Gabrielle Guidry

Gabrielle Guidry supports the NASA Shared Services Center in executing mission-critical procurement activities that sustain the agency’s scientific and operational infrastructure. While her formal title is not publicly designated, her role centers on managing complex acquisitions for advanced instrumentation, specialized software systems, and engineering services essential to NASA’s research and exploration missions. She facilitates the procurement of high-precision measuring devices, mission-enabling computational tools, and R&D support services that underpin NASA’s technical capabilities, ensuring alignment with federal acquisition regulations and agency strategic objectives. Guidry maintains consistent contracting relationships with NEXTROW INC and PENN OAK SERVICES LLC, both of which provide niche technical services and specialized equipment critical to NASA’s operational continuity. Her procurement patterns reflect a preference for established vendors with proven expertise in aerospace-grade instrumentation and software integration, indicating a focus on reliability, compliance, and technical precision over volume-based sourcing. These partnerships suggest a long-term, performance-driven approach to vendor engagement, prioritizing quality and mission-readiness. Her contracting portfolio is overwhelmingly non-set-aside, with 85.6% of awards issued under full and open competition, reflecting a mission-first procurement philosophy. Nevertheless, she maintains a meaningful commitment to small business participation, consistently allocating 14.4% of awards to Total Small Business Set-Asides under FAR 19.5, demonstrating balanced support for socioeconomic goals without compromising technical requirements. Guidry’s primary procurement focus lies in NAICS 513210 (Software Publishers), 334519 (Other Measuring and Controlling Device Manufacturing), and 541519 (Other Computer Related Services), underscoring her specialization in advanced data acquisition systems, industrial process control instrumentation, and custom software development for scientific applications. Her work directly supports NASA’s need for ruggedized, high-accuracy instruments and mission-critical computational platforms used in aerospace research and ground operations.