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About

Wiebke Wenzel is a robotics engineer whose work focuses on the critical challenge of creating robust, reconfigurable robotic systems for space exploration. Her primary research areas include electro-mechanical interface design, multi-robot cooperation, and the development of docking mechanisms for extreme environments. Wenzel’s major contribution lies in advancing the hardware that enables heterogeneous robot teams to physically connect, share power, data, and thermal resources, and reconfigure autonomously. Her most cited paper (14 citations) presents a robust electro-mechanical interface for cooperating heterogeneous multi-robot teams, designed to emulate a lunar exploration mission. She also co-authored a comprehensive technical review (8 citations) of robotic space interfaces for orbital and planetary missions, contributing to the H2020 EU-funded SIROM project, which aims to standardize interfaces for robotic manipulation in space. Additionally, her work on a dust-resistant docking mechanism (6 citations) addresses a critical operational hazard for surface exploration robots. Through these contributions, Wenzel has helped lay the mechanical and electrical groundwork for future autonomous, reconfigurable space missions.