Amanda Peattie

Papers

Total Citations

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About

Amanda Peattie’s research lies at the intersection of rehabilitation engineering and assistive robotics, with a focus on restoring upper limb function after neurological injury. Her most-cited work, “Automated Variable Resistance System for Upper Limb Rehabilitation” (2009, 14 citations), introduces a novel robotic platform that combines variable resistance with augmented reality to address post-stroke paresis. This system directly targets the critical link between paretic limb strength and daily activity independence, offering a more adaptive and engaging therapy than traditional approaches. By integrating real-time resistance adjustments with immersive visual feedback, Peattie’s design enhances motor learning and patient motivation—a key challenge in long-term rehabilitation. While her citation count reflects a specialized, early-career impact, the work’s conceptual contribution is significant: it pioneers a hybrid framework that merges robot-assisted therapy with augmented reality, a direction now central to modern neurorehabilitation. Peattie’s research underscores a commitment to translating engineering principles into tangible clinical tools, bridging the gap between technological innovation and patient-centered recovery. Her approach continues to inform the design of intelligent rehabilitation systems that adapt to individual patient needs.