- Faculty of Engineering
- Department of Electronics and Computer Engineering Department of Electrical Systems Engineering Department of Mechanical Engineering and Informatics Department of Civil and Environmental Engineering Department of Architectural Engineering
- Faculty of Applied Information Science
- Department of Computer Science Department of Information Systems Department of Information Management
- Faculty of Environmental Studies
- Department of Architectural Design Department of Global Environment Studies Department of Food and Health Sciences
- Graduate School
- Major in Intelligent Structure and Functional Science Major in Electrical and Electronic Engineering Major in Mechanical Systems Engineering Major in Civil and Architectural Engineering Major in Information Systems Science Major in Environmental Studies Major in Biological and Biomedical Engineering
Faculty of Engineering
Department of Electrical Systems Engineering
This department trains engineers to lead advancements in key areas: cutting-edge technologies in the "green energy field," which focuses on electricity and thermal energy to achieve carbon neutrality; the "smart systems field," which emphasizes efficient control of electrical energy; and the "communication systems field," which supports power networks. These efforts are built on the foundation of power systems that sustain modern society.
Education and Research Areas
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Green Energy
Students study renewable energy sources such as fuel cells and solar power, as well as advanced electrical and thermal energy technologies, operational management, and related regulations, all aimed at achieving carbon neutrality.
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Smart Systems
Students acquire knowledge and skills in IoT systems, which connect various devices to the internet, focusing on information system technologies, electrical energy, and robot control technologies.
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Communication Systems
Students learn about digital communication technologies, high-frequency circuit technologies, and network technologies, focusing on wireless communication systems that support energy networks from both software and hardware perspectives.
Faculty List
| Faculty Name | Position | Research Topic |
|---|---|---|
| Yumiko Abe | Associate Professor | Study on the Effectiveness of Computer-Mediated Communication on EFL Learners' Communicative Competence |
| Kenichi Hosoya | Professor | Microwave and Millimeter-Wave Technologies, Semiconductor Integrated Circuit Technologies, and Wireless Communication Technologies |
| Masahiro Ikeda | Associate Professor | Thermal Fluid Engineering and Thermal Energy System Engineering |
| Shiroh Itai | Professor | Care Robots and "Hospitality" Systems That Understand Human Intentions |
| Koji Kawahara | Professor | Automation and Enhancement of Functions in Planning and Operational Support for Power Systems |
| Shuichi Kogouchi | Associate Professor | Teaching Methods for Motivating Students to Study Successfully: Focusing on Study Support |
| Junji Kubokawa | Professor | Study on AI Agents for Power System Operation |
| Tamami Maruyama | Professor | Antennas, Wireless Power Transfer, and Metasurfaces |
| Leo Matsuoka | Professor | Highly Efficient Laser Isotope Separation of Radioactive Cesium |
| Shuji Murakami | Professor | Signal Processing Techniques in Digital Communication |
| Kakuji Ogawara | Professor | Flight Control of Micro-UAVｓ with Side Force Plate |
| Hiroshi Sumida | Professor | Autonomous Career Development |
| Hideaki Takahashi | Assistant Professor | Legal Reasoning |
| Masanori Takatou | Associate Professor | Graph Theory |
| Toshihiko Tanaka | Professor | New Control Methods of Bidirectional Battery Chargers for Electric Vehicles with Power Quality Compensator |
| Kenji Yoshida | Professor | Next-Generation Engine Combustion and Thermo-Fluid Dynamics with Phase Change |
| Yoshiaki Yoshida | Professor | Research and Development of Electrical Machines That Generate Clean Energy |
