David Buckingham

Papers

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About

David Buckingham is a pioneering researcher in soft robotics and evolutionary robotics, whose work draws inspiration from biological systems to create novel, adaptable machines. His key research areas include bio-inspired locomotion, soft-bodied robot design, and the evolution of robot behavior through physical scaffolding. In his highly cited 2017 paper on caterpillar-inspired soft foam robots, Buckingham demonstrated how the undulating gait regimes of lepidopteran larvae can be translated into terrestrial locomotion for soft, jointless robots—a breakthrough that opens new possibilities for navigating complex, unstructured environments. This work has garnered 16 citations and is foundational for researchers exploring soft robotics in natural terrains. Equally impactful is his 2017 study on physical scaffolding, which accelerates the evolution of robot behavior by integrating simulation-to-reality pipelines. With 11 citations, this paper proposes a framework where robots evolve in simulation while receiving real-world sensory feedback, bridging the gap between virtual and physical performance. Buckingham’s contributions are notable for their interdisciplinary approach, merging biology, engineering, and artificial evolution. His research not only advances robotic adaptability but also offers practical pathways for deploying robots in challenging real-world settings, making him a key figure in the next generation of autonomous, soft-bodied systems.