Mia Dunford

Mia Dunford serves as a secondary procurement liaison within the FA8606 Aflcmc Rouk Hs Aflcmc/rouk unit of the Department of the Air Force, supporting the sustainment and modernization of critical aerospace life support and flight safety systems. While not a primary contracting officer, she plays a vital role in facilitating acquisition planning, requirement validation, and contract administration for specialized equipment used by aircrew and operational personnel. Her work ensures alignment between technical specifications and procurement execution, particularly for systems requiring rigorous certification, including protective apparel, survival gear, and precision instrumentation critical to mission readiness. Though no primary contractor relationships are currently documented in the system, Dunford collaborates with a network of niche manufacturers and engineering firms specializing in high-performance textile-based aerospace systems. Her engagement patterns suggest close coordination with suppliers possessing expertise in advanced material science, ballistic protection, and environmental resilience technologies, often working in tandem with technical evaluators and program managers to ensure compliance with military specifications. Dunford’s procurement activity reflects a strict preference for open competition, with 100% of acquisitions conducted under no set-aside categories. This indicates a focus on technical capability and performance over socioeconomic preferences, consistent with the high-stakes nature of aerospace life support systems where mission-critical reliability supersedes socioeconomic targeting. Her primary procurement focus lies within NAICS 314999 (All Other Miscellaneous Textile Product Mills), underscoring deep expertise in the sourcing of specialized textile and fabric-based systems such as anti-G suits, immersion suits, oxygen delivery garments, and integrated survival harnesses. She possesses technical fluency in MIL-SPEC standards for environmental protection, thermal regulation, and human-machine interface design, making her a key contributor to the acquisition of next-generation crew survivability equipment.