Neil Neville

Boston Dynamics (United States), McGill University

Papers

Total Citations

217

H-Index

About

Neil Neville is a robotics researcher whose work sits at the intersection of legged locomotion, biomechanical design, and human-protective technology. He is best known for his contributions to dynamic bipedal and multi-legged robotic systems, with a particular focus on underactuated locomotion — designing robots that achieve complex movement with minimal actuation. His early work explored bipedal running gaits on RHex, a six-legged robotic platform, demonstrating that stable three-dimensional running behaviors could be achieved using just one actuator per compliant leg. These foundational experiments, beginning in 2003 and refined by 2006, helped establish principles of efficient, minimalist locomotion design that continue to influence legged robotics research. Neville's most impactful contribution came with the PETMAN project — a humanoid robot developed for testing chemical protective clothing — which has garnered over 160 citations and represents a significant milestone in applying advanced bipedal robotics to real-world safety and defense applications. PETMAN's ability to simulate human movement under hazardous conditions marked a meaningful leap forward in both humanoid robotics and protective equipment evaluation. Across his career, Neville's research has helped bridge the gap between theoretical locomotion science and practical, high-stakes engineering applications.