Max Robotics — Global Service Robot Directory + US Certification

About

D.O. Miller is a versatile robotics researcher whose work spans assistive technology, planetary exploration, and autonomous systems. With a career bridging human-centered design and space robotics, Miller has made meaningful contributions to two distinct but equally impactful domains. In assistive robotics, Miller's most influential work — "The Smart Wheelchair Component System" (2004, 164 citations) — addressed the critical challenge of enabling individuals with severe disabilities to operate powered mobility devices, establishing foundational principles that continue to shape accessible technology design. His earlier work on robotic wheelchairs (1994) laid important groundwork in this area. Miller also played a significant role in Mars astrobiology research, contributing to the NASA MARTE project, which simulated robotic drilling missions at the Mars-analog site of Río Tinto, Spain. These studies (garnering over 100 combined citations) advanced our understanding of automated subsurface life detection, core sample handling, and robotic field operations under mission-realistic constraints. Rounding out his portfolio, Miller has explored robot problem solving, intelligent agent architectures, planetary rover mechanics, and robotics education through tools like the Botball kit. His interdisciplinary range — from empowering wheelchair users to searching for life on Mars — reflects a career defined by applying robotics to genuinely high-stakes human challenges.