Shinya Kimura

Museum of Japanese Art Yamato Bunkakan, The University of Osaka

Papers

Total Citations

H-Index

About

Shinya Kimura is a pioneering researcher in the field of human-coexistent robotics, with a specialized focus on force display systems and magnetorheological (MR) actuators. His work centers on developing high-performance robotic systems that can safely share space with humans while providing direct tactile feedback. Kimura’s major contributions include the design and implementation of novel MR actuators—devices that use magnetic fields to control fluid viscosity—enabling high-speed, high-torque performance for force display applications. His most cited paper (20 citations) introduces a 2-D force display system that prioritizes quantitative safety assessment, a critical advancement for human-robot interaction. Another influential work (11 citations) further refines this system, emphasizing mechanical safety in human-coexistent robots. Kimura also explored the use of silicon steel sheets to enhance actuator speed and torque (6 citations), demonstrating his commitment to both performance and safety. His research has laid foundational principles for safe, interactive robotic interfaces, with applications ranging from virtual reality to rehabilitation. Kimura’s insistence on rigorous safety evaluation—rather than abstract arguments—marks a distinctive and impactful contribution to the field, influencing subsequent work in human-robot collaboration.