Julianne D. Schneider
Papers
1
Total Citations
13
H-Index
1
About
Julianne D. Schneider is a rehabilitation engineer and researcher whose work focuses on developing and evaluating wearable robotic technologies to improve mobility in clinical populations. Her primary research areas include pediatric exoskeleton design, gait biomechanics, and the treatment of pathological gait patterns such as genu recurvatum. Schneider’s major contribution is her pioneering feasibility study on using a lightweight, passive exoskeleton to reduce knee hyperextension in children and adolescents—a complex condition often linked to weakness, poor motor control, and spasticity. This work, published in 2023 and already garnering 13 citations, demonstrates early promise for non-invasive intervention that may prevent long-term soft tissue damage. Her research bridges engineering and clinical practice, offering practical solutions for early treatment of atypical gait. Schneider’s impact is growing rapidly, as her findings provide a foundation for larger trials and broader adoption of wearable assistive devices in pediatric rehabilitation. Her dedication to translating biomechanical principles into accessible interventions marks her as an emerging leader in the field of rehabilitation engineering.
Research Focus
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Top Papers
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