James C. Squire

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About

James C. Squire is a pioneering researcher at the intersection of robotics and public health, best known for his innovative work in developing robotic solutions for tick-borne disease prevention. His primary research areas include bio-inspired robotics, engineering education, and environmental health technology. Squire's most significant contribution is the creation of the "TickBot," a novel robotic device designed to control tick populations in natural environments—a breakthrough that addresses the growing threat of Lyme disease. This work, published in 2014, has garnered 19 citations and represents a unique fusion of mechanical engineering and epidemiology. In his related paper "Robo-Tic: Development of a Tick-Eliminating Robot," Squire further explores the practical challenges of deploying autonomous systems in high-risk geographic regions where deer ticks pose severe health risks. Beyond his environmental robotics, Squire has made notable contributions to engineering pedagogy, as evidenced by his 2002 paper on integrating robotics into introductory electrical and computer engineering curricula at the Virginia Military Institute. His educational work reflects a broader trend—23% of top-ranked engineering schools now incorporate robotics into freshman courses—highlighting Squire's role as an early advocate for hands-on, project-based learning. With a career spanning both technical innovation and educational reform, Squire demonstrates how robotics can serve dual purposes: advancing public health and transforming how future engineers are trained.