Alex Mazhari

Alex Mazhari serves as a key procurement lead at NASA Ames Research Center, supporting the agency’s mission to advance aerospace innovation through strategic acquisitions in space research and technology. Responsible for managing complex R&D contracts, Mazhari oversees the solicitation, evaluation, and award of technical services and systems critical to autonomous navigation, high-speed flight, and advanced computing initiatives. Their work directly enables NASA’s scientific and engineering objectives by ensuring timely access to cutting-edge capabilities from industry partners, with a focus on mission-critical aerospace technologies and computational infrastructure. Mazhari maintains a primary contracting relationship with Aerospace & Commercial Technologies, LLC, a trusted vendor delivering specialized engineering and systems integration services for NASA’s flight and space exploration programs. This partnership reflects a pattern of sustained collaboration with a single, high-capacity technical provider, indicative of deep domain alignment and long-term project continuity. The working relationship is characterized by iterative contract modifications, performance-based task orders, and close coordination on technical requirements, suggesting a high degree of trust and operational synergy. Mazhari’s procurement portfolio reflects a 100% non-set-aside approach, indicating a strategic emphasis on technical capability and mission readiness over socioeconomic classifications. While no formal small business set-asides are utilized, this does not imply exclusion of small firms—rather, it reflects a competitive, merit-based acquisition strategy prioritizing technical excellence and mission-critical performance across the full spectrum of industry participants. The agency’s procurement activity is exclusively focused on NAICS 927110 (Space Research and Technology), underscoring a narrow, high-specialization domain. Mazhari procures advanced aerospace systems, including autonomous flight control software, thermal protection materials, hypersonic test instrumentation, and high-performance computing architectures, demonstrating deep expertise in the technical and regulatory frameworks governing space-based R&D acquisitions.