Ambros Montoya

Ambros D. Montoya serves as a Contract Specialist within the Air Force Research Laboratory’s Rocket Propulsion Division (FA9453), where he plays a pivotal role in executing mission-critical acquisitions that support the development of next-generation space and aerospace technologies. His responsibilities include managing the full lifecycle of research and development contracts, from solicitation and evaluation to award and administration, ensuring compliance with FAR and DFARS regulations. Montoya specializes in procuring advanced engineering services and prototype systems that enable rapid innovation in space domain awareness, resilient computing, and autonomous space operations, directly advancing the Department of the Air Force’s strategic objectives in space superiority. Montoya collaborates with a diverse array of contractors, primarily research institutions, defense technology firms, and university-affiliated laboratories specializing in propulsion systems, high-performance instrumentation, and space-based data architectures. While no single contractor dominates his portfolio, his working relationships reflect a preference for agile, technically proficient vendors capable of delivering rapid prototyping and experimental solutions under tight timelines. He fosters collaborative contracting environments that emphasize technical innovation, performance-based outcomes, and iterative development cycles aligned with AFRL’s mission-driven acquisition philosophy. His contracting patterns show a strong preference for open competition, with 88.9% of acquisitions conducted without set-aside restrictions. However, he consistently supports small business participation, allocating 11.1% of awards to Total Small Business Set-Asides under FAR 19.5, reflecting a deliberate effort to engage capable small firms in high-impact R&D efforts without compromising technical rigor or schedule integrity. Montoya’s procurement focus is heavily concentrated in NAICS 541712, reflecting his primary emphasis on physical and engineering research and development. He routinely procures advanced propulsion technologies, space-qualified sensors, computational modeling services, and autonomous systems integration—domains requiring deep technical expertise and interdisciplinary collaboration. His work anchors AFRL’s efforts to maintain U.S. leadership in space technology through cutting-edge, non-biotechnology R&D.