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About

Wendelin Feiten is a pioneering roboticist whose work has fundamentally shaped how autonomous robots perceive, plan, and move through the world. His research centers on simultaneous localization and mapping (SLAM), trajectory optimization, and robust navigation in cluttered environments. Feiten’s most influential contribution is the Atlas framework (2003, 313 citations), a hybrid metrical/topological SLAM system that enabled efficient mapping of large-scale environments—a foundational approach for modern mobile robotics. He is perhaps best known for developing the “timed elastic band” (2012, 250 citations; 2013, 194 citations), a trajectory optimization method that dynamically adjusts robot paths while respecting kinematic and dynamic constraints, becoming a standard tool for autonomous navigation. His practical impact is demonstrated by the successful field deployment of autonomous cleaning robots in Albert Heijn supermarkets (2002, 90 citations), one of the earliest real-world service robot applications. Feiten also advanced local obstacle avoidance with the steer angle field approach (1994, 26 citations; 2002, 81 citations) and contributed to manipulation planning (2017, 50 citations) and human-robot tactile interaction (2003, 24 citations). With over 1,000 total citations, Feiten’s work bridges theoretical rigor and practical deployment, making him a key figure in bringing autonomous mobile robots from the lab into everyday environments.