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Mohamed Zribi is a distinguished robotics and control systems researcher whose work spans three decades of foundational contributions to autonomous systems, robotic manipulation, and fault-tolerant control. His early landmark contributions in the 1990s established robust theoretical frameworks for robotic manipulators, most notably his influential 1992 work on dynamical feedback control of flexible joint manipulators (71 citations), where he derived elegant linearizing feedback controllers and sliding mode regulators for complex stabilization problems. His 1993 pulse-width modulation control scheme further demonstrated his commitment to practically implementable discontinuous control strategies. Zribi's research expanded significantly into cooperative robotics, where he developed adaptive control architectures for multiple robot arms handling constrained objects — a technically demanding challenge requiring precise coordination of internal forces and load positioning. His work on biped robot planning and control (79 citations) remains his most recognized contribution, reflecting broader ambitions in autonomous locomotion. His multifingered robotic hand research further showcased his versatility in addressing contact-rich manipulation problems. More recently, Zribi has extended his expertise into fault-tolerant control for linear parameter varying systems, addressing real-world uncertainties in modern engineering applications (45 citations). Collectively accumulating over 320 citations, his body of work has meaningfully shaped the foundations of modern robotics control theory.