robot
Real-World Informative Mechatronics Lab.
We solve various social issues with mechatronic systems that maximize the synergistic effects of motion control to achieve intelligent sensing and advanced functionality of real-world information.
We are engaged in research and development of robotic systems that maximize the synergistic effects based on intelligent sensing of real-world information and motion control. If you are interested in developing foundational technologies for cyber-physical systems that enable human support, green innovation, and manufacturing DX, and in system design, let's research together.
College of Systems Engineering and Science Department of Machinery and Control Systems
/ Graduate School of Engineering and Science（Master's Program） Systems Engineering and Science
/ Graduate School of Engineering and Science（Doctor's Program） Functional Control Systems Course
- Faculty Name
- KUWAHARA, Hiroaki
This lab is for this SDG activity:
STUDY FIELDS
- Mechatronics
- Robotics
- Control Engineering
- Information Engineering
- Electrical and Electronic Engineering
FOR SOCIETY
We are developing technologies for extracting information from the real world, including humans, objects, and nature, which are challenging to sense or formalize, and for precisely controlling energy movement. These advancements aim to facilitate the development of robots capable of remote control and assisting humans, robots that adapt to extreme environments and possess high mobility, and their application in manufacturing and maintenance within cyber-physical systems. Using this technology, we optimize the flow of information and energy in the real world and contribute to the creation of new systems that enable life and green innovation and manufacturing DX.
RESEARCH THEMES
- Motion support, sensory integration systems, personal mobility
- Tele-operation systems and extreme environment robotics
- Advanced manufacturing and skill transfer technology
- Structure robot inspection technology
Laboratory close-up
?Development of orthopedic medical devices using haptics applications
?Autonomous driving of personal mobility through sensory information integration
?Mechanism and motion control of robots for extreme environment mobility
?Skill transfer technology for artisanal processing techniques
?Development of AI-based handling control
