Julie Vaughan‐Graham
Papers
3
Total Citations
108
H-Index
3
About
Julie Vaughan-Graham is a leading researcher at the intersection of neurorehabilitation and assistive robotics, with a primary focus on post-stroke gait recovery. Her work critically examines the clinical translation of wearable powered exoskeletons, bridging the gap between engineering innovation and real-world physiotherapy practice. In a landmark 2020 qualitative study (85 citations), she captured the perspectives of both persons post-stroke and physiotherapists on exoskeleton use, revealing essential insights into user experience and clinical feasibility that guide device design and implementation. Vaughan-Graham has also explored the educational pipeline, investigating physiotherapy students’ readiness to adopt robotic technologies in clinical settings. Her technical contributions include developing a framework for mapping and controlling exoskeleton gait patterns, integrating simulation with real-world application to enable on-the-fly customization. By combining rigorous qualitative methods with biomechanical modeling, Vaughan-Graham’s work ensures that emerging rehabilitation technologies are not only effective but also practical, patient-centered, and ready for widespread clinical adoption. Her research is pivotal for students and clinicians seeking to understand how robotics can transform post-stroke mobility training.
Research Focus
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Top Papers
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