Kenji Hashimoto
Waseda University, Meiji University, Carnegie Mellon University
Papers
150
Total Citations
2,018
H-Index
22
About
Kenji Hashimoto is a prominent robotics researcher whose work spans humanoid robot locomotion, human-robot interaction, and the societal integration of robotic systems. Best known for his engineering contributions to biped and multi-limbed robots, Hashimoto has advanced the field through innovative mechanical designs — including robots that seamlessly transition between walking and wheeled locomotion, climb stairs while carrying humans, and mimic the biomechanics of the human foot's medial arch. His WABIAN-2R and WAREC-1 platforms exemplify his commitment to versatile, real-world-capable robots suited for disaster response and everyday environments. Beyond hardware, Hashimoto has made significant contributions to understanding human-robot interaction, exploring the uncanny valley phenomenon, cross-cultural acceptance of robots across Egyptian and Japanese populations, and the development of expressive robotic heads to improve human engagement. His 2015 examination of Japan's "Tokku" special zones — legal sandboxes for robotic deployment — reflects his broader interest in the policy and ethical frameworks surrounding humanoid robots in society. With his most-cited paper accumulating over 100 citations and a body of work collectively cited hundreds of times, Hashimoto's research bridges mechanical engineering, social science, and policy, making him a uniquely interdisciplinary voice in contemporary robotics.
Research Focus
Key Achievements
Top Papers
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- 8Development of expressive robotic head for bipedal humanoid robot38 citations · 2012
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