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About

Shahrol Mohamaddan is a robotics and rehabilitation engineering researcher whose work spans intelligent control systems, assistive technologies, and autonomous robotic platforms. His research is perhaps most prominently recognized in the development of intelligent PID controllers tuned by evolutionary algorithms for flexible robotic manipulators, a contribution that has garnered 19 citations and demonstrates his expertise in bridging advanced control theory with practical robotic applications. Equally significant is his sustained commitment to stroke rehabilitation technology, having developed upper limb rehabilitation robot prototypes designed specifically for home settings — an innovation addressing the critical global shortage of therapists serving stroke patients, particularly in rural communities, with related works accumulating over 25 citations combined. Mohamaddan has also made meaningful contributions to in-pipe robotics, designing cornering mechanisms and exploring energy harvesting capabilities for pipeline inspection robots. His work extends further into mobile robot motion control using hybrid genetic algorithm optimization, soft continuum robot design, hand exoskeleton systems, and assistive tools for individuals with autism spectrum disorders. Across these diverse domains, his research consistently prioritizes practical impact — developing solutions that enhance human welfare, improve industrial operations, and advance intelligent autonomous systems. His cumulative body of work reflects a versatile researcher dedicated to translating engineering innovation into real-world benefit.