Bryan J. Thibodeau

Papers

Total Citations

132

H-Index

About

Bryan J. Thibodeau is a roboticist whose research centers on mobile manipulation, dynamic stability, and multi-robot coordination. His most influential work, the design of the UMASS uBot-4, introduced a compact, two-wheeled, dynamically stable bimanual platform that integrates whole-body postural control with force-sensing actuators and dual 4-DOF arms. This platform, detailed in a 2006 paper with 59 citations, demonstrated how small, safe, and cost-effective robots could perform complex manipulation tasks without the need for large, statically stable bases. Thibodeau further advanced the field through static analysis of contact forces in mobile manipulators (45 citations), providing foundational insights into postural control during interaction with the environment. He also contributed to multi-objective control with a cascaded filter approach that prevents destructive control interactions, and to cooperative mapping by developing signal strength coordination strategies for maintaining wireless connectivity among robot teams. Thibodeau’s work bridges the gap between theoretical control methods and practical, deployable robotic systems, making him a notable figure in the development of agile, interactive mobile manipulators.