Nichole Crayton

Nichole Crayton serves as a key procurement professional at NASA’s Marshall Space Flight Center, supporting the development and acquisition of advanced propulsion systems, space vehicle technologies, and mission-critical research infrastructure. She manages complex contracts aligned with the Center’s mandate to enable deep space exploration, particularly in support of Moon-to-Mars architecture and real-time propulsion testing systems. Her acquisitions primarily focus on engineering research and development services, ensuring technical excellence in areas such as rocket engine design, guidance systems, and high-fidelity computational modeling for spaceflight applications. Crayton maintains strong, recurring relationships with specialized contractors including Bastion Technologies Inc. and Aerospace & Commercial Technologies, LLC, both of which provide high-end engineering analysis, systems integration, and advanced simulation capabilities. Her procurement patterns reflect a preference for established technical partners with proven expertise in aerospace R&D, often engaging them through competitive sealed bidding and cost-reimbursement contract types to ensure rigorous technical oversight and mission assurance. Crayton’s contracting portfolio exhibits no set-aside preferences, with 100% of awards issued under full and open competition. This reflects a strategic alignment with NASA’s mission-critical requirements, where technical capability and performance history take precedence over socioeconomic classifications. While small business participation is not formally prioritized in her portfolio, all procurements adhere to federal acquisition regulations and emphasize merit-based selection. Her primary focus lies within NAICS 541715—Research and Development in the Physical, Engineering, and Life Sciences—where she procures advanced engineering services including fluid dynamics modeling, materials testing, propulsion system prototyping, and data acquisition systems for hypersonic and rocket engine validation. Her domain expertise centers on high-risk, high-reward technical environments requiring precision, innovation, and rigorous compliance with aerospace safety and performance standards.