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About

R. Peter Dillon is an innovative engineer and materials scientist whose research sits at the intersection of advanced manufacturing, robotics, and materials engineering. His work spans soft robotics, metallic glass systems, magnetic materials, and extreme-environment robotics, making him a versatile contributor to multiple cutting-edge fields. Dillon's most influential contribution — garnering 168 citations — demonstrated how click chemistry and stereolithography could be combined to fabricate self-healing soft robots, enabling compliant fluidic elastomer actuators with remarkable mechanical recovery properties. This work significantly advanced the practical fabrication of resilient soft robotic systems. Equally notable is his research on bulk metallic glass (BMG) strain wave gears, cited 85 times, which proposed a cost-effective pathway toward high-performance robotic drivetrains by leveraging BMGs' exceptional elastic properties as flexspline components. Beyond terrestrial applications, Dillon has pursued robotic systems capable of operating in extreme cryogenic environments, contributing to NASA's Cold Operable Lunar Deployable Arm (COLDArm) project and pioneering the field of cryobotics. His recent work on additively manufactured high-permeability Fe-Ni alloys further demonstrates his ongoing commitment to pushing manufacturing boundaries. Collectively, his research reflects a sustained effort to make advanced robotic and materials technologies more capable, accessible, and resilient across diverse environments.