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About

Kenneth C. Chelette is a rehabilitation neuroscientist whose work sits at the intersection of non-invasive brain stimulation, robotic-assisted therapy, and neurological recovery. His research has made meaningful contributions to understanding how neuromodulation techniques — particularly transcranial direct current stimulation (tDCS) — can be strategically combined with advanced locomotor training to enhance motor recovery in individuals with chronic stroke and spinal cord injury. Chelette's most influential work includes a 2013 feasibility study (93 citations) demonstrating that pairing tDCS with robotic gait orthosis training was both safe and promising for stroke survivors with severely limited mobility — a population historically underserved by rehabilitation research. Building on this foundation, his 2016 randomized pilot study (80 citations) extended this combined approach to incomplete spinal cord injury, helping establish an evidence base for integrating brain stimulation with robotic locomotor training across neurological conditions. His proof-of-concept work on the timing of neuromodulation relative to motor training further refines how these interventions should be sequenced to maximize neuroplastic benefit. Collectively, Chelette's contributions reflect a rigorous translational approach, moving promising neurostimulation techniques from laboratory concepts toward clinically meaningful rehabilitation protocols for individuals facing significant mobility challenges.