Koichi SUSE

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About

Koichi SUSE is a pioneering researcher in the field of bio-inspired robotics, with a primary focus on the dynamics and control of legged locomotion. His most influential work, "Analysis and design of running robots in touchdown phase" (2003, 21 citations), represents a foundational contribution to understanding how animals like kangaroos achieve efficient, high-speed running and jumping. By meticulously analyzing photographic gait data of kangaroos, SUSE extracted the time responses of four fundamental variables, translating biological principles into engineering designs for a mono-leg robot that simulates landing and lift-off motions. This work directly informed the development of a fully articulated quadruped robot capable of running and jumping, bridging the gap between biological observation and robotic implementation. SUSE’s research is characterized by a rigorous analytical approach to the touchdown phase—a critical yet often overlooked aspect of dynamic locomotion. His contributions have provided essential insights for the design of agile, energy-efficient running robots, influencing subsequent work in legged robotics and biomechanics. For students and researchers, SUSE’s work exemplifies how careful biological study can inspire robust engineering solutions in robotics.