Trent Maruyama

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About

Trent Maruyama is a rising researcher in the field of wearable robotics and rehabilitation engineering, with a focus on developing soft, intelligent assistive devices for individuals with mobility impairments. His work spans three key areas: gait rehabilitation for stroke survivors, knee extension assistance for walking, and prevention of shoulder overuse syndrome in wheelchair users. Maruyama’s most cited paper (40 citations) demonstrates the immediate benefits of a soft inflatable exosuit for knee extension, revealing how targeted assistance can alter gait patterns. In a notable 2023 study (17 citations), he pioneered a data-driven approach to learning post-stroke gait training strategies by modeling patient-therapist interactions, directly translating clinical expertise into robot-aided therapy. His earlier work on a soft robotic shoulder assist device (3 citations) addresses the critical issue of shoulder overuse syndrome, a common and debilitating condition among wheelchair users. By combining soft robotics with machine learning, Maruyama is advancing the next generation of accessible, comfortable, and clinically effective wearable technologies. His research promises to bridge the gap between rehabilitation robotics and real-world patient needs, offering new hope for improved mobility and quality of life.