Susumu Miyazaki
Papers
1
Total Citations
16
H-Index
1
About
Susumu Miyazaki is a leading researcher in soft robotics and bioinspired mechanisms, with a focus on developing low-cost, adaptive transmission systems for robotic applications. His most cited work, "Low-Cost, Continuously Variable, Strain Wave Transmission Using Gecko-Inspired Adhesives" (2019, 16 citations), introduces a novel approach to gear reduction by replacing traditional harmonic drives with gecko-inspired adhesive materials. This innovation enables continuously variable gear ratios in a compact, affordable package—addressing a key limitation of conventional strain wave gears, which are expensive and fixed-ratio. Miyazaki’s contributions bridge materials science and robotics, demonstrating how bioadhesion can solve practical engineering challenges. His work has significant implications for humanoid robots and prosthetics, where lightweight, adaptable transmissions are critical. By leveraging principles from gecko locomotion, he has opened new pathways for compliant, tunable actuation. With a growing citation impact, Miyazaki is recognized for advancing accessible robotic hardware, and his research continues to inspire innovations in soft, biohybrid systems.
Research Focus
Key Achievements
Top Papers
- 1