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About

Brian W. Benson is a researcher whose work sits at the intersection of sports medicine, neuroscience, and rehabilitation engineering, with a particular focus on concussion assessment and management. He has made significant contributions to the development and validation of robotic tools — specifically the KINARM robotic platform — for objectively measuring sensorimotor and cognitive function in athletes following sport-related concussion (SRC). At a time when concussion diagnosis relied heavily on subjective symptom reporting, Benson's research championed more precise, quantifiable approaches to detecting neurological impairment across populations ranging from pediatric ice hockey players to young adult athletes. His most-cited work (45 citations) established the test-retest reliability of KINARM assessments in youth athletes, a foundational step toward clinical adoption of robotic concussion diagnostics. Subsequent studies expanded this validation to adult athletes and explored acute concussion recovery, spatial working memory deficits, and postural stability during bimanual motor tasks. Notably, an early contribution on robotic self-replication highlights Benson's broader engineering curiosity. Collectively, his research has helped shift the field toward objective, multidimensional neurological assessment, offering clinicians more reliable tools to diagnose concussion and guide return-to-play decisions — work with meaningful implications for athlete safety at all levels.