Bryan Parson

Bryan Parson serves as a key procurement professional at NASA’s Johnson Space Center, supporting the agency’s mission to advance human spaceflight systems and life sciences capabilities. He manages complex acquisitions in spacecraft systems development, focusing on guided missile and space vehicle manufacturing under NAICS 336414. His work directly enables critical programs in crewed mission operations, microgravity physiology research, and next-generation life support technologies. Parson handles high-stakes, technically demanding contracts requiring rigorous compliance with federal aerospace standards and NASA-specific engineering controls, ensuring that procurement aligns with mission-critical timelines and safety protocols. His primary contractor relationships center on Sierra Space Corp, a leading developer of next-generation crewed spacecraft and habitat systems, and Aspera Biomedicines, Inc., which provides specialized life sciences instrumentation for microgravity research. He also collaborates with Single Crystal Diamond Inc. for advanced radiation-hardened components and Wright & Dalbin Architects Inc. for mission-critical facility design. These partnerships reflect a preference for established aerospace and scientific technology firms with proven capabilities in extreme-environment engineering, rather than broad-based or generalist vendors. Parson’s contracting portfolio reflects a 100% non-set-aside approach, indicating a strategic focus on technical merit, mission readiness, and industrial capability over socioeconomic preferences. While small business participation is not formally prioritized in his award patterns, his selections emphasize performance, reliability, and domain-specific expertise essential for human spaceflight systems. His core procurement activity is concentrated in NAICS 336414, encompassing the development and integration of spacecraft guidance and control systems, radiation shielding technologies, and advanced life support hardware. He specializes in procuring high-reliability, space-qualified components and systems requiring stringent qualification processes, including thermal-vacuum testing, vibration analysis, and radiation tolerance certification. His expertise lies at the intersection of aerospace engineering and federal acquisition regulation, ensuring that every contract delivers mission-critical capability for exploration beyond low Earth orbit.