Carson Vogt

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About

Carson Vogt has established himself as a significant contributor to the field of underwater robotics simulation and autonomous marine systems. His research centers on developing open-source simulation infrastructure and physics-based perception modeling to address the unique and formidable challenges posed by underwater environments. Vogt's most impactful work includes co-developing the **DAVE Aquatic Virtual Environment (DAVE)**, a comprehensive open-source simulation stack designed specifically for underwater robots, sensors, and environments. Recognizing that conventional robotics simulators fail to account for marine-specific conditions, this platform has quickly become a valuable community resource, accumulating 46 citations since its 2022 publication. Equally influential is his 2021 work on physics-based modeling and simulation of multibeam echosounder perception, which tackles the notoriously difficult perceptual challenges of the ocean environment — including turbidity, backscatter, and poor lighting — earning an additional 46 citations within the robotics community. Together, these contributions reflect Vogt's dedication to building foundational tools that enable researchers and engineers to develop and test autonomous underwater manipulation systems safely and efficiently in simulation. His work is particularly valuable for students and professionals working at the intersection of marine robotics, sensor modeling, and autonomous systems.