Glen Merritt

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About

Glen Merritt is a pioneering researcher at the intersection of robotics, human-robot interaction, and biomedical rehabilitation engineering. His work spans three distinct domains: law enforcement safety robotics, minimally invasive surgical systems, and neurorehabilitation technologies. Merritt’s most notable contribution is the development of teleoperated communication robots designed as protective intermediaries for law enforcement officers during high-risk social encounters—a concept that earned 4 citations in its first year and addresses critical gaps in first-responder safety. In surgical robotics, he co-designed a novel tendon-driven robot featuring rigidity-adjustable joints enabled by time-division multiplexing actuation (3 citations), solving the longstanding tradeoff between miniaturization and dexterity in minimally invasive surgery. Merritt also advanced rehabilitation engineering through a hybrid systems approach to motorized functional electrical stimulation cycling (3 citations), where he modeled the complex coordination between a cycle’s motor and a patient’s electrically stimulated leg muscles. His work uniquely bridges civilian safety, surgical precision, and therapeutic recovery, demonstrating how robotic systems can augment human capabilities across critical applications.