Thomas Woodward

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About

Thomas Woodward is a pioneering roboticist whose research focuses on the emerging field of casting manipulation—a paradigm where robots launch tethered projectiles to dynamically interact with their environment. His most-cited work, "Wrapping a target with a tethered projectile" (2015, 12 citations), lays the foundational framework for this approach, demonstrating how a robot can alter a projectile's ballistic trajectory mid-flight by pulling on an attached tether. This innovation moves beyond traditional robotic manipulation, which relies on rigid, direct contact, and instead enables a robot to "throw and catch" or even wrap around targets for grasping. Woodward's contributions are critical for applications in search-and-rescue, space debris capture, and industrial automation, where reaching distant or awkwardly positioned objects is challenging. Though his citation count is modest, his work is highly specialized and influential within the niche of non-prehensile manipulation, inspiring subsequent research in dynamic, cable-driven robotics. His achievements highlight a creative blend of physics, control theory, and mechanical design, offering a fresh perspective on how robots can interact with the world through motion and tension rather than static grips.