Jacob D. Rodriguez

Papers

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About

Jacob D. Rodriguez is a pioneering roboticist whose work is reshaping how we explore the most extreme environments in our solar system. His primary research focuses on reconfigurable robotics, extreme-terrain mobility, and planetary surface operations—particularly for lunar and Martian exploration. Rodriguez’s most notable contribution is the development of WORMS (Walking Oligomeric Robotic Mobility System), a revolutionary modular robotic architecture designed to traverse the Moon’s most challenging landscapes, including permanently shadowed regions, lava tubes, and steep crater walls. This system, introduced in his 2022 paper (4 citations), offers a paradigm shift from traditional wheeled rovers by enabling robots to reconfigure their morphology on-demand, allowing them to walk, crawl, or roll depending on the terrain. The work has garnered attention from NASA’s Artemis program, where it could support base camp construction and resource prospecting. Rodriguez’s research bridges the gap between biology and engineering, drawing inspiration from animal locomotion to create adaptable, resilient machines. His achievements include a featured video presentation at the ASCEND 2022 conference, highlighting the practical applications of WORMS for future lunar missions. With a growing citation impact, Rodriguez is establishing himself as a key innovator in space robotics, pushing the boundaries of what autonomous systems can achieve in the harshest environments known to humanity.