OVERVIEW

  1. INDEX
  2. Current Students
  3. Education

EDUCATION

Admission Capacity and Requirements for Completion

Admission Capacity

[Master's Course]
Admission Capacity: 24 / Master of Engineering
[Doctoral Course]
Admission Capacity: 12 / Doctor of Engineering

Requirements for Completion

[Master's Course]
Students are requested to obtain over 30 credits to complete the program. First, a minimum of 13 credits (5 lectures) must be acquired through the compulsory subjects. Second, a minimum of 8 credits (4 lectures) must be acquired through the semi-compulsory subjects. And third, a minimum of 9 credits must be acquired through the optional subjects.
[Doctoral Course]
To obtain a minimum of 20 credits including the 20 credits for Bioengineering Seminar 2 (A), Bioengineering Seminar 2 (B), Advanced Experiments on Bioengineering 2, and Advanced Reseach on Bioengineering 2. One who did not take Advanced Reseach on Bioengineering 3 in his/her master's course must get credit for Advanced Reseach on Bioengineering 4 in his/her doctor's course.

TOP

Life of Coures

Name of Course
Master's Course: Compulsory Subject Bioengineering Seminar 1 (A/B)
Advanced Experiments on Bioengineering 1
Advanced Research on Bioengineering 1
Advanced Research on Bioengineering 3
Master's Course: Semi-Compulsory Subject Overview of Bioengineering 1
Overview of Mechano bioengineering 1 *
Overview of Mechano bioengineering 2
Overview of Bioelectronics 1 *
Overview of Bioelectronics 2
Overview of Biodevices 1 *
Overview of Biodevices 2
Overview of Chmical Bioengineering 2
Overview of Biomaterials 1 *
Overview of Biomaterials 2
Overview of Bioimaging 1 *
Overview of Bioimaging 2
Master's Course: Optional Subject Advanced Lectures on Regenerative Medicine *
Fundamental Technologies in Biodevices *
Protein Engineering *
Advanced Biomaterials
Bioengineering Summer Experiments
Biomanipulation Engineering *
Brain Electronics *
Advanced Bio-Electronics *
Medical Precision Engineering *
Applied Microfluidic Systems *
Bio-system Engineering *
Advanced Lectures on Biomaterials *
Advanced Lectures on Bioimage Processing *
Nanobioengineering *
Basic and applied medicine for engineering research 1
Biological Reaction Engineering 1
Human Anatomy *
Human Physiology *
Human Pathology *
Overview on Clinical Medicine *
Radiation Biology
Doctoral Course: Compulsory Subject Bioengineering Seminar 2 (A/B)
Advanced Experiments on Bioengineering 2
Advanced Research on Bioengineering 2
Advanced Research on Bioengineering 4
Doctoral Course: Optional Subject Overview of Bioengineering 2
Bioengineering Summer Experiments
Basic and applied medicine for engineering research 2
Biological Reaction Engineering 2
Radiation Biology
  • *A Japanese lecture

TOP