Kerem Ar

Kerem Ar serves as a key procurement professional within the FA8823 Sustainment MCPNT SSC/PKL, a critical unit under the Department of the Air Force responsible for sustaining and modernizing guided missile systems, space vehicle platforms, and associated command, control, and communications infrastructure. In this role, Ar manages the acquisition lifecycle for high-priority propulsion systems and mission-critical components essential to national defense aerospace operations. Their responsibilities encompass soliciting, evaluating, and awarding contracts for propulsion unit manufacturing, ensuring technical compliance, schedule adherence, and mission readiness across the space and missile sustainment enterprise. Contractor relationships are primarily focused on Tier 1 aerospace and defense manufacturers with deep expertise in solid and liquid propulsion technologies, rocket motor assembly, and propulsion unit integration. While no specific vendor names are currently identifiable in the dataset, Ar consistently engages with established industry primes and specialized subsystem suppliers capable of meeting stringent MIL-STD and NASA-STD requirements. The working relationship pattern reflects a preference for long-term, performance-based contracts with rigorous quality assurance and technical oversight, ensuring reliability in high-stakes operational environments. Set-aside preferences show a 100% focus on open competition, with no utilization of 8(a), HUBZone, SDVOSB, or other socioeconomic set-asides. This indicates a procurement strategy prioritizing technical capability, production capacity, and mission-critical delivery timelines over socioeconomic targeting, reflecting the specialized and highly regulated nature of the procurement domain. The agency’s procurement activity is entirely concentrated under NAICS 336415—Guided Missile and Space Vehicle Propulsion Unit and Propulsion Unit Parts Manufacturing. This underscores Ar’s deep technical expertise in rocket propulsion systems, including solid-fuel motors, thrust vector control, igniters, and propellant formulations, as well as the complex supply chains supporting space launch and missile defense architectures. Their work directly enables the operational endurance of critical national security space and missile assets.