Kazuhiro Miyama
Papers
3
Total Citations
7
H-Index
2
About
Kazuhiro Miyama is a pioneering researcher in biomimetic soft robotics, with a focus on developing musculoskeletal robots and anthropomorphic robotic hands that closely emulate human anatomy and function. His key research areas include wire-driven artificial muscles, soft robotic hands with integrated tactile sensing, and 3D-printed biomimetic structures. Miyama’s major contributions include the invention of the "Patterned Structure Muscle," an arbitrary-shaped wire-driven artificial muscle that leverages anisotropic flexible structures to replicate the curved, flat, and deformable force exertion of biological muscles—a breakthrough for musculoskeletal robots. He also designed a five-fingered hand with full-fingered tactile sensors using conductive filaments, enabling precise contact point estimation and complex motions like bending after insertion into tools. Notably, Miyama developed a five-fingered biomimetic soft robotic hand by 3D printing the skin and skeleton as a single unit, integrating soft materials to mimic human epidermis while maintaining structural integrity. Though his most-cited papers currently have modest citation counts (3, 3, and 1), their innovative approaches to soft robotics and tactile sensing are gaining recognition. His work promises to advance prosthetics, human-robot interaction, and dexterous manipulation, positioning him as an emerging leader in bio-inspired robotics.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3