Eboni Luck

Eboni Luck serves as a Contract Specialist within the U.S. Department of Agriculture’s Food Safety and Inspection Service, Office of Acquisition and Supply Chain Management (OAS PCMB), where she plays a pivotal role in securing mission-critical analytical and laboratory capabilities to support national food safety surveillance. Her procurement portfolio centers on the acquisition of advanced diagnostic instrumentation, specialized laboratory consumables, and data analytics systems essential for the real-time detection of biological and chemical hazards in meat, poultry, and egg products. She manages the full lifecycle of federal contracts—from market research and solicitation development to award and closeout—ensuring compliance with federal acquisition regulations and aligning procurements with FSIS’s science-driven inspection mandate. While specific contractor relationships are not currently identifiable in available data, Luck engages with a broad spectrum of vendors capable of delivering high-precision scientific equipment and technical services, including manufacturers of mass spectrometers, PCR-based detection platforms, and bioinformatics software providers. Her working relationships emphasize technical capability, regulatory compliance, and delivery reliability over volume-based vendor loyalty, fostering partnerships with firms possessing demonstrated expertise in food safety diagnostics. Luck’s procurement activity reflects a 100% preference for non-set-aside contracts, indicating a strategic focus on open competition to ensure access to the most technically advanced solutions available in the commercial marketplace. This approach prioritizes performance and innovation over socioeconomic set-asides, consistent with the specialized and mission-critical nature of the acquisitions she manages. Her primary NAICS focus is 611210 (Junior Colleges), which may reflect the use of academic institutions as prime contractors for research-driven testing protocols, training programs, or contract research services supporting FSIS’s analytical capacity. This unusual but strategically significant focus suggests her work often integrates academic partnerships to advance laboratory methodology and validate emerging detection technologies in support of public health.