Jonathan Augustine
Papers
7
Total Citations
28
H-Index
3
About
Jonathan Augustine is a biomedical and rehabilitation engineer whose research centers on robotic exoskeleton-assisted walking, spinal cord injury (SCI) rehabilitation, and biomechanical gait analysis. His work investigates how powered wearable robotic systems — particularly the EksoGT™ and ReWalk™ — can restore and improve functional mobility in individuals with chronic SCI, a population for whom independent locomotion remains a profound clinical challenge. Augustine's most influential contribution examines the mechanisms underlying walking speed improvements after longitudinal exoskeleton training exceeding 100 hours, establishing stride-parameter gait models that bridge SCI populations and able-bodied controls. Complementing this, he has explored three-dimensional center of mass dynamics, postural adaptations, and dynamic stability margins during robotic-assisted gait — work that advances objective metrics for evaluating human-robot interaction. His research also extends beyond locomotion, demonstrating meaningful reductions in total and central adiposity following sustained exoskeleton training, highlighting the broader physiological benefits of this technology. Collectively accumulating over 28 citations, Augustine's body of work provides foundational evidence supporting long-term exoskeleton use as both a therapeutic and training modality, offering actionable insights for clinicians designing rehabilitation programs for individuals living with spinal cord injury.
Research Focus
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Top Papers
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