Khansa Nur Habiba

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About

Khansa Nur Habiba is a researcher advancing the field of rehabilitation robotics, with a focused expertise in intelligent control systems for assistive exoskeletons. Her work addresses the critical challenge of restoring motor functions in individuals affected by stroke or paralysis. In her most cited study, "Design of Fuzzy-PI Controller for Shoulder Exoskeleton with Motoric Progress of Rehabilitation Subject Consideration," she developed a sophisticated fuzzy-PI controller that precisely governs the speed and position of a shoulder exoskeleton. This innovation is pivotal because the controller’s performance directly influences the quality and effectiveness of the rehabilitation process, ensuring smoother, more adaptive support for patients. By integrating fuzzy logic with proportional-integral control, Habiba’s research enhances the exoskeleton’s ability to respond to varying patient needs, potentially accelerating motor recovery. Though early in her career, her work has already garnered citations, signaling its relevance to the growing field of human-robot interaction in medical rehabilitation. Habiba’s contributions represent a meaningful step toward more responsive, patient-centered robotic therapy, offering hope for improved outcomes in motor rehabilitation.