Curriculum of Under Graduate
The Department of Medical System Engineering offers opportunity to learn information and electronic sciences and technologies, and basic knowledge of medical environments through classes in School of Medicine, School of Nursing, Faculty of Pharmaceutical Sciences and others. The objective of the program is to cultivate graduates of great ability and extensive knowledge in Medical System Engineering. The program leads to the Bachelor of Engineering. Students must complete 128 units, including a thesis.
SUBJECTS
Design Aesthetics(Lab.)
Biomedical Engineering Training
Digital Circuit
Electric Circuit Theory I
Data Structure and Algorithm
System Control Theory
Biological Dynamics
Theory of Design for Medical Equipments
Computer Graphics
Circuit Theory II
Signal Processing
Spatial Design
Medical Image Processing
Medical Machine System Design
Therapeutic Medical Devices
Applied Electromagnetics
Experiment of Biomedical Engineering I
Thesis Study
Introduction of Medical and Welfare Industries
Medical Research
Pattern Recognition
Introduction to Network Engineering
Special Seminar in Medical Sciences
Biomedical Engineering Seminar
Fundamental Computer Programming
Mathematics for Information Science
Biological and Physiological Engineering I
Electronic Circuit
Technical English I
Polymeric Substances as Biomaterials
Biological and Physiological Engineering II
Numerical Computation
Sensory Information Processing
Cognitive Information Processing
Clinical Biostatistics
Medical Telecommunication Network
Technical English II
Biodynamic Material
Diagnostic Measurement Engineering
Experiment of Biomedical Engineering II
Introduction to Clinical Medicine for Young Engineers
Applied Mathematics
Robotics
Measurement Engineering
Electric Device Engineering