Sarah J. Housman
Papers
4
Total Citations
588
H-Index
4
About
Sarah J. Housman is a pioneering rehabilitation researcher whose work has significantly advanced the field of stroke recovery and upper extremity rehabilitation technology. Best known for her groundbreaking research on the Therapy Wilmington Robotic Exoskeleton (T-WREX), Housman has dedicated her career to developing innovative, accessible solutions for individuals with severe hemiparesis following stroke. Her most influential contribution — a randomized controlled trial examining gravity-supported, computer-enhanced arm exercise — has garnered over 360 citations, establishing her as a leading authority in robotic-assisted rehabilitation. This research demonstrated that patients with significant arm weakness could meaningfully engage in therapeutic exercise through immersive, game-based environments, even without continuous therapist supervision. Housman's work is distinguished by its dual focus on technological innovation and patient motivation. Her qualitative research exploring how virtual environments can connect volition to movement success reveals her holistic understanding of rehabilitation beyond purely mechanical interventions. She has also explored haptic and graphic error-augmentation techniques as tools to accelerate neurological recovery. Collectively, her publications — accumulating nearly 600 citations — have meaningfully shaped how clinicians and engineers approach post-stroke upper limb rehabilitation, making intensive, engaging therapy more accessible to those with the most severe impairments.
Research Focus
Key Achievements
Top Papers
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