Scott Bleakley
Papers
2
Total Citations
12
H-Index
2
About
Scott Bleakley is a rehabilitation engineer whose research focuses on restoring upper limb function after stroke through innovative robotic and virtual reality technologies. His work bridges the gap between assistive devices and neurorehabilitation, targeting the persistent motor impairments that affect nearly 85% of stroke survivors. In his most-cited pilot study (7 citations), Bleakley introduced a novel system combining a myoelectric limb orthosis with immersive virtual reality training, designed to recruit specific motor networks and promote active movement in chronic stroke patients. This approach leverages clinical guidelines to create engaging, task-specific therapy that encourages neuroplasticity. In earlier work (5 citations), he demonstrated how the Myomo robotic orthosis significantly improves reach performance, addressing the spastic paresis that limits daily function and increases caregiver burden. Bleakley’s contributions are notable for their translational focus—taking principles from motor learning and robotics to develop practical, patient-centered interventions. His research has been presented at major rehabilitation engineering conferences and represents a promising direction for accessible, technology-driven stroke recovery.
Research Focus
Key Achievements
Top Papers
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