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About

Lionel Birglen is a prominent robotics researcher whose work has fundamentally advanced the field of underactuated robotic grasping and manipulation. Best known for his pioneering contributions to the design and analysis of underactuated robotic hands — mechanisms with fewer actuators than degrees of freedom — Birglen has shaped how engineers approach adaptive, versatile, and cost-effective robotic grippers. His landmark book *Underactuated Robotic Hands* (2007, 290 citations) and his early foundational paper on self-adaptive, reconfigurable three-fingered hands (2002, 265 citations) established him as a leading authority in the field. His analytical work on force capabilities, grasp stability, and differential mechanisms provided the theoretical backbone for practical gripper design, with multiple papers each accumulating tens to nearly 100 citations. His widely cited statistical review of industrial robotic grippers (2017, 201 citations) demonstrated a broader systems-level perspective on real-world robotic tooling. Beyond grasping, Birglen has contributed to cable-driven parallel manipulators and robotic simulation of friction stir welding processes, reflecting a versatile research portfolio. His cumulative body of work makes him an essential reference point for students and engineers designing the next generation of intelligent robotic hands.