Marshall R. Sweatt

Papers

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About

Marshall R. Sweatt is a robotics engineer whose work focuses on developing autonomous systems for hazardous industrial environments, particularly in the oil and gas sector. His research centers on mobile robotics, wireless communication, and localization technologies designed to improve safety and efficiency in extreme conditions. Sweatt’s most notable contributions include the creation of a mobile robotic platform for refinery inspection that leverages WiFi for both communication and localization, enabling robots to navigate dangerous areas such as those with toxic gases, extreme heat, or steam leaks. His 2015 paper on this system has garnered 22 citations, reflecting its relevance to industrial safety and automation. Earlier, in 2014, Sweatt published foundational work on an oil and gas refinery inspection robot, which addressed challenges like operating in Middle Eastern environments where temperatures exceed 50°C and sandstorms reduce visibility. With 11 citations, this paper underscores his role in advancing robotics for harsh settings. Sweatt’s work bridges robotics and industrial safety, offering practical solutions that reduce human exposure to life-threatening conditions while maintaining operational integrity.