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Mohamed B. Trabia is a leading figure in robotics, with research spanning path planning, redundant manipulators, and fuzzy control. His most influential work, "Adaptive path planning and obstacle avoidance for a robot with a large degree of redundancy" (1996, 17 citations), introduced a novel algorithm that formulates path planning as a sequence of nonlinear programming problems, enabling robots with many degrees of freedom to navigate complex environments efficiently. Earlier, in "Planning near-minimum-length collision-free paths for robots" (1993, 11 citations), he developed a data-efficient algorithm using obstacle expansion and robot shrinkage to generate near-optimal paths for polygonal obstacles. Trabia also contributed to wrist design with "Design Conditions for the Orientation and Attitude of a Robot Tool Carried by a 3-R Spherical Wrist" (1989, 6 citations), analyzing orientational capabilities under joint limits. His work on "Tuning of Distributed Fuzzy Logic Controller for a Flexible-Link Robot" (1998, 2 citations) advanced robust control methods. Most recently, his 2025 paper on tendon-driven prosthetic fingers with hyperelastic joints (1 citation) demonstrates ongoing innovation in biomechatronics, achieving under 5.5% model error. With over 37 citations across his key works, Trabia’s contributions have shaped both theoretical foundations and practical applications in robotic motion and control.