Masaya Kawamura
Papers
8
Total Citations
124
H-Index
6
About
Masaya Kawamura is a leading researcher in the field of tendon-driven musculoskeletal humanoids, focusing on creating robots that closely mimic the complex anatomical structures and movements of the human body. His key research areas include bio-inspired robot design, tendon-driven actuation, and self-modeling for soft, redundant systems. Kawamura’s major contributions center on overcoming the immense control challenges posed by these highly complex, non-linear robots. He pioneered methods for antagonist inhibition control and online learning of joint-muscle mappings using vision, allowing these robots to achieve wide-range limb motion without precise geometric models. His work on high-power, flexible robotic hands—utilizing machined springs and variable stiffness joints—enabled a humanoid to support its own body weight, a significant achievement in dexterous manipulation and strength. With over 120 total citations, his research is foundational for advancing humanoids that can operate robustly in unstructured environments. Notably, his development of a movable binocular eye-camera unit further integrates human-like sensory capabilities, pushing the boundary toward truly anthropomorphic and autonomous machines.
Research Focus
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