Jacob Prichard

Jacob Prichard serves as a key procurement lead within the Air Force Research Laboratory’s Physical, Engineering, and Life Sciences division, supporting the Department of the Air Force’s mission to accelerate next-generation capabilities in autonomous sensing, target recognition, and next-generation microelectronics. He manages complex research and development acquisitions aligned with the agency’s strategic priorities in artificial intelligence, machine learning, and sensor exploitation systems. His portfolio primarily consists of non-commercial, performance-based contracts for advanced engineering and scientific R&D services, ensuring alignment with national security technology roadmaps and rapid prototyping initiatives. Prichard maintains longstanding partnerships with leading defense technology contractors including Northrop Grumman Systems Corporation, Raytheon Company, and Matrix Research Inc., leveraging their deep expertise in classified sensor systems, signal processing, and embedded microelectronics. His procurement approach emphasizes technical rigor, performance metrics, and iterative development cycles, often involving phased contract modifications and cost-reimbursement structures to accommodate high-risk, high-reward innovation. He works closely with technical stakeholders to align contractor deliverables with laboratory testing timelines and operational requirements. Prichard’s contracting activity shows no preference for socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects the specialized nature of the R&D work, which requires advanced technical capabilities typically found only among large, established defense contractors with DoD clearance and classified facility access. Small business participation is not structurally prioritized in this domain due to the high barrier to entry for the required expertise. His primary procurement focus is NAICS 541715—Research and Development in the Physical, Engineering, and Life Sciences—where he procures advanced algorithm development, prototype sensor systems, AI-driven data exploitation tools, and microelectronic component research. His technical domain expertise spans autonomous systems, radar signal processing, and secure embedded computing architectures critical to air and space domain superiority.