Papers
5
Total Citations
349
H-Index
5
About
James Allington is a leading researcher in rehabilitation robotics, with a primary focus on developing innovative robotic exoskeletons to restore upper-limb function after stroke. His major contributions center on the design and clinical validation of the BONES exoskeleton, a lightweight, 6-degree-of-freedom device that enables naturalistic shoulder and arm movements through a parallel mechanism inspired by human anatomy. Allington’s work on optimizing this high-force, low-mass system has been highly influential, with his two most-cited papers—on BONES’ functional outcomes and mechanism optimization—garnering 121 and 106 citations, respectively. He also developed the SUE (Supinator Extender) robot, which adds forearm and wrist rehabilitation to existing exoskeletons, and explored predictors of recovery by studying corticospinal excitability in chronic stroke survivors. Beyond rehabilitation, Allington has contributed to anthropomorphic robotic hand design, creating underactuated fingers based on human task data. His research bridges engineering and clinical practice, demonstrating how tailored robotic training can improve motor function and personalizing therapy for stroke patients. With over 349 total citations across his key works, Allington’s designs and insights continue to shape the future of assistive robotics and neurorehabilitation.
Research Focus
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