Marco Ghirardi
Papers
6
Total Citations
45
H-Index
4
About
Marco Ghirardi is a robotics and control systems researcher whose work centers on biped robotic devices, rehabilitation exoskeletons, and human-robot interaction safety. His most significant contributions lie in developing rigorous, dynamics-based control frameworks for complex biped systems, moving beyond purely physiological models to ground his designs in fundamental mechanical laws. Ghirardi's most cited work (17 citations) addresses the control of sit-to-stand transfers in biped robots and assistive exoskeletons, a critical motion for postural rehabilitation applications. This research exemplifies his broader commitment to bridging advanced robotics with practical therapeutic outcomes. His landmark three-part series on modeling, simulation, and control of biped walking — encompassing rectilinear motion and turning maneuvers — demonstrates a systematic, mathematically rigorous approach using Kane's method and the zero moment point framework, collectively accumulating over a dozen citations. Beyond locomotion, Ghirardi has contributed meaningfully to safety in collaborative robotics, with his risk-based design overview for physical human-robot interaction (11 citations) serving as a valuable reference for industrial safety practitioners. His work on real-time center-of-gravity and zero moment point estimation further strengthens closed-loop balance control in wearable robotic systems. Across his portfolio, Ghirardi's research reflects a consistent dedication to making autonomous and assistive biped robots both theoretically sound and clinically relevant.
Research Focus
Key Achievements
Top Papers
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