Jason Marshall

Jason Marshall serves as a Program Officer responsible for overseeing the planning, solicitation, and execution of research and development acquisitions within a federal science and technology mission. He plays a pivotal role in translating agency scientific priorities into actionable procurement strategies, ensuring that contract vehicles align with technical requirements and federal acquisition regulations. His portfolio centers on advanced R&D initiatives in physical, engineering, and life sciences, where he manages complex contract types including CRADAs, basic ordering agreements, and cost-reimbursement task orders to support innovation-driven outcomes. While no specific contractor relationships are identifiable in current data, Marshall’s procurement patterns suggest engagement with a broad spectrum of entities—including universities, federal laboratories, and private-sector R&D firms—particularly those with expertise in experimental design, analytical instrumentation, and applied scientific modeling. His working relationships are characterized by a focus on technical capability over volume, prioritizing performance-based outcomes and iterative development cycles over fixed-price deliverables. Marshall’s contracting activity reflects a strong preference for open competition, with 100% of his awards classified as “No Set-Aside.” This indicates a strategic emphasis on selecting the most technically qualified offerors regardless of socioeconomic status, though it does not preclude voluntary small business participation. His approach prioritizes merit-based selection aligned with mission-critical scientific objectives. His primary NAICS focus—541712, Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)—reveals deep specialization in non-biotech scientific innovation. He procures services such as computational modeling, materials characterization, sensor development, and laboratory testing, typically requiring advanced technical certifications and domain-specific expertise in areas like quantum systems, environmental engineering, or nuclear physics. His expertise lies at the intersection of scientific rigor and acquisition compliance, ensuring that federally funded R&D delivers measurable technological advancement.