Papers
16
Total Citations
3,521
H-Index
12
About
Charles G. Burgar is a pioneering figure in the field of rehabilitation robotics, whose work has fundamentally shaped how technology is used to restore motor function after stroke. His research centers on the development and clinical validation of robotic systems for upper-limb neurorehabilitation, with a particular focus on the Mirror Image Movement Enabler (MIME) and the RiceWrist exoskeleton. Burgar’s major contributions include demonstrating, through rigorous clinical trials, that robot-assisted therapy can produce significant improvements in motor recovery—often surpassing conventional techniques. His landmark 2002 paper, cited over 1,150 times, provided some of the earliest and most compelling evidence for this approach. He also led a multi-site Department of Veterans Affairs trial that validated the use of MIME in acute rehabilitation settings. With over 3,400 total citations across his most-cited works, Burgar’s impact is profound. His development of force-feedback cueing and bilateral training modes has advanced our understanding of motor learning and neuroplasticity, making him a foundational figure in translating engineering innovation into tangible clinical benefit for stroke survivors.
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