Norhaslinda Kamarudzaman

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About

Norhaslinda Kamarudzaman is a researcher at the forefront of rehabilitation robotics, with a focus on soft pneumatic exoskeletons designed to restore upper limb function. Her work addresses a critical global challenge: the growing population of individuals with disabilities who require intensive, personalized therapy to regain independence in daily activities. Kamarudzaman’s major contribution lies in developing lightweight, compliant robotic systems—such as her soft pneumatic exoskeleton for wrist and thumb rehabilitation—that overcome the rigidity and high cost of traditional devices. By leveraging pneumatic artificial muscles, her designs offer safe, adaptable assistance that can reduce the therapist-to-patient ratio and accelerate recovery. Her most-cited paper (2021) has garnered 9 citations, reflecting emerging interest in this niche yet vital area. Beyond this, her research integrates ergonomic principles and control strategies to ensure user comfort and effectiveness. Kamarudzaman’s work is particularly notable for its potential to democratize rehabilitation, making advanced therapy accessible in home and clinical settings. For students and researchers, her contributions exemplify how soft robotics can bridge engineering and healthcare, offering a compassionate, scalable solution to a pressing societal need.