Focusing on science and technology in the increasingly diverse and sophisticated society of the 21st century, the School of Science and Engineering will pursue more profound and thorough education through the new "one department, six fields" system.
The Mechanical Engineering course fosters highly creative human resources who can form the backbone of industrial society through practical, project-oriented classes providing hands-on experience of mechanical engineering, which forms the basis of machine manufacturing.
The Electronics and Informatics course teaches the basics of electronic engineering and information engineering to foster technicians who can respond flexibly to new technologies and needs to create a pleasant environment.
The Architecture course teaches creative design skills,knowledge of technologies, urban and regional architecture, and living environment and architectural design to foster highly adaptive human resources.
The Urban Design and Landscape Architecture course teaches landscape design methods from gardening to national land planning and the skills required for design that takes account of the environment.
The Health and Medical Engineering course teaches basic knowledge of medical care and engineering to foster human resources who can serve in various medical fields such as development of medical and welfare equipment and management of medical information.
The Mathematics and Science course provides students with comprehensive scientific understanding based on themes such as "Mathematics," "From Elementary Particles to the Universe,"and "The Earth and Life," fostering the ability to apply it flexibly.
Basic Subjects (Year)
Basic Subjects (Year)
| General Education Courses |
*1-3 |
| Foreign Languages Courses |
1-4 |
Majors
Required / Common Subjects
| Orientation Program for Freshman |
1 |
Basic Exercises for Science and Engineering |
1 |
| Special Seminar on Carrier Design A |
1 |
Special Seminar on Carrier Design B |
2 |
| Engineer Ethics |
1 |
Graduation Thesis |
4 |
Elective / Common Subjects
| Basic Course for Technologists A/B |
1 |
Introduction to Chemistry A/B |
1 |
| Computer Literacy A/B |
1 |
Experiments in Physics |
1 |
| Orientation Program A/B |
1 |
Experiments in Chemistry |
1 |
| Introduction to Mathematics A1-3 |
1 |
General Exercises for Education |
3 |
| Introduction to Mathematics B1-3 |
1 |
Seminar A/B |
3 |
| Introduction to Physics A/B |
1 |
Internship |
3 |
Elective / Mechanical Engineering Course
| Introduction of Mechanical Engineering |
1 |
Environmental Engineering |
2 |
| Fundamentals of Mechanical Engineering A/B |
1 |
Robotics |
2 |
| Introduction of Design and Manufacturing Projects |
1 |
Heat Transfer |
2 |
| Industrial Thermodynamics |
2 |
Wood Processing A/B |
2 |
| Seminar on Industrial Thermodynamics |
2 |
Machine Design and Drawing C/D |
3 |
| Mechanical Dynamics |
2 |
Advanced Experiments on Mechanical Engineering |
3 |
| Seminar on Mechanical Dynamics |
2 |
Mechanism |
3 |
| Fluid Mechanics |
2 |
Image-Processing Technology |
3 |
| Seminar on Fluid Mechanics |
2 |
Design for Manufacture and Marketing |
3 |
| Mechanics of Materials |
2 |
Manufacture Economics |
3 |
| Seminar on Mechanics of Materials |
2 |
Computer Aided Design |
3 |
| Engineering Mathematics |
2 |
Advanced Design and Manufacturing Projects C/D |
3 |
| Machine Design and Drawing |
2 |
Functional Materials |
3 |
| Fundamental Experiments on Mechanical Engineering |
2 |
Turbojet Engine |
3 |
| Lecture for Qualifications |
2 |
Mechanics of Continuous System |
3 |
| Measurement Engineering |
2 |
Automotive Design A/B |
3 |
| Structural Mechanics |
2 |
Dynamics of Vehicles |
3 |
| Freezing and Air Control |
2 |
Robotics Dynamics |
3 |
| Fundamentals of Electronic Circuit |
2 |
Mechanical Electronics Engineering |
3 |
| Advanced Design and Manufacturing Projects A/B |
2 |
Nursing Care Machine |
3 |
| Mechanical Materials Engineering |
2 |
Microcomputer |
3 |
| Plasticity Processing Engineering |
2 |
Engineering of Energy |
3 |
| Machining |
2 |
New Energy |
3 |
| Fluid Dynamics |
2 |
Patent Law |
4 |
| Automotive Engineering |
2 |
Method of Presentation |
4 |
| Internal Combustion Engine |
2 |
Nanotechnology |
4 |
Elective / Electronics and Informatics Course
| Introduction to Electronics and Informatics A/B |
1 |
Experiments in Electric and Electronic Engineering A/B |
3 |
