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About

Jose Espinosa is a robotics researcher dedicated to democratizing access to robotic platforms and advancing autonomous systems for challenging real-world applications. His work spans three key areas: affordable open-source robotics, long-term autonomy for robot swarms, and robotic deployment in hazardous environments. Espinosa’s most impactful contribution is the development of “Mona,” an affordable, open-source mobile robot designed for education and research. With 141 citations, this work addresses a critical barrier in STEM education—the prohibitive cost of robotic platforms—by providing a flexible, low-cost alternative for teaching mechanics, electronics, and software. He further advanced swarm robotics with his work on “Perpetual Robot Swarm,” which demonstrated long-term autonomy through on-the-fly inductive charging (35 citations). Espinosa also applies robotics to nuclear decommissioning, as seen in his study on detecting simulated Fukushima Daiichi fuel debris using a remotely operated vehicle (13 citations). His contributions to modularity standardization for service robots (17 citations) and sensor fusion for underwater localization further underscore his versatility. Espinosa’s research not only pushes the boundaries of robotic autonomy but also ensures that these technologies are accessible and applicable to critical societal challenges.