Thomas Willeke

Carnegie Mellon University, Stanford University, UPMC Hamot

Papers

Total Citations

245

H-Index

About

Thomas Willeke is a pioneering researcher in social robotics and autonomous navigation, best known for his groundbreaking work on long-term human-robot interaction in public spaces. His most influential contribution is the Mobot Museum Robot series, a five-year experiment deploying socially interactive autonomous mobile robots in museums—a project that accumulated over seven years of operational time and has earned 152 citations. Willeke’s research uniquely combines the challenges of robust mapping in dynamic environments with the demands of sustained social engagement, as seen in his work on automatic mapping of dynamic office spaces (16 citations) and the InductoBeast robot, which used abductive and inductive methods to learn floorplans with minimal human input. His 2001 paper on the evolutionary study of the Mobot series (66 citations) provides critical lessons on designing robots that coexist with humans over extended periods. Willeke’s work laid foundational insights for deploying autonomous systems in uncontrolled, real-world settings, making him a key figure in the transition from lab-based robotics to practical, socially aware applications.