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About

Kenji Miki is a pioneering researcher in the field of bio-inspired robotics, with a primary focus on quadrupedal locomotion and musculoskeletal robot design. His work centers on understanding how mechanical properties—particularly trunk stiffness and joint damping—influence gait stability and dynamic movement in legged robots. Miki’s major contribution lies in demonstrating that the stability of locomotion is not solely a matter of control algorithms, but is critically dependent on the physical compliance and structural damping of the robot’s body. Through a series of feasibility studies using musculoskeletal robots, he showed that varying body stiffness can directly alter gait patterns and stability margins, offering a new paradigm for designing more resilient and efficient walking machines. His most cited paper, “A study on trunk stiffness and gait stability in quadrupedal locomotion using musculoskeletal robot” (2011), has garnered 23 citations, while his subsequent work on structural damping (2012) and flexibility analysis (2011) has accumulated additional recognition. Miki’s research bridges mechanical engineering and robotics, providing foundational insights for the development of adaptive, animal-like robots capable of navigating uneven terrain.