Jesse Whinham

Jesse Whinham serves as the primary contracting lead for the FA8213 Aflcmc Ebhk under the Department of the Air Force, overseeing the acquisition of critical explosive ordnance systems, guided missile propulsion components, and high-energy material technologies essential to air-launched munitions readiness. Responsible for managing the full lifecycle of complex defense procurements, Whinham ensures technical compliance, operational reliability, and timely delivery of systems that sustain U.S. airpower superiority. Their portfolio includes high-stakes contracts for initiation systems, warhead integration, and propulsion unit manufacturing, requiring deep coordination with engineering, safety, and logistics stakeholders to meet stringent DoD standards. Whinham maintains consistent partnerships with specialized defense contractors including Pacific Scientific Energetic Materials Company, Chemring Energetic Devices Inc., Stratus Systems, Inc., and the Canadian Commercial Corporation, reflecting a preference for vendors with proven expertise in energetic materials, precision munitions fabrication, and cross-border defense supply chain coordination. These relationships are characterized by long-term technical collaboration, performance-based contracting, and rigorous quality assurance protocols tailored to classified and sensitive ordnance programs. Whinham’s procurement strategy prioritizes open competition, with 88.5% of awards issued without set-aside restrictions, reflecting the technical complexity and national security sensitivity of the acquisitions. However, a deliberate 11.5% of contracts are awarded under Total Small Business Set-Aside provisions, demonstrating a measured commitment to fostering innovation from qualified small businesses in the defense supply base. The agency’s procurement focus centers on NAICS 325920 (Explosives Manufacturing), 332993 (Ammunition Manufacturing), and 336415 (Guided Missile Propulsion Systems), underscoring deep technical expertise in high-energy materials, detonation physics, and propulsion unit integration. Whinham’s work directly supports the development of next-generation air-delivered weapons systems requiring precision engineering, advanced chemistry, and stringent safety certifications.