Michael Lowry

Ames Research Center, Johnson Space Center

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About

Michael Lowry is a pioneering figure in the intersection of artificial intelligence and space exploration, whose career at NASA has focused on ensuring the reliability of autonomous systems in the most unforgiving environments imaginable. His foundational work, "Verification and validation of AI systems that control deep-space spacecraft" (1997, 21 citations), established critical methodologies for certifying the safety of software that operates millions of miles from Earth, a cornerstone for modern autonomous spaceflight. Lowry has also been instrumental in shaping NASA’s long-term strategic vision, co-authoring the "NASA Technology Area 07 Human Exploration Destination Systems Roadmap" (2011, 15 citations), which outlined the technology investments needed for sustained human presence beyond low-Earth orbit. He further advanced the field by analyzing the computational demands of both human and robotic missions in "Human and Robotic Space Mission Use Cases for High-Performance Spaceflight Computing" (2013), highlighting onboard computing as a "technology multiplier" for future spacecraft. His leadership of the Lunar Surface Systems Software Workshop (2010) helped define the software architecture for lunar habitats and rovers. Through this blend of rigorous verification science and high-level strategic planning, Lowry has been a key architect of the software foundations for NASA’s next generation of deep-space exploration.