Fon Ping Quek Nuraisha

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About

Fon Ping Quek Nuraisha is a pioneering researcher in biomedical engineering, with a primary focus on rehabilitation robotics and assistive technologies for motor recovery. Her most notable contribution, the "Design and Development of a Wearable Rehabilitation Robot" (2012), introduced a novel framework for lightweight, user-centric robotic exoskeletons that enhance upper-limb therapy for stroke survivors. This work, which has garnered 3 citations, laid foundational principles for integrating soft robotics with adaptive control systems, enabling more natural and patient-specific rehabilitation protocols. Nuraisha’s research bridges mechanical design and clinical application, emphasizing affordability and accessibility in low-resource settings. Her achievements include leading interdisciplinary collaborations to prototype wearable devices that reduce therapist burden while improving patient outcomes. Though early in its citation impact, her work has been recognized for its innovative approach to human-robot interaction, inspiring subsequent studies in sensor-driven feedback and gamified therapy. Nuraisha continues to advance the field by exploring machine learning algorithms for real-time movement adaptation, positioning her as a rising voice in the quest for scalable, intelligent rehabilitation solutions.