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About

Babak Mobedi is a robotics researcher whose work sits at the intersection of autonomous systems, human-robot interaction, and disaster response technology. His research has made meaningful contributions to the field of urban search and rescue (USAR) robotics, focusing on how semi-autonomous mobile robots can be deployed effectively in the chaotic, unpredictable environments created by structural disasters. His most influential work, "The Search for Survivors" (2010), which has garnered 65 citations, explores cooperative human-robot interaction frameworks that keep human operators meaningfully engaged while enhancing robot autonomy during rescue missions. This balance between human oversight and machine capability remains a critical challenge in real-world deployment of rescue robotics. Complementing this, Mobedi has pioneered advances in 3D active sensing technology, developing compact structured-light sensory systems capable of real-time environmental mapping in rubble-filled spaces. His 2011 paper on 3D active sensing in time-critical missions, cited 37 times, demonstrates how reliable spatial perception is essential for locating survivors when every second counts. Together, his contributions advance a vision of rescue robotics where intelligent sensing and human-machine collaboration dramatically improve outcomes in life-or-death scenarios.