Habib Ahmadi

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About

Habib Ahmadi is a robotics researcher whose work focuses on the critical challenge of safe and precise robotic grasping, with particular emphasis on force control and friction dynamics. His research addresses one of the fundamental problems in robotic manipulation: enabling robotic systems to handle delicate objects with the minimum necessary force while maintaining a stable, secure grip. Ahmadi's most notable contributions center on developing sophisticated control algorithms that incorporate complete dynamic models accounting for multi-phase Coulomb friction. Unlike many researchers who simplify system dynamics for convenience, his work explicitly models the complex interplay between slip mode, incipient slip mode, and non-slip mode that occurs between a gripper and an object during motion. His 2009 paper on robust control algorithms for safe grasping, which has garnered 7 citations, represents his most influential contribution, complemented by related work on multi-link finger grasping and friction-aware control strategies. By integrating force sensing with rigorous friction modeling, Ahmadi's research advances the reliability and safety of robotic manipulation systems, with meaningful implications for applications in manufacturing, healthcare, and any domain requiring robots to interact gently with fragile or sensitive objects.