Damon B. Survine

Damon B. Survine serves as a key procurement professional within the FA2550 50 Cons Pkp unit of the Department of the Air Force, supporting the acquisition of mission-critical infrastructure for aerospace and space operations. Though his formal title is not listed, his procurement activities are central to sustaining and modernizing space-based and ground-based communication systems, electronic instrumentation, and precision testing equipment essential for national defense. He manages a diverse portfolio of contracts focused on technical infrastructure, ensuring alignment with Air Force strategic priorities in space domain awareness and resilient communications architecture. His contractor relationships include the Colorado Department of Labor and Employment and Blue Skies Furniture LLC—entities that, while seemingly outside traditional defense domains, reflect a broader interpretation of support services required for operational readiness, potentially including facility maintenance, logistics, or non-standard infrastructure support. These partnerships suggest a pragmatic, mission-driven approach to sourcing, prioritizing functional outcomes over conventional vendor classifications. Survine’s contracting patterns show a balanced 50/50 split between small business set-asides under FAR 19.5 and open competitions, indicating a deliberate effort to foster small business participation while maintaining competitive flexibility. This approach supports socioeconomic goals without compromising acquisition agility. His procurement focus is concentrated in NAICS 238220 (Plumbing, Heating, and Air-Conditioning Contractors) and 314110 (Carpet and Rug Mills), which may appear unconventional for a space operations unit but likely relate to facility sustainment, environmental control systems for sensitive electronics, or specialized interior fit-outs for secure operational environments. This unique blend of technical and facility-related contracting underscores a holistic approach to mission enablers—where infrastructure integrity directly supports high-stakes aerospace missions.