              
English Practice  Required 2 2 0     2            
    12 12 8                  
general education(core curriculum) Multicultural Society                         2
Self-Development                         2
Environmental Sustainability                         2
Civic and Citizenship Education                         2
Classical Literature                         2
    0 0 0                  
 general education(Multiple electives) General Education                         8
    0 0 0                  
Professional compulsory Engineering Graphics  Required 2 1 3 2                
General Chemistry  Required 3 3 0 3                
General Physics  Required 3 3 0 3                
Calculus Ⅰ  Required 3 3 0 3                
Manufacturing Processes  Required 2 2 0 2                
Work Shop Practice  Required 2 1 3   2              
General Physics Laboratory  Required 1 0 3   1              
Calculus Ⅱ  Required 3 3 0   3              
Computer-Aided Engineering Drawing Ⅰ  Required 2 1 3   2              
Engineering Mechanics-Statics  Required 3 3 0   3              
Engineering Materials  Required 3 3 0     3            
Engineering Mathematics Ⅰ  Required 3 3 0     3            
Mechanics of Materials Ⅰ  Required 3 3 0     3            
Electric Circuit  Required 3 3 0     3            
Thermodynamics  Required 3 3 0     3            
Engineering Materials Laboratory  Required 1 0 3       1          
Engineering Mathematics Ⅱ  Required 3 3 0       3          
Electronics and Laboratory  Required 2 1 2       2          
Introduction to Electric Machinery  Required 2 2 0       2          
Mechanism  Required 3 3 0       3          
Automatic Control I  Required 3 3 0         3        
Fluid Mechanics  Required 3 3 0         3        
Undergraduate Research Ⅰ  Required 1 0 3         1        
Principle of Single-Chip and Laboratory  Required 2 1 2         2        
Mechanical Designs  Required 3 3 0         3        
Undergraduate Research Ⅱ  Required 1 0 3           1      
Sensor and Measurement  Required 2 2 0           2      
Thermal and Fluid Experiments  Required 1 0 3           1      
Heat Transfer  Required 3 3 0           3      
    69 59 28                  
Professional elective Fracture Analysis Selected 3 3 0             3    
Computer Programming Ⅰ Selected 3 3 0 3                
Computer Programming Ⅱ Selected 3 3 0   3              
Man Machine Interface Selected 3 3 0     3            
Introduction to Computer-Aided Engineering Selected 3 3 0     3            
Metal Cutting Selected 3 3 0     3            
Introduction to Biomechatronic Systems Selected 3 3 0     3            
Hydraulic and Pneumatic Control and Laboratory Selected 2 1 2     2            
Engineering Mechanics-Dynamics Selected 3 3 0     3            
Introduction to Semiconductor Processing Selected 3 3 0     3            
Engineering Ethics Selected 2 2 0     2            
Mechanical Measurements Selected 3 3 0       3          
Computer-Aided Engineering Drawing II Selected 2 1 2       2          
Logic Circuit Design Selected 3 3 0       3          
Introduction to Nano-technology Selected 3 3 0       3          
Laser Technology Selected 3 3 0       3          
Engineering Applications of Simulink Selected 2 1 2         2        
Japanese for engineers Ⅱ Selected 3 3 0         3        
Engineering Mathematics Ⅲ Selected 3 3 0         3        
Introduction of Solar Power generating Selected 3 3 0         3        
Mobile Device Programming Selected 2 2 1         2        
Introduction to Nano-Technology Engineering Selected 3 3 0         3        
Analysis of metal plastic working Selected 3 3 0         3        
Non-Traditional Manufacturing Processes Selected 3 3 0         3        
Design and Implementation on Embedded System Selected 3 3 0         3        
Computer Aided Engineering Analysis Selected 3 3 0         3        
Computer-Aided Manufacturing Selected 3 3 0         3        
Numerical Control Machine Tool Selected 3 3 0         3        
Design and Machining of the Mechanical Prototype Selected 3 3 0         3        
Casting Selected 3 3 0         3        
Introduction to New Energy Engineering Selected 3 3 0         3        
Introduction to the Cooling of Electronic Devices Selected 3 3 0         3        
Engineering Quality Control Selected 3 3 0         3        
Introduction to Flexible Electronics Selected 3 3 0         3        
Programmable Logic Controller Applications with Laboratory Selected 3 2 2         3        
Fluid-Structure Coupling Analysis Selected 3 3 0         3        
Technical Writing Selected 3 3 0         3        
Linear Control Systems Selected 3 3 0         3        
Mechanics of Composite Material Selected 3 3 0         3        
Environmental Energy Recycling Selected 2 2 0         2        
Practical Training I Selected 1 0 0         1        
Plate and Shell Selected 3 3 0         3        
Introduction of Semiconductor Manufacturing Technology Selected 3 3 0           3      
Automatic Control II Selected 3 3 0           3      
Refrigeration and Ventilation Selected 3 3 0           3      
Non-Traditional Machining Processes Selected 3 3 0           3      
Mechatronics Selected 3 3 0           3      
Biomimetic Science and Technology Selected 3 3 0           3      
Wind Power generating Selected 3 3 0           3      
Heat Engives Selected 3 3 0           3      
Microelectromechanical Systems Ⅰ Selected 3 3 0           3      
Reverse Engineering Selected 3 3 0           3      
Introduction of Metal Forming Selected 3 3 0           3      
Application and Design of Embedded System with MSP430 Chips Selected 3 3 0           3      
Mechatronic System Design Selected 3 3 0           3      
Solar Energy Selected 3 3 0           3      
Logic Design Selected 3 3 0           3      
Press Die Design Selected 3 3 0           3      
Mechanics of Metal Cutting Selected 3 3 0           3      
