Devon Holley

Papers

Total Citations

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About

Devon Holley is a leading researcher in pediatric rehabilitation robotics, with a primary focus on restoring upper-limb function in children with cerebral palsy (CP). Her work bridges mechanical engineering and clinical therapy, specifically targeting post-surgical recovery and activities of daily living (ADLs). Holley’s major contributions include the design of a novel bilateral robot system that trains children after wrist tendon transfer surgery, using two coordinated robot arms to improve grip and lift coordination—a critical deficit in spastic hemiplegic CP. She also developed a modular low-clearance wrist orthosis that enhances wrist motion while minimizing bulk, enabling more natural movement during therapy. Although her most-cited papers (8 and 7 citations, respectively) are early-stage, they represent foundational steps in a niche but vital area: translating robotic assistance into tangible functional gains for children with disabilities. Holley’s work is notable for its patient-centered approach, emphasizing real-world ADL improvement over isolated motor metrics. Her designs prioritize low-clearance, modular hardware that can be easily adapted in clinical settings, making robotic therapy more accessible. For students and researchers, Holley’s research exemplifies how targeted engineering solutions can directly address the complex motor challenges of pediatric CP, offering a promising path toward greater independence for affected children.