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About

Mohd. Zubair is a robotics researcher specializing in human-robot interaction, exoskeleton design, and tele-operation systems. His primary contributions lie in developing upper limb exoskeletons as master controllers for industrial robots, particularly the KUKA KR5, enabling intuitive remote manipulation in hazardous or inaccessible environments. His most cited work (12 citations) presents a pioneering exoskeleton-based tele-operation system using .NET remoting and spring-based gravity balancing, while subsequent papers address critical challenges such as kinematic mapping between 7-DOF human arms and 6-DOF robots, and jitter removal via modified Kalman filters (3 citations). Zubair’s research also explores immersive tele-operation with haptic feedback for precision tasks like peg-in-hole assembly (6 citations), demonstrating a practical understanding of sensorimotor integration. His work bridges wearable robotics and industrial automation, with applications in manufacturing, remote surgery, and hazardous material handling. By tackling issues of motion fidelity, noise reduction, and ergonomic design, Zubair has contributed foundational knowledge to the field of tele-robotics, making complex industrial robots more accessible and safer for human operators.