Jeremy Holden

Jeremy Holden serves as a Contract Specialist within the Missile Defense Agency (HQ0276), where he plays a critical role in executing acquisition strategies for specialized defense systems supporting national ballistic and hypersonic missile defense objectives. He manages the full lifecycle of contract actions—from solicitation and evaluation to award and administration—focusing on high-integrity, mission-critical hardware and components essential to sensor, interceptor, and command-and-control architectures. His work directly enables the agency’s operational readiness by ensuring timely delivery of technically complex, defense-grade metal containment systems that meet stringent military specifications and environmental performance standards. While specific contractor names are not publicly enumerated, Holden consistently engages with a network of specialized manufacturers and engineering firms capable of meeting the rigorous quality, security, and performance requirements of missile defense hardware. His procurement approach emphasizes technical compliance, supply chain resilience, and rigorous oversight, fostering long-term partnerships with vendors possessing proven expertise in precision metal fabrication, hermetic sealing, and defense-certified production processes. Holden maintains a 100% small business set-aside preference under FAR 19.5, reflecting a steadfast commitment to socioeconomic contracting goals. He prioritizes awarding contracts to small businesses, including 8(a), HUBZone, and SDVOSB concerns, ensuring broad participation from innovative, agile manufacturers capable of supporting niche defense requirements. This pattern underscores the agency’s strategic emphasis on cultivating a diverse, responsive industrial base capable of rapid innovation and scalable production. His primary procurement focus centers on NAICS 332439 (Other Metal Container Manufacturing), indicating deep specialization in the acquisition of custom-engineered metal enclosures, shielding housings, and ruggedized containers used to house sensitive missile defense electronics and propulsion components. His technical domain expertise lies in the intersection of materials science, military packaging standards, and survivable system integration—ensuring that procured hardware withstands extreme thermal, vibrational, and electromagnetic environments during deployment and flight testing.