Kevin Power

Kevin Power serves as a key procurement professional at NASA’s Stennis Space Center, supporting the agency’s critical mission in space propulsion and rocket engine testing. He manages acquisitions for advanced cryogenic fluid systems, high-power electrical distribution networks, and facility resilience infrastructure essential to validating next-generation launch vehicles. His work directly enables the center’s operational continuity and technological modernization, ensuring propulsion systems meet stringent reliability standards for NASA’s exploration programs. Power typically handles complex, technical contracts requiring deep engineering oversight and compliance with federal aerospace procurement standards. While specific contractor names are not publicly enumerated, Power maintains a broad network of industrial partners specializing in propulsion test infrastructure, cryogenic engineering, and high-performance facility systems. His procurement patterns reflect a preference for established defense and aerospace contractors with proven capabilities in extreme-environment systems, alongside emerging innovators in advanced materials and automated test instrumentation. Relationships are characterized by long-term performance-based engagements, often involving cost-reimbursement and incentive-type contract structures to manage technical risk and ensure mission success. Power’s contracting activity shows a 100% preference for non-set-aside procurements, indicating a focus on technical capability and mission-critical performance over socioeconomic classifications. This reflects the specialized nature of Stennis’ work, where narrow technical expertise and proven track records in cryogenic and high-pressure systems take precedence over socioeconomic preferences. Small business participation is not formally prioritized in his portfolio, though vendors of all sizes may compete based on technical merit and system integration readiness. His procurement focus is exclusively within NAICS 927110 (Space Research and Technology), encompassing propulsion test stand modernization, cryogenic valve and piping systems, high-flow fluid handling, and power conditioning infrastructure. He routinely sources mission-critical components such as liquid hydrogen delivery systems, thermal management units, and real-time diagnostic instrumentation, requiring deep domain expertise in aerospace propulsion engineering and facility operations.