Stephen N. Housley
Papers
9
Total Citations
96
H-Index
6
About
Stephen N. Housley is a rehabilitation engineer and neuroscientist whose work sits at the intersection of robotics, neurotechnology, and stroke recovery. His research addresses one of the most pressing challenges in rehabilitation medicine: expanding access to effective stroke therapy for underserved populations, particularly rural veterans. Housley's most cited work (42 citations) pioneered home-based robotic rehabilitation systems designed to overcome geographic and logistical barriers that diminish functional outcomes for stroke survivors. This patient-centered philosophy runs throughout his portfolio. Among his most innovative contributions is the development of a Tongue Drive System-based rehabilitation paradigm, which enables individuals with severe upper limb impairment to control robotic exoskeletons using tongue movements — offering a novel pathway to recovery for patients with minimal voluntary muscle control. He has also explored pharmacological adjuncts to rehabilitation, including a double-blind pilot trial of D-Cycloserine targeting NMDA receptor-mediated neuroplasticity. More recently, Housley has incorporated machine learning and EMG-based signal processing into robotic systems to enable intelligent, adaptive therapy. Collectively, his work represents a compelling vision of technology-driven, accessible rehabilitation that meets patients where they are — both physically and clinically.
Research Focus
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Top Papers
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