Intelligent systems course

Specialized education subjects (2022)

Subject division Class Subject Grade Credit Note
Specialized basic subject Core basic
subjects		 Mathematics A for Science and Technology 1 2 Compulsory
Mathematics B for Science and Technology 1 2
Mechanics I 1 2
Electromagnetism I 1 2
Basic of Statistics 1 2
Differential and integral calculus 2 2
Indivisual basic subject Compulsory Computer Programming for Mechanical Science 1 2 Compulsory
Fundamental Physics Experiments 1 2
Industrial Mathematics I 2 2
Problem-solving exercise in Physics 2 2
Industrial Mathematics II 2 2
Exercise on Industrial Mathematics 2 2
Compulsory
elective		 Fundamentals of Chemistry 1 2 Compulsory
elective
More than
2 credits
Fundamentals of Biology A 1 2
Optional Applied Mathematics I 2 2 Optional
More than
6 credits
Computer Programming 2 2
Electric Circuit 2 2
Applied Mathematics II 2 2
Electronic Circuit 2 2
Specialized
application
subject		 Compulsory Introduction to Intelligent and System Engineering 1 2 Compulsory
Introduction to Materials Engineering and Processes 1 2
Basic Mechanical Drawing 1 2
Thermodynamics I 2 2
Fluid Dynamics I 2 2
Machine Elements 2 2
Mechanical Science Experiments 2 2
Exercise in Mechanical Engineering A 2 2
Materials Processing Technology 2 2
Mechanics of Materials I 2 2
Dynamics of Machines I 2 2
Mechanical Design 2 2
Exercise in Mechanical Engineering B 2 2
Control Engineering I 3 2
Creativity Training 3 2
Intelligent Machines and System Engineering Laboratory 3 2
Intelligent Machines and Systems Design 3 2
Exercise on Engineering English 3 2
Compulsory
elective		 Thermodynamics II 2 2 Compulsory
elective
More than
10 credits
Fluid Dynamics II 2 2
Mechanics of Materials II 3 2
Dynamics of Machines II 3 2
Engineering of Instrumentation 3 2
Mechatronics 3 2
Heat transfer I 3 2
Strength of Materials 3 2
Control Engineering II 3 2
Optional Applied Mechanics 2 2 Optional
More than
6 credits
Micro･nanomachining 2 2
Biological Information Engineering 2 2
Medical Engineering 3 2
Biomaterials and Bioengineering 3 2
Signal and Image Processing 3 2
Biomechanical Engineering 3 2
Heat transfer II 3 2
Computational Mechanics 3 2
Robotics 3 2
Medical Photonics Engineering 3 2
Biomedical Tissue Engineering 3 2
Manufacturing System Engineering 4 2
Reliability Engineering 4 2
Management
subject		 Compulsory Engineering Ethics 3 2 Compulsory
Compulsory
elective		 Business Management 4 2 Compulsory
elective
More than
2 credits
History of modern science 4 2
Intellectual Property 4 2
History of Business Enterprise Management I 4 2
Venture Business 4 2
Graduate Thesis 4 12 Compulsory

credits required for graduation

Liberal arts education subjects More than 34 credits
Specialized education subjects More than 100 credits: Compulsory, Compulsory elective, Optional
Total More than 134 credits

Medical systems course

Specialized education subjects (2022)

Subject division Class Subject Grade Credit Note
Specialized basic subject Core basic
subjects		 Mathematics A for Science and Technology 1 2 Compulsory
Mathematics B for Science and Technology 1 2
Mechanics I 1 2
Electromagnetism I 1 2
Basic of Statistics 1 2
Differential and integral calculus 2 2
Indivisual basic subject Compulsory Computer Programming for Mechanical Science 1 2 Compulsory
Fundamental Physics Experiments 1 2
Industrial Mathematics I 2 2
Problem-solving exercise in Physics 2 2
Industrial Mathematics II 2 2
Exercise on Industrial Mathematics 2 2
Compulsory
elective		 Fundamentals of Chemistry 1 2 Compulsory
elective
More than
2 credits
Fundamentals of Biology A 1 2
Optional Applied Mathematics I 2 2 Optional
More than
6 credits
Computer Programming 2 2
Electric Circuit 2 2
Applied Mathematics II 2 2
Electronic Circuit 2 2
Specialized
application
subject		 Compulsory Introduction to Intelligent and System Engineering 1 2 Compulsory
Introduction to Materials Engineering and Processes 1 2
Basic Mechanical Drawing 1 2
Thermodynamics I 2 2
Fluid Dynamics I 2 2
Machine Elements 2 2
Mechanical Science Experiments 2 2
Exercise in Mechanical Engineering A 2 2
Materials Processing Technology 2 2
Mechanics of Materials I 2 2
Dynamics of Machines I 2 2
Mechanical Design 2 2
Exercise in Mechanical Engineering B 2 2
Biomechanical Engineering 3 2
Creativity Training 3 2
Intelligent Machines and System Engineering Laboratory B 3 2
Medical Machines Design B 3 2
Exercise on Engineering English 3 2
Compulsory
elective		 Micro･nanomachining 2 2 Compulsory
elective
More than
10 credits
Biological Information Engineering 2 2
Medical Engineering 3 2
Biomaterials and Bioengineering 3 2
Signal and Image Processing 3 2
Control Engineering I 3 2
Heat transfer I 3 2
Medical Photonics Engineering 3 2
Biomedical Tissue Engineering 3 2
Optional Applied Mechanics 2 2 Optional
More than
6 credits
Thermodynamics II 2 2
Fluid Dynamics II 2 2
Mechanics of Materials II 3 2
Dynamics of Machines II 3 2
Engineering of Instrumentation 3 2
Mechatronics 3 2
Heat transfer II 3 2
Computational Mechanics 3 2
Robotics 3 2
Strength of Materials 3 2
Control Engineering II 3 2
Manufacturing System Engineering 4 2
Reliability Engineering 4 2
Management
subject		 Compulsory Engineering Ethics 3 2 Compulsory
Compulsory
elective		 Business Management 4 2 Compulsory
elective
More than
2 credits
History of modern science 4 2
Intellectual Property 4 2
History of Business Enterprise Management I 4 2
Venture Business 4 2
Graduate Thesis 4 12 Compulsory

Credits required for graduation

Liberal arts education subjects More than 34 credits
Specialized education subjects More than 100 credits: Compulsory, Compulsory elective, Optional
Total More than 134 credits

Curriculum Policy

The Division of Mechanical Science and Engineering helps in training diverse and flexible thinking, essential for creative mechanical scientists and engineers, and highly trained experts who will challenge the future of biomecical engineering for humanity.

Intelligent systems course

  • Students will be expected to to study mechanical science and engineering to understand the issues facing our global society and community.
  • Students will be expected to develop scientific skills and engineering sense based on mechanical science and engineering and apply all of them to solve the issues facing our global society and community.
  • Students will be expected to continue their pursuit of mechanical science and engineering for providing realistic solutions to humanity and society.

Medical systems course

  • Students will be expected to study biomedical engineering based on mechanical science and engineering to understand issues facing our global society and community.
  • Students will be expected to develop scientific skills and engineering based on mechanical science and biomedical engineering, and apply them to solve the problems facing our global society and community.
  • Students will be expected to pursue their individual developments in mechanical science and biomedical engineering for providing realistic solutions to humanity and society.