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About

Geoffrey Brown investigates the neural and biomechanical control of human locomotion, with a focus on restoring mobility after spinal cord injury (SCI). His research integrates movement augmentation, robotic training, and pharmacological interventions to understand and improve gait stability. A key contribution is his work on how individuals with incomplete SCI adapt to changes in external stabilization, revealing that practice reduces gait variability in this population—opposite to the pattern seen in non-impaired individuals. This insight has implications for designing rehabilitation protocols that leverage adaptive learning. Brown also demonstrated that anti-spastic medication can facilitate robotic locomotor training, enhancing gait function in chronic SCI. His studies on responsiveness to interventions highlight variability among patients, urging personalized treatment approaches. With over 57 citations across his most-cited works, Brown’s research bridges engineering and clinical neuroscience, offering practical pathways for neurorehabilitation. His notable achievement includes using movement augmentation to evaluate human control of locomotor stability, a paradigm that informs both basic science and therapeutic design. For students and researchers, Brown’s work exemplifies how rigorous experimentation can translate into meaningful improvements for individuals with neurological injury.