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About

Joe Zoghzoghy is a roboticist whose research centers on the design, modeling, and control of novel, inertially actuated locomotion systems. His major contributions lie in developing a family of minimalist robots—including the "Pony" series and the "baton robot"—that achieve complex gaits like hopping and tumbling without external legs or appendages, using only internal mass shifting. His most cited work, "Adaptive Control of Inertially Actuated Bouncing Robot" (2017, 20 citations), demonstrates a vertically jumping robot controlled by inertial forces, establishing a foundational framework for generating diverse locomotion modes from a simple actuation principle. Zoghzoghy's research systematically explores the dynamics and stability of these systems, as seen in his papers on double-action inertial actuation (2015, 14 citations; 2017, 6 citations), which model and experimentally validate a baton-shaped robot capable of multiple gait patterns. His earlier work, "Inertially Actuated Baton Locomotor" (2013, 5 citations), introduced the Pony I prototype, laying the groundwork for subsequent innovations like the Pony II robot with double-action pendulums (2014, 2 citations). By showing how internal momentum can drive versatile, efficient motion, Zoghzoghy's work opens new possibilities for simple, robust robots in exploration and search-and-rescue, inspiring future research in underactuated locomotion.