Timothy N Huling

Timothy N. Huling serves as a key procurement professional within the FA5066 Hq AFMC/PK organization, supporting the Department of the Air Force’s mission to modernize aerospace, electronic, and analytical capabilities critical to air superiority and weapons system integrity. He manages complex acquisitions for laboratory-grade instrumentation, communications infrastructure, and test and evaluation equipment, ensuring operational readiness across advanced aircraft platforms. His work directly enables the sustainment of sensor systems, control architectures, and mission-critical data collection tools used in developmental and operational testing environments. While specific contractor relationships are not currently documented, Huling’s procurement patterns suggest engagement with specialized engineering firms, defense contractors, and technical service providers capable of delivering high-precision instrumentation and mission-support infrastructure. His contracting approach reflects a preference for open competition, with the majority of acquisitions conducted under full and open procedures, indicating a focus on technical capability over socioeconomic preferences. Huling’s set-aside profile reveals a strong orientation toward non-set-aside competitions, with only 5.3% of awards designated for 8(a) or total small business set-asides. This reflects a mission-driven prioritization of technical performance and system interoperability, though he maintains compliance with small business participation requirements when applicable. His contracting behavior aligns with DoD directives to balance socioeconomic goals with operational urgency. His primary procurement focus lies in construction-related NAICS codes—particularly 236220, 237110, and 238220—indicating significant investment in facility modernization, utility infrastructure, and environmental systems supporting test ranges and research laboratories. Though seemingly non-traditional for an aerospace agency, these acquisitions underpin the physical and logistical foundations required to deploy and maintain advanced electronic and sensor systems. His expertise spans the intersection of facility engineering and mission-critical defense infrastructure.