Wayne Burleson

University of Massachusetts Amherst, Mount Holyoke College

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About

Wayne Burleson is a researcher whose work spans analog VLSI design, robotics, and engineering education, with particular emphasis on developing efficient hardware solutions for complex computational problems. His most notable contributions center on the application of analog VLSI circuits to robot path planning — a field where he demonstrated that analog approaches offer compelling advantages over traditional digital solutions. By leveraging Laplace's equation as a mathematical framework for path planning, Burleson showed that analog resistive networks could solve navigation problems with high performance while avoiding the computational expense of digital implementations. This work, published in 1994 and revisited in 2003, has collectively garnered nearly 50 citations, reflecting its lasting influence on the intersection of hardware design and robotics. Beyond his technical research, Burleson has shown a commitment to broadening participation in engineering. His 2020 work documenting the development of a robotics-based introductory engineering course at Mount Holyoke College — an all-female liberal arts institution — highlights his dedication to inclusive STEM education. This blend of innovative hardware research and thoughtful pedagogy makes Burleson a multifaceted contributor to both engineering science and education.