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About

Scott Morton is an engineer and researcher whose work spans unmanned aerial systems, small-scale robotics, and assistive technology. He is best known for his pioneering contributions to solar-powered unmanned aerial vehicles (UAVs), a field where his research has helped advance capabilities for long-endurance, autonomous flight. His 2015 paper, "Solar Powered UAV: Design and Experiments," has accumulated 119 citations, reflecting its significant influence in a domain where sustained flight and high-altitude performance push the boundaries of small-scale aviation. Morton's follow-up work on two-meter wingspan solar UAVs further refined design methodologies and performance prediction, targeting distributed sensing applications that demand portability without sacrificing endurance. Beyond aerial systems, Morton has contributed to hybrid ground-air vehicle concepts, exploring innovative locomotion strategies for small robots navigating complex terrain — work that has garnered nearly 50 citations. Demonstrating a commitment to human-centered engineering, he has also applied his expertise to assistive robotics, developing a wheelchair-mounted robotic arm to enhance communication access for individuals with physical disabilities. Morton's portfolio reflects a researcher driven by practical innovation across diverse and impactful engineering challenges.