Harrison Smith

Harrison Smith serves as a key procurement lead within the FA8684 Aflcmc Rodk, a critical node of the Department of the Air Force responsible for advancing aerospace sustainment and mission-critical research and development. He manages the acquisition of advanced engineering solutions, precision manufacturing systems, and next-generation sustainment technologies essential to maintaining air dominance. His portfolio centers on high-integrity R&D contracts that support the qualification of additive manufacturing processes, modernized maintenance analytics, and resilient supply chain innovations for airworthiness-critical components. Smith ensures alignment with Air Force modernization priorities by structuring acquisitions that bridge laboratory innovation with operational deployment. His contractor relationships are primarily with Tier 1 aerospace primes, specialized engineering firms, and R&D-focused defense contractors capable of delivering classified and unclassified technical solutions under strict compliance with DoD acquisition regulations. He routinely engages with vendors possessing AS9100 certification, ITAR compliance, and proven experience in aerospace materials testing and digital twin integration. His working patterns emphasize long-term technical partnerships over transactional procurement, fostering collaboration through Other Transaction Authority (OTA) mechanisms and prototype agreements to accelerate capability delivery. Smith’s procurement strategy reflects a strong preference for open competition, with 100% of his acquisitions conducted without socioeconomic set-asides. This reflects the highly specialized nature of the technical requirements, where only a limited pool of qualified entities possesses the necessary clearance levels, engineering expertise, and facilities to meet mission-critical performance standards. While small business participation is not formally incentivized through set-asides, he encourages subcontracting opportunities through prime contractor obligations and mentor-protégé arrangements. His primary focus lies in NAICS 541715, encompassing physical and engineering R&D for aerospace systems. He procures advanced simulation tools, non-destructive evaluation systems, high-temperature alloy development, and automated inspection technologies. His domain expertise spans additive manufacturing qualification, digital thread implementation, and sustainment analytics for fifth-generation platforms, ensuring that research outcomes translate directly into operational readiness.