Terry Mosely

Terry Mosely serves as a key procurement lead at the Naval Medical Research Center, supporting the agency’s mission to enhance force health protection through advanced biomedical technologies. Responsible for managing complex acquisitions in diagnostic and analytical instrumentation, Mosely oversees the solicitation, evaluation, and award of contracts for field-deployable medical systems, infectious disease detection platforms, and precision laboratory equipment. Their work directly enables the development and validation of technologies that support operational readiness in austere and expeditionary environments, aligning procurement strategy with the Center’s scientific priorities in rapid diagnostics and bio-sensing innovation. Mosely maintains a consistent contracting relationship with REES SCIENTIFIC CORPORATION, a trusted vendor specializing in the design and manufacture of specialized electrical and signal-measuring instrumentation. This partnership reflects a pattern of sustained collaboration with a single, technically proficient contractor capable of delivering high-precision, low-volume systems tailored to military medical research needs. The relationship suggests a preference for proven technical capability over broad competition, indicative of specialized, non-commoditized requirements. All acquisitions managed by Mosely are structured as total small business set-asides under FAR 19.5, demonstrating a robust and unwavering commitment to small business participation. This consistent application underscores a strategic emphasis on empowering niche innovators with the technical agility to meet the Center’s unique R&D demands, fostering a supplier base of specialized firms with deep domain expertise. The procurement portfolio is exclusively focused on NAICS 334515—Instrument Manufacturing for Measuring and Testing Electricity and Electrical Signals—reflecting a narrow but critical technical domain. Mosely specializes in acquiring custom biosensors, real-time diagnostic analyzers, and portable signal-processing systems used in pathogen detection and physiological monitoring, ensuring that acquired technologies meet the rigorous performance standards required for deployment in combat and remote field settings.