Melissa Newell

Melissa Newell serves as a primary contracting professional at NASA Armstrong Flight Research Center, where she plays a pivotal role in advancing aeronautical innovation through the acquisition of specialized flight test systems and aerospace support services. Her responsibilities encompass the full lifecycle management of complex procurements aligned with NASA’s mission to validate cutting-edge flight technologies, including advanced sensors, propulsion systems, and autonomous flight control architectures. She routinely handles high-technical-risk acquisitions for modified aircraft platforms, engineering analyses, and mission-critical support services, ensuring compliance with federal acquisition regulations while supporting NASA’s strategic priorities in hypersonics and experimental aviation. Newell maintains strong, sustained relationships with key industry partners including PRIORITY 1 AVIATION INC and ROLLS-ROYCE CORPORATION, reflecting a preference for established aerospace primes with proven capabilities in aircraft modification, propulsion integration, and flight test support. Her contracting patterns indicate a reliance on long-term vendor partnerships with deep technical expertise, often involving sole-source or limited-competition actions for highly specialized systems requiring certification and flight qualification. Her procurement portfolio is predominantly open competition, with 75.8% of acquisitions not set aside, demonstrating a focus on technical merit and capability over socioeconomic preferences. However, she consistently incorporates small business participation, with approximately 15% of awards directed toward total small business set-asides and 6% allocated to 8(a) firms, reflecting a balanced approach to competition and socioeconomic goals. Newell’s primary NAICS focus areas include 336413 (Other Aircraft Parts and Auxiliary Equipment Manufacturing), 541330 (Engineering Services), and 561210 (Facilities Support Services), underscoring her expertise in procuring flight test instrumentation, systems integration engineering, and ground support infrastructure. Her work centers on enabling experimental flight research through the acquisition of mission-specific aerospace hardware and technical services critical to NASA’s flight research objectives.