Andrew P. Hudgins

Andrew P. Hudgins serves as a Research Development Liaison, bridging the gap between scientific innovation and federal acquisition processes. In this role, he facilitates the translation of emerging research capabilities into actionable procurement strategies, ensuring that cutting-edge technologies and scientific services align with agency mission needs. He works closely with laboratories, academic institutions, and R&D-focused contractors to identify viable solutions, structure competitive solicitations, and streamline the transition from prototype to operational capability. His acquisitions typically center on advanced research services, technical feasibility studies, prototype development, and scientific instrumentation, emphasizing early-stage innovation and exploratory engineering. While specific contractor relationships are not publicly documented, Hudgins engages with a diverse ecosystem of research entities, including university-affiliated research centers, non-traditional defense contractors, and specialized technology startups. His procurement approach prioritizes collaborative partnerships that foster innovation, often utilizing Other Transaction Authorities (OTAs), Broad Agency Announcements (BAAs), and Small Business Innovation Research (SBIR) pathways to access novel capabilities outside traditional contracting frameworks. Hudgins exhibits a strong preference for open, non-set-aside competitions, with 100% of his known acquisitions structured without socioeconomic set-asides. This reflects a strategic focus on technical merit and capability over certification-based preferences, though he remains supportive of small business participation when it aligns with technical requirements. His approach prioritizes performance and innovation over socioeconomic categorization, ensuring that the most qualified entities—regardless of size or status—are competitively selected. His technical domain expertise spans advanced research and development, including materials science, sensor technologies, computational modeling, and experimental systems engineering. He routinely procures services related to basic and applied research, laboratory testing, data analysis, and prototype validation, with a focus on high-risk, high-reward projects that push the boundaries of current scientific understanding.