Fundermental Theory of Metal Forming Selected 3 3 0           3      
Wind Power generating Selected 3 3 0           3      
Electric vehicle Selected 3 3 0           3      
Experimental Design Selected 3 3 0           3      
Developing Technology of Green Gold and Experiments Selected 2 2 0           2      
Elastic Mechanics Selected 3 3 0           3      
Practical TrainingⅡ Selected 1 0 0           1      
Theory and Practice of Industry 4.0 Selected 3 3 0           3      
Developing Technology of Green Gold II Selected 2 2 0           2      
Principle and Application of Engineering Materials Selected 3 3 0           3      
Fracture Mechanics Selected 3 3 0           3      
Plastic Mechanics Selected 3 3 0           3      
Green Energy &Sustainable Developement Selected 3 3 0           3      
Plant Management Selected 2 2 0             2    
Finite element analysis Selected 3 3 0             3    
Automation machinery Selected 3 3 0             3    
Mechanics of Materials II Selected 3 3 0             3    
Non-Destructive Testing Selected 3 3 0             3    
Micro-Electro-Mechanical System Ⅱ Selected 3 3 0             3    
Tool Design Selected 3 3 0             3    
Undergraduate Research Ⅲ Selected 1 0 3             1    
Optimization Theory Selected 3 3 0             3    
Analysis of Micro-Fluidic Device Selected 3 3 0             3    
Computer-Aided Mechatronic Design Selected 3 3 0             3    
Digitial Control Selected 3 3 0             3    
Mechanism Design Selected 3 3 0             3    
Computer Aided Engineering ANSYS-Workbench I Selected 3 3 0             3    
Fundamental Vibrations Selected 3 3 0             3    
Non-Destructive Inspection Selected 3 3 0             3    
Nanometrology Selected 3 3 0             3    
Micro/Nano Scale Heat Transfer Selected 3 3 0             3    
Micro Design of Thermal and Fluidic Device Selected 3 3 0             3    
Advanced Finite Element Method Selected 3 3 0             3    
Advanced Dynamic System Selected 3 3 0             3    
Special Topic of Micro Electro Mechanical Systems Selected 3 3 0             3    
Project Proposal Writing and Management Selected 3 3 0             3    
Introduction of Tool Machine Technology Selected 3 3 0               3  
Concepts of Machine Tool design Selected 3 3 0               3  
Japanese for engineersⅠ Selected 3 3 0               3  
Fluid Machinery Selected 3 3 0               3  
Vibrations Selected 3 3 0               3  
Practical Verification of Design Analysis Selected 3 3 0               3  
Finite Element Analysis of Miniature Electromechanical systems Selected 3 3 0               3  
Design, manufacture and test of precision gear transfer system Selected 3 3 0               3  
Application and practice of rotor dynamic analysis Selected 3 3 0               3  
Automatic Control Application Selected 3 3 0               3  
Design of Indoor Vebtilation Selected 3 3 0               3  
Computational Dynamics Selected 3 3 0               3  
Modern Control Selected 3 3 0               3  
Micro-Actuator Technology Selected 3 3 0               3  
Computer-Aided Fluid Mechanics Selected 3 3 0               3  
Numerical Analysis Selected 3 3 0               3  
Robotics Selected 3 3 0               3  
Micro-Sensor Technology Selected 3 3 0               3  
Academic Writing Selected 3 3 0               3  
Dynamics of Multibody Systems Ⅰ Selected 3 3 0               3  
Finite Element Method Selected 3 3 0               3  
Nanotribology Selected 3 3 0               3  
Control of Modern Electric Machines Selected 3 3 0               3  
Computational Numerical Analysis Selected 3 3 0               3  
Advanced Engineering Mathematics Ⅰ Selected 3 3 0               3  
Optimal Control Selected 3 3 0               3  
Micro-Processing Technology Selected 3 3 0               3  
Flexible Manufacturing System Engineering Selected 3 3 0               3  
Vibration of Mechanical Structure Selected 3 3 0               3  
Fuel Cell Selected 3 3 0               3  
Random Data Analysus Selected 3 3 0               3  
Microscopic NDT&E Technology Selected 3 3 0               3  
Fatigue Mechanics Selected 3 3 0               3  
Proton Exchange Membrane Fuel Cell Selected 3 3 0               3  
Nonconventional Nondestructive Testing Selected 3 3 0               3  
Advanced Engineering Mathematics Ⅱ Selected 3 3 0               3  
Tribological Engineering Selected 3 3 0               3  
Sound and Vibration Control Technology Selected 3 3 0               3  
Machine Learning Selected 3 3 0               3  
Design and Analysis of Experiments Selected 3 3 0               3  
Engineering Statistics Selected 3 3 0               3  
Dynamics of Multibody Systems Ⅱ Selected 3 3 0               3  
    396 389 12                  
  Professional compulsory Credit  69
Professional elective Credit  20
 general education(Commonly required 22
   general education(Multiple electives) 8
  general course credit 30
  free electives credit 9
 Minimum level  required 128
Note Professional learning on mechanical and electro-mechanical field, general courses, related to humanity and science, to cultivate students' prospective humanism qualities will be also involved in our curriculums. To obtain a B.S.M.E. degree, students have to complete 128 credits for the course, a minimum level required, in which 30 are essential for general courses, and 69 are required in his major courses. Besides, some courses related to M.E. application are set to be optional, which have been developed into three major credit courses, namely, Intelligent Mechanical Design and Manufacturing, Heat and Energy Engineering, & Mechatronics. Here students, based on individual interest and career goal, are encouraged to choose any two of three groups, and then have to successfully achieve 12 credits, at least, from each credit group before they get the B.S. diploma.