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About

Stefan Cordes is a pioneer in field robotics, with a career dedicated to advancing autonomous systems for extreme environments. His research focuses on two challenging domains: autonomous sewer inspection and legged locomotion. Cordes’s most significant contribution is the development of a wheeled, multiarticulated robot designed to navigate the confined, hazardous world of sewage systems. This work, detailed in his 1997 paper (28 citations) and its 2002 follow-up (19 citations), introduced a cable-free, redundant robot capable of autonomous navigation, power supply, and control—a radical departure from tethered inspection tools. He also made key advances in legged robotics, contributing to the LAURON II project. His 2002 paper (13 citations) describes the sophisticated sensor architecture of this six-legged walking machine, including a lightweight stereo head that enables complex terrain negotiation. Cordes’s approach, combining rigorous modeling and simulation with real-world realization (1996, 5 citations), demonstrates a rare ability to bridge theory and practice. With a career spanning over two decades, his work laid the groundwork for modern autonomous inspection robots and continues to influence researchers tackling unstructured, underground environments.