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About

Diane Linne is a pioneering aerospace engineer and researcher whose career has been defined by her groundbreaking contributions to In-Situ Resource Utilization (ISRU) — the science of harvesting local planetary resources to sustain space exploration missions. With a body of work spanning three decades, Linne has been instrumental in advancing the concept of producing mission-critical consumables, particularly rocket propellants and oxygen, directly from the Martian atmosphere. Her 2015 study on Mars ISRU options and state-of-the-art production methods (32 citations) stands as a landmark reference in the field, while her earlier 1995 work on producing methane and methane/carbon monoxide mixtures for Mars return propulsion (21 citations) helped establish the technical foundation for modern propellant production strategies. Her contributions to NASA's Capability Roadmap for ISRU (24 citations) further shaped the agency's long-term exploration strategy following the Vision for Space Exploration directive. Linne also played a key role in defining NASA's Technology Area 07 Human Exploration Destination Systems Roadmap, reflecting her influence on institutional planning for sustainable human spaceflight. Her work has been essential in making the dream of affordable, self-sufficient human missions to Mars a credible engineering reality.