Cynthia Hubbard

Cynthia Hubbard serves as a key procurement lead at NASA’s Marshall Space Flight Center, where she manages complex acquisitions supporting the development of advanced propulsion systems, space vehicle technologies, and mission-critical science infrastructure. Her work directly enables the Center’s mandate to pioneer next-generation rocket engines and deep space exploration capabilities, including Moon-to-Mars architecture initiatives. She specializes in procuring high-technology engineering services, propulsion system components, and mission-critical avionics, often coordinating with cross-functional technical teams to align contract requirements with rigorous aerospace performance standards. Her acquisitions are strategically aligned with NASA’s long-term exploration goals, emphasizing innovation, reliability, and systems integration. Hubbard maintains consistent procurement relationships with specialized aerospace contractors including Bastion Technologies Inc. and Aerospace & Commercial Technologies, LLC, both of which provide advanced propulsion testing equipment, guidance systems, and mission support services. Her contracting patterns reflect a preference for established industry partners with proven capabilities in high-reliability aerospace systems, often involving cost-reimbursement and performance-based contract structures. These partnerships are built on technical rigor and long-term mission alignment rather than transactional procurement, ensuring continuity across multi-year development cycles. Her procurement portfolio shows no use of socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects a mission-driven focus on technical excellence and system readiness over socioeconomic preferences, prioritizing capability and risk mitigation in high-consequence spaceflight programs. Hubbard’s primary procurement focus lies in NAICS 336415 (guided missile and space vehicle propulsion units), 334511 (aeronautical navigation and guidance systems), and 541715 (physical and engineering R&D). She routinely acquires cryogenic propulsion components, flight-grade avionics, telemetry systems, and computational modeling services essential for propulsion testing and deep space mission simulation. Her expertise centers on the integration of cutting-edge propulsion technologies with real-time data acquisition systems, supporting NASA’s leadership in human space exploration beyond low Earth orbit.