Theresa M. Murray
Papers
2
Total Citations
61
H-Index
2
About
Theresa M. Murray is a leading researcher in neurorehabilitation engineering, specializing in robotic-assisted stroke therapy and motor recovery. Her primary research focuses on restoring arm function after neurological injury, with a particular emphasis on retraining interjoint coordination—the complex, synchronized movement of shoulder and elbow joints essential for everyday tasks. Murray’s most significant contribution is the development of **Time-Independent Functional Training (TIFT)**, a novel haptic guidance approach implemented in the ARMin III robotic exoskeleton. Unlike conventional therapies that prioritize speed, TIFT allows patients to practice functional movements at their own pace while receiving real-time, coordination-driven feedback, enabling more natural and effective motor learning. Her seminal 2011 paper on this method has garnered 48 citations, underscoring its influence in the field. A follow-up case study (13 citations) further demonstrated TIFT’s potential to improve interjoint coordination in chronic stroke survivors. By integrating robotics with neuroscience principles, Murray has advanced personalized rehabilitation strategies, offering new hope for restoring independence in individuals with motor impairments. Her work bridges engineering and clinical practice, inspiring future innovations in assistive technology.
Research Focus
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Top Papers
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