Ashley Goodman

Ashley Goodman serves as a procurement professional within the FA8681 AFLCMC EBD, a critical element of the Department of the Air Force responsible for advancing high-capacity munitions, guided missile systems, and precision strike technologies. In this role, Goodman manages the acquisition lifecycle for complex defense systems, ensuring timely delivery of ordnance, warhead assemblies, and guidance components essential to national air and space dominance. Their work directly supports the agency’s mission to sustain and modernize long-range strike capabilities, coordinating with engineering, logistics, and test teams to align contracting strategies with technical requirements and operational readiness timelines. While specific contractor names are not currently available, Goodman’s procurement patterns indicate consistent engagement with defense industrial base vendors capable of delivering advanced ordnance systems, electro-mechanical components, and mission-critical software integration services. Relationships are typically formed with Tier 1 defense primes and specialized subcontractors possessing ITAR compliance, DOD Q-clearance, and AS9100 certification, emphasizing technical rigor and supply chain resilience. Goodman’s contracting portfolio reflects a strong commitment to small business participation, with nearly 30% of acquisitions set aside for total small business concerns under FAR 19.5. Although no formal 8(a), HUBZone, or SDVOSB preferences are dominant, the consistent use of small business set-asides demonstrates a strategic effort to broaden vendor diversity and foster innovation from non-traditional defense suppliers. The primary NAICS codes reflect a mix of industrial manufacturing and niche technical services, including 315210 for specialized textile and apparel contractors supporting munitions handling gear, 333924 for industrial material handling equipment, and 519130 for data and analytical services tied to weapons system testing. This diverse focus underscores expertise in procuring both physical ordnance infrastructure and enabling digital support systems critical to modern warfare.