| Exercise of Computer Operation |
1 |
Semiconductor Physics and Technology |
3 |
| Programming B |
1 |
Transient Pheomena |
3 |
| Drawing for Electrical Engineering A/B |
2 |
Electronic Circuits |
3 |
| Control Engineering |
2 |
Introduction to Robotics A/B |
3 |
| Electronics |
2 |
Microwave and Optical Engineering |
3 |
| Electrical and Electronics Measurement A/B |
2 |
Communication Engineering A/B |
3 |
| Experiments in Electronics and Informatics A/B |
2 |
Electromagnetic Waves and Propagation |
3 |
| Electromagnetics and Exercises A/B |
2 |
Digital Communication |
3 |
| Electric Circuit Theory and Exercises A/B |
2 |
Experiments in Information Technology A/B |
3 |
| Mathematics for Digital Engineering |
2 |
Digital Signal Processing |
3 |
| Computer Engineering |
2 |
Image and Acoustic Signal Processing |
3 |
| Probability and Statistics |
2 |
Broadcasting and Information Network |
3 |
| Operationg Systems |
2 |
Network Security and Coding Theory |
3 |
| Operations Research |
2 |
Computer Graphics |
3 |
| Applied Mathematics for Electric and Electronic Engineering A/B |
2 |
Information Theory |
3 |
| Web Design |
2 |
Introduction to Digital Media Theory |
3 |
| Media Design Exercise |
2 |
Programming C/E |
3 |
| Information and Occupation |
2 |
Database System |
3 |
| Information Society and Ethics |
2 |
Software Engineering A/B |
3 |
| Programming A/D |
2 |
Seminar for Information Technology Engineers B |
4 |
| Programming Language and Compiler |
2 |
Advanced Experiments in Power and Communication Engineering A/B |
4 |
| Business and Information Technology |
2 |
Energy and the Environment |
4 |
| Seminar for Information Technology Engineers A |
2 |
Electric Train and Vehicles |
4 |
| Electrical Machinery A/B |
3 |
Electrical Comunication Laws |
4 |
| Electric Power Generation and Substation |
3 |
Laws and Regulations for Electrician A/B |
4 |
| Electric Power Network |
3 |
Programming Practice A/B |
4 |
| Electric Power Engineering |
3 |
Pattern Recognition |
4 |
| Material for Electrical and Electronics Engineering A/B |
3 |
Power Electronics |
4 |
| Computer Measurements |
3 |
High Voltage and Plasma Engineering |
4 |
Elective / Architecture Course
| Expression in Design A/B |
1 |
Planning and Design of Architectural Mechanical Systems |
3 |
| Fundamental Design A/B |
1 |
Planning and Design of Mechanical Equipment |
3 |
| Man, Architecture and Society |
1 |
Design of Reinforce Concrete Structures |
3 |
| Building Materials |
2 |
Design of Steel Structures |
3 |
| Introduction to Structural Mechanics of Buildings |
2 |
Architectural Design Studio III/IV |
3 |
| Building Construction System |
2 |
Theory of Urban Environment |
3 |
| Architecture and Environment |
2 |
Building Construction Management |
3 |
| Architectural Design Studio I/II |
2 |
Architectural Specifications and Cost Estimating |
3 |
| Computer-Aided Design in Architectural Practice |
2 |
Seismic Design for Buildings |
3 |
| Building Construction Method |
2 |
Experiments in Architectural Environment Engineering |
3 |
| Structural Mechanics of Buildings |
2 |
Building Production Theory |
3 |
| Experiments in Architectural Building Materials A/B |
2 |
History of Western Architecture |
3 |
| The Fundamentals of Architecture |
2 |
Urban Design |
3 |
| Architectural Tectonics and Detail |
2 |
Computer-Aided Design of 3D Presentation |
3 |
| History of Japanese Architecture |
2 |
Theory of Architectural and Urban Design |
3 |
| Applied Mathematics for Building Design A/B |
2 |
Architectural Sketch Design C |
3 |
| Introduction to Housing |
2 |
Structural Design Drafting |
3 |
| Architectural Sketch Design A/B |
2 |
Building Equipment Drawing |
3 |
| Introduction to Nursing care |
2 |
Theory of Architecture in Modernity |
3 |
| Social Science and Residential Environment A |
2 |
Space, Environment and Psychology |
3 |
| Architecture and Interior Design |
2 |
Social Science and Residential Environment B |
3 |
| Architectural Finish Materials |
2 |
Design Strategy of Building Forms |
3 |
| Energy Efficiency and Building Forms |
2 |
Plumbing and Disaster Prevention Engineering |
4 |
| Introduction to Architectural Universal Design |
2 |
License and Ethics for Architectural Engineer |
4 |
| Urban Planning for Caring Society |
2 |
Exercise in Construction Planning |
4 |
| Structure of Buildings and Strength of Materials |
3 |
Building Equipment Planning |
