Masaki Senzaki

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About

Masaki Senzaki is a researcher in the field of biomechatronics and assistive robotics, with a primary focus on developing intelligent lower-limb prostheses that enhance mobility for individuals with amputations. His key research areas include real-time gait adaptation, robotic knee joint control, and human-prosthesis interaction. Senzaki’s major contribution lies in the design of a robotic knee prosthesis capable of dynamically adjusting to changes in real-time gait patterns—such as variations in walking speed and stride length—thereby enabling more natural and responsive lower-leg swings for trans-femoral amputees. His most-cited paper, “Robotic knee prosthesis to follow changes in real-time gait patterns” (2022), has garnered 4 citations, reflecting its emerging impact in the field. This work addresses a critical challenge in prosthetic technology: the need for seamless adaptation to the user’s changing locomotion demands. By advancing control strategies that mimic the compensatory role of a healthy knee joint, Senzaki’s research holds promise for improving the quality of life and functional independence of amputees, marking him as a notable contributor to next-generation prosthetic design.