Stephanie Alexander

Stephanie Alexander serves as a Senior Contracting Officer responsible for managing complex, high-stakes acquisitions in scientific and technical research domains. She leads the full lifecycle of contract actions—from market research and solicitation development to award and performance oversight—ensuring compliance with federal acquisition regulations and mission-aligned outcomes. Her work is central to advancing critical R&D initiatives, particularly in physical, engineering, and life sciences, where precision in technical requirements and rigorous source selection are paramount. She routinely handles sole-source, competitive, and negotiated procurements for advanced laboratory equipment, computational modeling services, and applied research contracts requiring specialized domain expertise. Stephanie maintains a contractor base composed primarily of established research institutions, engineering firms, and scientific service providers with proven capabilities in experimental design and data analysis. While no single vendor dominates her portfolio, she consistently engages with organizations possessing deep technical credentials and demonstrated success in federally funded R&D environments. Her contracting approach emphasizes merit-based selection, robust technical evaluations, and performance-based contracting methods to ensure accountability and innovation. Stephanie’s procurement pattern reflects a strong preference for open competition, with 100% of her awards issued under non-set-aside authorities. She does not routinely utilize socioeconomic set-asides such as 8(a), HUBZone, or SDVOSB programs, instead prioritizing technical excellence and capability alignment over socioeconomic criteria. This reflects a mission-driven focus on acquiring specialized scientific services where qualifications outweigh socioeconomic classifications. Her primary focus lies in NAICS 541712—Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology). She procures advanced analytical services, prototype development, computational simulations, and scientific instrumentation tailored to government research objectives. Her domain expertise includes physics-based modeling, materials science, environmental engineering, and laboratory automation, making her a key steward of mission-critical scientific innovation within the federal acquisition system.