Max Robotics — Global Service Robot Directory + US Certification

About

NASA's Johnson Space Center (JSC) stands at the thrilling intersection of space exploration and cutting-edge robotics, driving some of the most ambitious human and robotic missions ever conceived. With a research portfolio spanning planetary science, humanoid robotics, autonomous systems, and mission architecture, JSC has fundamentally shaped how humanity reaches beyond Earth. JSC's contributions to Mars exploration are unparalleled. Landmark studies emerging from the Phoenix and Mars Science Laboratory missions—including the groundbreaking detection of perchlorate in Martian soil and evidence of water ice and calcium carbonate—have collectively garnered thousands of citations, rewriting our understanding of Mars' habitability and climate history. Instruments like the Sample Analysis at Mars (SAM) suite and the Perseverance rover's SHERLOC investigation reflect JSC's enduring leadership in robotic scientific exploration, blending sophisticated robotics with astrobiology and geochemistry. Perhaps most iconic is JSC's Robonaut program, a decades-long endeavor to develop dexterous, anthropomorphic robots capable of working alongside astronauts. From the original Robonaut concept in 2000 to Robonaut 2's historic deployment aboard the International Space Station—the first humanoid robot in space—JSC has consistently pushed the boundaries of dexterous manipulation, teleoperation, and human-robot collaboration. The development of Valkyrie, JSC's bipedal humanoid designed for disaster response and deep space operations, further demonstrates the center's ambition to create robots that thrive in unstructured, hazardous environments. Supporting these efforts, JSC's robotics labs integrate AI, gesture recognition, LIDAR navigation, and series elastic actuation into coherent, mission-ready systems. For prospective students and collaborators, JSC offers an extraordinary environment where fundamental robotics research directly shapes the future of human spaceflight and planetary discovery.