Kristine Ferrone

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About

Kristine Ferrone is a leading researcher in space systems engineering, with a primary focus on in situ resource utilization (ISRU) and the development of sustainable infrastructure for extraterrestrial environments. Her most influential work, "In situ resource utilization of structural material from planetary regolith" (2021, 32 citations), pioneers methods for converting lunar or Martian soil into construction-grade materials, directly addressing the challenge of reducing Earth-dependent supply chains for long-duration missions. This contribution is foundational to enabling permanent human outposts beyond Earth. Ferrone also made early contributions to national security space policy with her 2012 study "On-Orbit Servicing of Department of Defense and National Security Space Assets," which examined the technical and strategic barriers to maintaining and upgrading satellites in geosynchronous orbit—a domain historically inaccessible for servicing. While this work has fewer citations, it reflects her interdisciplinary approach, bridging engineering with defense and policy considerations. Her research is characterized by a pragmatic focus on turning planetary resources into functional structures, positioning her as a key voice in the future of space habitation and autonomous construction.