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About

William Messner is a pioneering roboticist whose work bridges soft robotics, bioinspired design, and high-speed autonomous navigation. His research centers on developing novel grippers and locomotion systems that draw from biological principles, particularly the Fin Ray® Effect observed in fish fins and the grasping mechanics of the *Manduca sexta* caterpillar. Messner’s most impactful contribution is the Fin Ray® Effect-inspired soft robotic gripper, designed for a Tele-operable In-Home Robotic Assistant (TIHRA) to aid mobility-impaired individuals—a project that earned recognition in the RoboSoft Grand Challenge and has accumulated 197 citations. He also led the development of robust high-speed navigation algorithms for desert terrain, enabling two robots to complete a 212 km Grand Challenge course, with related papers garnering over 280 citations combined. His work extends to passive grippers that require no actuation to maintain grip (92 citations) and the Branch Bot, a caterpillar-inspired soft robot for climbing branches and ducts (66 citations). Earlier contributions include high-bandwidth H-Infinity loop shaping controllers for robotic helicopters. Messner’s ability to translate biological mechanisms into practical, resilient robotic systems has made him a key figure in advancing both assistive and exploratory robotics.