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About

Henry Ridgely Evans is a pioneering researcher in assistive robotics, dedicated to creating robots that empower individuals with motor impairments and older adults to live more independently. His work centers on human-robot interaction, participatory design, and the development of trustworthy, user-centered robotic systems. Evans’s most cited paper, “Robots As Cooperative Partners... We Hope...” (2016, 9 citations), explores the evolving role of robots as collaborative partners in daily life, from self-driving cars to assistance robots. His impactful study “Robots for Humanity: In-Home Deployment of Stretch RE2” (2024, 8 citations) demonstrates how tele-operated assistive robots can enhance independence for people with significant motor impairments, while his innovative “wouse: A wearable wince detector to stop assistive robots” (2012, 6 citations) introduces a novel safety mechanism for user control. Evans also advances inclusive design through participatory approaches, as seen in “Advancing the design of trustworthy robots for older adults in home environments” (2023, 4 citations), ensuring robots are reliable and easy to use. His work with the Healthcare Robotics Lab at Georgia Tech, including the development of the web-controlled Autobed, highlights his commitment to practical, real-world solutions. With a growing citation record and a focus on ethical, human-centered robotics, Evans is shaping a future where robots are trusted partners in care and independence.