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About

Duane Davis is a versatile robotics researcher whose work spans autonomous underwater vehicles (AUVs), unmanned aerial systems, and robotic ethics — a rare breadth that reflects decades of hands-on experimentation and system development. His most-cited contribution, a 2016 study on large-scale fixed-wing UAV field experimentation (83 citations), demonstrated practical advances in coordinating substantial numbers of aerial robots in real-world conditions, addressing critical challenges in swarm operations. Equally significant is his work on underwater robotics simulation: the DAVE Aquatic Virtual Environment (2022, 46 citations) provides the open-source community with a specialized simulator tailored to the unique physics of underwater environments, while his physics-based multibeam echosounder modeling work (2021, 46 citations) tackles the formidable perception challenges facing autonomous underwater manipulators. Davis has also made notable contributions to robot ethics, developing practical frameworks for ethical mission definition and runtime ethics checking in maritime unmanned systems — a forward-thinking line of inquiry that addresses accountability in increasingly autonomous operations. His earlier work on the NPS Phoenix AUV established his foundational expertise in underwater autonomy, and recent investigations into secure swarm communications demonstrate his continued engagement with emerging challenges. Across more than two decades, Davis has consistently bridged simulation, field experimentation, and responsible autonomy.