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About

Jens Hegenberg is a researcher focused on human-robot interaction and teleoperation, particularly for industrial inspection and safety applications. His work centers on designing user-centered systems that enable robots to operate in hazardous environments, such as gas and oil processing facilities, where detecting and locating explosive gases is critical to protecting humans, equipment, and the environment. Hegenberg’s major contributions include the development of the RoboGasInspector project, which integrates teleoperated robots for plant inspection, as demonstrated in his most-cited paper (2014, 12 citations). He also advanced task- and user-centered design methodologies for human-robot systems, as seen in his 2012 paper (10 citations), which outlines a systematic approach from requirements analysis to prototypical realization. His research on unmanned inspection of large industrial environments (2012, 4 citations) further underscores his impact on automating dangerous tasks. Additionally, Hegenberg has explored robot-assisted manual assembly (2018, 3 citations) and 3D gesture control for mobile service robots (2014, 2 citations), showcasing his versatility. With a cumulative citation count of 31 across his top papers, Hegenberg’s work is instrumental in making industrial inspection safer and more efficient, bridging the gap between human operators and autonomous systems.