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About

Haresh Patolia is a robotics researcher whose work centers on space robotics, cooperative manipulation, and mechatronic system design. His research has made meaningful contributions to the challenging domain of dual-arm space robots, where dynamic interactions between robotic arms and their host vehicle present complex control problems. Patolia's most influential work addresses trajectory planning strategies designed to minimize attitude disturbance in dual-arm planar space robots — a critical concern for satellite servicing and on-orbit operations where vehicle stability is paramount. He has explored force control methodologies for cooperative space robot manipulation, particularly focused on docking operations requiring precise mechanical interaction with compliant objects. His investigations into impedance control through virtual foundation design further demonstrate his commitment to robust and adaptive robotic control architectures. Beyond space systems, Patolia contributed to the mechatronic design and control of planar cooperative robots, bridging theoretical control strategies with practical hardware implementation using MATLAB-based interfaces. His publication activity, concentrated around 2008–2011, reflects a productive research period yielding approximately 23 total citations across six documented works. His scholarship provides a valuable foundation for engineers and researchers tackling autonomous robotic manipulation in complex, constrained environments.