Meredith Link

Meredith Link serves as a key procurement professional at NASA’s Goddard Space Flight Center, supporting the acquisition of advanced space systems and scientific instrumentation critical to Earth observation and deep-space missions. She manages complex contracts for high-precision hardware and mission-critical technologies, aligning acquisitions with NASA’s strategic goals in space science and aerospace innovation. Her work spans the full lifecycle of procurement—from requirements definition and market research to contract award and performance oversight—ensuring technical rigor and regulatory compliance in the acquisition of cutting-edge spaceflight systems. Meredith maintains close working relationships with leading technical partners, including Aerospace & Commercial Technologies, LLC, and the Massachusetts Institute of Technology’s Lincoln Laboratory. These partnerships reflect a preference for established aerospace contractors and elite research institutions capable of delivering specialized semiconductor-based instrumentation, guidance systems, and space-qualified electronics. Her contracting approach emphasizes technical capability, innovation, and proven performance over cost alone, fostering long-term collaborations with vendors who can meet the stringent reliability and environmental standards of space missions. Meredith’s procurement portfolio reflects no set-aside preferences, with 100% of awards issued under full and open competition. This pattern underscores a mission-critical focus on technical superiority and mission assurance, where the urgency and complexity of space systems require access to the broadest possible pool of qualified providers with proven capabilities in high-reliability engineering. Her primary acquisition focus lies in NAICS 333242 (Semiconductor Machinery Manufacturing) and 336414 (Guided Missile and Space Vehicle Manufacturing), reflecting deep expertise in procuring radiation-hardened electronics, sensor arrays, propulsion subsystems, and integrated space vehicle assemblies. She specializes in sourcing mission-specific hardware that meets NASA’s exacting standards for performance in extreme environments, supporting the development of next-generation Earth science platforms and deep-space communication networks.