Electrical Engineering
Electrical engineering is a fundamental field of study for the use of electrical and electronic-related technologies in every corner of society. For example, electrical engineering has given us electric vehicles and wind power generation̶both expected to contribute to the realization of a decarbonized society.
Communications technology is also founded on electrical engineering: electromagnetic waves are producing achievements such as the fifth generation of mobile communications technology, also known as 5G. These are just a few examples of the fields covered by electrical engineering. The Department of Electrical Engineering educates and conducts research in a wide range of fields through four chairs(Advanced Electrical Systems Theory, Fundamentals of Systems, Biomedical Engineering, and Electromagnetics Engineering), as well as a cooperating chair and an endowed chair.
Department Website
Research Laboratories
- Advanced Electrical Systems Theory
- Automatic Control Engineering
- Innovative Systems Theory
- Composite Systems Theory
- Biological Function Engineering
- Applied Superconductivity
- Electrical and Electromagnetic Circuit
- Electromagnetic Energy Engineering
- Space Radio Engineering
- Microwave Energy Transmission
- Space Radio Science Simulation
- Advanced Electric Machinery Engineering for Sustaining Global Environment