Chisato Nakashima
Papers
6
Total Citations
89
H-Index
5
About
Chisato Nakashima is a leading researcher in soft robotics, with a primary focus on developing physically compliant robotic systems for high-precision assembly tasks. Her work addresses a fundamental challenge in manufacturing: enabling robots to perform complex assembly operations without the need for expensive, high-frequency controllers and precise force sensors. Nakashima’s major contribution is the introduction of a compact, cable-driven, activatable soft wrist that provides six degrees of freedom, allowing robots to absorb impacts and relax control requirements during assembly. This innovation has been cited 28 times and forms the backbone of her research. She has also pioneered novel learning frameworks that leverage physical softness and environmental constraints, enabling robots to learn assembly strategies from both successful and failed demonstrations, with her most influential papers accumulating over 80 citations collectively. Notably, Nakashima led Team O2AS at the World Robot Challenge 2018 and Team O2AC at the World Robot Summit 2020, where her team demonstrated jigless, high-precision assembly using general-purpose grippers and hand-held tools. Her work on learning from advisory and adversarial human-robot interactions further extends the boundaries of human-robot collaboration in manufacturing.
Research Focus
Key Achievements
Top Papers
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