Kenta MATSUMOTO

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About

Kenta Matsumoto is a robotics researcher whose work bridges bio-inspired engineering and human assistive technologies. His primary research areas include biomimetic underwater robotics, wearable assistive devices, and medical robotics for swallowing rehabilitation. Matsumoto’s notable contributions include developing a robotic fish capable of autonomous route estimation for oceanographic studies, addressing the challenge of morphological affinity with marine life. He has also designed arm-lifting assist devices to reduce musculoskeletal disorders in manual labor tasks like fruit harvesting. Additionally, Matsumoto created a human-size swallowing robot to analyze the fast reflexive motions involved in deglutition, aiming to improve treatments for the growing elderly population with swallowing disorders. His work has garnered citations from peers in robotics and biomechanics, with his most cited papers accumulating 5 citations to date. Matsumoto’s research stands out for its practical applications—from enhancing autonomous underwater exploration to alleviating occupational injuries and advancing medical rehabilitation. His interdisciplinary approach exemplifies how robotics can solve real-world problems in aging societies and environmental monitoring.