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About

J. Hidler is a rehabilitation engineer and neuroscientist whose research sits at the intersection of robotic technology, biomechanics, and neurological rehabilitation. With a focused body of work examining how robotic devices can assess and improve walking function in individuals following stroke and spinal cord injury, Hidler has made meaningful contributions to the emerging field of robotic-assisted gait rehabilitation. His most influential work, "Robotic-assessment of walking in individuals with gait disorders" (2005, 42 citations), established foundational frameworks for evaluating locomotor deficits using technologies such as body-weight supported treadmill training and robotic orthoses. Building on this, his inverse-dynamics research provided clinicians with more rigorous methods for selecting critical training parameters, while his studies of joint moments in chronic stroke patients using the Lokomat orthosis deepened understanding of how prescribed gait patterns affect lower extremity biomechanics. Hidler also contributed practically to the field by co-developing clinical training and competency guidelines for therapists operating robotic rehabilitation devices — an important step toward standardizing their safe deployment. His investigations into EMG alterations during robotic-assisted walking further illuminate the neuromuscular complexities that rehabilitation engineers must navigate when designing effective therapeutic interventions.