Gaye Jordan

Gaye Jordan supports the Naval Health Research Center in advancing biomedical innovation through strategic procurement of critical health technologies aligned with the Department of the Navy’s operational readiness mission. Responsible for managing acquisitions in diagnostic systems, biosensor integration, and laboratory instrumentation, Jordan ensures that procurement activities directly enable the Center’s mission to detect, monitor, and mitigate health threats in deployed environments. Her work spans the full lifecycle of contract development, from requirements definition to award and performance oversight, with a focus on rapid deployment of medical countermeasures and field-deployable diagnostic tools. Jordan’s contracting patterns reflect a balanced approach to vendor engagement, with a primary emphasis on commercial off-the-shelf (COTS) and government-furnished equipment solutions. While no specific contractor relationships are currently identifiable, her portfolio consistently engages manufacturers of in-vitro diagnostic substances, analytical laboratory instruments, and precision medical electronics. She maintains collaborative relationships with both large-tier suppliers and agile small businesses capable of delivering rapid prototyping and field-validation of novel health monitoring technologies. Her procurement strategy prioritizes open competition, with 80% of acquisitions conducted without set-aside restrictions, yet she actively supports small business participation through Total Small Business Set-Asides under FAR 19.5, demonstrating a deliberate commitment to fostering innovation from emerging vendors. This reflects a strategic balance between scalability and agility, ensuring access to cutting-edge capabilities while expanding the defense industrial base. Jordan’s technical focus centers on NAICS 325413 (in-vitro diagnostic manufacturing) and 334516 (analytical laboratory instrument manufacturing), with additional emphasis on software publishers supporting data analytics for physiological monitoring and precision equipment maintenance services. Her expertise lies at the intersection of biomedical engineering and operational medicine, ensuring that procured systems meet rigorous military standards for durability, interoperability, and real-time health surveillance in austere environments.