Tyra Turner

Tyra Turner serves as a key procurement professional within the National Institutes of Health Office of Acquisition and Logistics Operations (OALO), supporting the agency’s mission to enable cutting-edge biomedical research through strategic acquisition of specialized scientific infrastructure. She manages the procurement of high-precision laboratory instrumentation, electromedical devices, and advanced diagnostic systems critical to NIH’s research ecosystem. Her work ensures timely delivery of mission-critical equipment and services that underpin translational science, clinical diagnostics, and life sciences innovation across NIH institutes and centers. Turner maintains consistent contracting relationships with specialized vendors such as Foreign Policy Research Institute Inc. and Ontic Engineering & Manufacturing, Inc., both of which provide niche technical services and precision-manufactured components for research applications. Her procurement approach emphasizes technical specificity over volume, favoring vendors with proven expertise in analytical instrumentation, custom fabrication, and laboratory system integration. These partnerships reflect a pattern of long-term engagement with suppliers capable of meeting stringent federal compliance and performance standards for scientific equipment. Turner’s contracting portfolio reflects a 100% non-set-aside profile, indicating a primary focus on technical capability rather than socioeconomic classifications. While she does not prioritize 8(a), HUBZone, or SDVOSB set-asides, her awards consistently target vendors with demonstrable domain expertise in high-complexity, low-volume scientific procurement, ensuring mission readiness over socioeconomic targeting. Her procurement activities are exclusively governed by NAICS Code 811219, which encompasses repair and maintenance of commercial and industrial machinery and equipment—specifically applied to the calibration, servicing, and modification of advanced research instruments. This specialization underscores her deep technical familiarity with analytical platforms, electromedical systems, and precision manufacturing components essential to modern biomedical laboratories.