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About

Jamaluddin Mahmud is a prominent robotics and rehabilitation engineering researcher whose work spans two compelling domains: assistive robotic systems for medical rehabilitation and advanced industrial automation. He is perhaps best known for his pioneering contributions to post-stroke rehabilitation technology, having developed sophisticated robotic exoskeletons and orthotic systems targeting hand, finger, and lower limb recovery. His 2014 papers on finger orthosis control and dynamic ankle foot orthosis integration — accumulating 19 and 16 citations respectively — established foundational frameworks for robot-assisted physiotherapy, helping to reduce the burden on healthcare systems through intelligent, force-controlled rehabilitation devices. Beyond medical robotics, Mahmud has made significant contributions to Industry 4.0 and smart manufacturing, with his conceptual framework for heavy-load manipulators in smart factories garnering 15 citations since 2020. His more recent work explores Digital Twin technology for industrial robots, reflecting his evolving focus on intelligent monitoring and simulation-driven design. His model-based systems engineering approach to rehabilitation devices further demonstrates his commitment to rigorous, structured development methodologies. With publications spanning over a decade and contributions across rehabilitation robotics, industrial automation, and digital systems, Mahmud represents a versatile engineer whose research meaningfully bridges human healthcare needs and advanced manufacturing innovation.