Ranae M. Armstrong

Ranae M. Armstrong serves as a primary procurement lead within the National Institute of Standards and Technology (NIST), supporting the agency’s mission to advance measurement science, standards, and technological innovation critical to national competitiveness. She manages a diverse portfolio of acquisitions focused on precision instrumentation, analytical laboratory equipment, and semiconductor process technologies, ensuring NIST’s research capabilities remain at the forefront of scientific advancement. Her work directly enables the development of next-generation standards in metrology, materials characterization, and industrial automation, aligning procurement decisions with NIST’s strategic priorities in quantum technologies, advanced manufacturing, and semiconductor resilience. Armstrong maintains consistent partnerships with specialized vendors including Quality Biological, Inc., ADVANCED TECHNOLOGIES AND LABORATORIES (ATL) INTERNATIONAL, INC., and PHYSICAL ELECTRONICS USA, INC., who provide high-precision analytical instruments, calibration services, and specialized laboratory systems. Her contracting patterns reflect a preference for established technical vendors with proven expertise in metrology-grade equipment and niche scientific instrumentation, fostering long-term collaborations grounded in technical compliance and performance reliability. Her procurement approach prioritizes open competition, with 76.6% of awards issued without set-aside designations, reflecting the specialized nature of the technologies acquired. Nevertheless, she actively supports small business participation, allocating 23.4% of awards to total small business set-asides under FAR 19.5, demonstrating a balanced commitment to both technical excellence and socioeconomic goals. Her primary NAICS focus lies in analytical laboratory instrument manufacturing (334516), with significant activity in semiconductor device manufacturing (334413) and electrical signal measurement instrumentation (334515). She routinely procures mass spectrometers, surface analysis systems, process control sensors, and calibration standards—tools essential to NIST’s core research in nanotechnology, materials science, and industrial quality assurance.