We are conducting research related to the development, design, operation, and diagnosis of systems (particularly energy systems and robotics) from the viewpoint of control engineering.

Currently, we are developing modeling methods for improving the efficiency and overall optimization of energy systems and related equipment, and conducting system evaluation and design. In the field of robotics, we are developing various sensor systems based on high-precision self-positioning technology and conducting research on outdoor autonomous movement.

1. Optimal Operational Planning and Design of Energy Systems
2. Optimization and Control of Thermodynamic Systems
3. Design of Energy System based on Optimization
4. Vapor Compression and Condensation Heat Pump for Dehydration of Wet-Biomass
5. Research and Education of Management System with Digital Communication Network for Industrial IoT; (IONL) Industrial Open Network for Process Diagnosis
6. Development of Industrial Facility Management System with Artificial Intelligence
7. Research on 3D Sensing Systems based on High Precision Positioning and Attitude and Autonomous Mobile System in Outdoor Environment