4 |
| City Planning |
3 |
Ecological Health |
4 |
| Building Laws |
3 |
Rehabilitation |
4 |
Elective / Urban Design and Landscape Architecture Course
| Landscape Architecture |
1 |
Surveying Practice A/B |
3 |
| Introduction to Recycling System |
1 |
Landscape Special Lecture B |
3 |
| Ecological Design |
2 |
Landscape Design B |
3 |
| Ecological Planning |
2 |
Landscape Engineering |
3 |
| Surveying |
2 |
Experiment on Soil and Concrete A/B |
3 |
| Information Technology on Surveying |
2 |
Experiment in Environmental Engineering |
3 |
| Landscape Special Lecture A |
2 |
Geo-Engineering & Natural Hazard Prevention |
3 |
| Landscape CAD |
2 |
Introduction to Structural Concrete |
3 |
| Landscape CG |
2 |
Regional and Urban Planning |
3 |
| Landscape Hydraulics |
2 |
Urban Greening and Gardening |
3 |
| Landscape Design A |
2 |
Flower Landscaping |
3 |
| Introduction to Geotechnical Engineering |
2 |
River Hydraulics |
3 |
| Structural Mechanics A/B |
2 |
Wise Use and Environment of the Sea |
3 |
| Introduction to Materials |
3 |
Riverscape Design |
3 |
| Urban Aesthetics |
2 |
Recycling of waste |
3 |
| Introduction to Urban Environment |
2 |
Remote Sensing Technology for Urban Environments |
3 |
| Environmental Engineering and Energy |
2 |
Reinforced Concrete Fundamentals |
3 |
| Applied Hydraulics |
2 |
Infrastructure Design |
3 |
| Geotechnical Engineering |
2 |
Seismic and Aseismic Engineering |
4 |
| Urban Transportation System |
2 |
Urbanscape Design |
4 |
| Comprehensive Exercise |
3 |
Asset Management |
4 |
Elective / Health and Medical Engineering Course
| Health and Medical Engineering |
1 |
Research Project 3/4 |
3 |
| Medical Terminology |
1 |
Introduction to International Classification of Diseases |
3 |
| Introduction to Medicine |
1 |
Medical Taxonomy |
3 |
| Basic Experiment in Health and Medical Engineering |
2 |
Medical Statistics |
3 |
| Computer Training in Health and Medical Engineering |
2 |
Diagnostic Informatics |
3 |
| Research Project 1/2 |
2 |
System Engineering |
3 |
| Medical Engineering |
2 |
Medical Fluid Engineering |
3 |
| Clinical Medicine A-E |
2 |
Circulatory System Engineering |
3 |
| Medical Management 1/2 |
2 |
Medical Electric Wave Engineering |
3 |
| Medical Informatics |
2 |
Special Seminar on Medical Engineering |
3 |
| Physiology |
2 |
Introduction to Cognitive Science A/B |
3 |
| Biochemistry |
2 |
Neural Network Seminar |
4 |
| Experiment in Health and Medical Engineering |
3 |
|
|
Elective / Mathematics and Science Course
| Linear Algebra A/B |
1 |
Theory of Teacher Development |
2 |
| Foundations of Education |
1 |
School Guidance and Counseling |
2 |
| Research in Special School Activities |
1 |
Mathematics for Computer Science |
3 |
| Research in Moral Education |
1 |
Theory of Algorithm |
3 |
| Experiments in Biology |
2 |
Graph Theory |
3 |
| Experiments in Earth Science |
2 |
Fourier Analysis |
3 |
| Foundation for Computer Science |
2 |
Theory of Topological Space |
3 |
| Data Processing Method |
2 |
Basics of Petrology |
3 |
| Analysis |
2 |
Finite Element Method |
3 |
| Probability Theory |
2 |
Computational Science |
3 |
| Environmental Science A/B |
2 |
Theory of Information and Codes A/B |
3 |
| Introduction to Electromagnetism |
2 |
Numerical Analysis A/B |
3 |
| Geometry |
2 |
Life Science |
3 |
| Theory of Series |
2 |
Linear Programming |
3 |
| Mathematics for Engineering A/B |
2 |
Elementary Particle Physics and Cosmology |
3 |
| Matrix Theory |
2 |
Theory of Relativity |
3 |
| Ordinary Differential Equation |
2 |
History of the Earth and Planets |
3 |
| Oscillation and Wave |
2 |
Materials Science |
3 |
| Intorduction to Mathematics and Computer Science |
2 |
Molecular Biology |
3 |
| Biology A/B |
2 |
Partial Differential Equation |
3 |
| Algebra |
2 |
Radiation Safety Control |
3 |
| Earth Science A/B |
2 |
Quantum Chemistry |
3 |
| Statistics |
2 |
Quantum Mechanics |
3 |
| Thermodynamics and Statistical Mechanics |
2 |
History of Education |
3 |
| Complex Analysis |
2 |
Educational Administration and Finance |
3 |
| Physical Chemistry |
2 |
Educational Counseling |
3 |
| Radiation Science |
2 |
Educational Methodology |
3 |
| Introduction to Quantum Mechanics |
2 |
Teaching Profession Lecture |
3 |
| Logic and Set |
2 |
Theory of Algebraic Equation |
4 |
| Educational Psychology |
2 |
|
|
* 1=Freshman, 2=Sophomore, 3=Junior, 4=Senior
