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About

Trevor J. Terrill is a researcher specializing in robotics, building energy efficiency, and autonomous systems, with a focused body of work at the intersection of automation and sustainable building practices. His most significant contributions center on the development of autonomous robotic systems capable of conducting energy audits in buildings — a challenging problem given that buildings account for approximately 40% of all US energy consumption and carbon emissions. Terrill's research addresses a critical barrier in energy conservation: traditional building audits require extensive expertise and are prohibitively expensive, limiting their widespread adoption. His two-part series on autonomous lighting audits, published in both 2014 and 2016, tackles this problem systematically — first solving robotic navigation and indoor mapping challenges, then developing methods for light fixture identification and energy consumption analysis. Together, these works lay a foundation for scalable, cost-effective automated building assessments that could dramatically expand access to energy efficiency improvements. While his citation counts remain modest — accumulating approximately 10 citations across his core works — his research represents pioneering applied work in a niche but increasingly relevant domain as building decarbonization becomes a global priority. His contributions offer a compelling proof of concept for deploying autonomous robots as practical tools in sustainability efforts.