> Education
The curriculum consists of the following 5 core subject groups:- Mechanical Engineering Group,
- Mechatronics & Control Engineering Group,
- Bioinformatics and Information Engineering Group,
- Electrical and Electronics Engineering Group,
- Ergonomics and biokinematics Group.
Undergraduate Studies
- Introduction to assistive technology
- Introduction to information processing
- introduction to mechanical engineering 1,2
- Electric circuit 1,2
- Electric engineering 1,2
- Applied analysis
- Human system engineering lab
- Machine shop practice
- Human body kinematics
- Mechatronics 1,2,3,4
- Drafting & design
- Assistive device lab
- Human system control engineering
- Material mechanics
- Material engineering
- Heat and fluid mechanics
- Electronics circuit 1,2
- Human system measurement engineering
- Human engineering
- Human system engineering
- Assistive technology 1,2
- Kansei engineering
- Human body dynamics
- Dynamics of mechanics
- Rehabilitation engineering
- Quality control
- Computer aided design
- Internship program
- Design engineering
- Auditory speech engineering
- Human interface
- Visual image engineering
- Final project report
Graduate (Master Course) Studies
- Advanced course in ergonimcs
- Advanced course in welfare infomatics
- Advanced course in biokinematic analysis
- Advanced course in bioinformatic systems
- Advanced course in assistive device design
- Advanced course in auditory engineering
- Advanced course in biomaterial
- Advanced course in mechatronics circuit
- Advanced course in human system engineering
- Advanced course in biokinematics
- Advanced course in motor function
- Advanced course in cognitive engineering
- Advanced course in machining process
- Advanced course in rehabilitation robotics
- Advanced course in assistive mechatronics
- Advanced course in machine control
- Advanced course in machine dynamics
- Advanced course in mechatronics
- Master Thesis
for further information and guidance, please contact the department chair at fukushi(at)oita-u.ac.jp