Victor Vizcarra

Victor Vizcarra serves as a secondary procurement lead within the FA8819 Special Programs Director, Space and Missile Systems Center, under the Department of the Air Force. He supports the acquisition of advanced space and defense technologies critical to national security, including space-based interceptors, electromagnetic warfare systems, and space domain awareness sensors. While not the primary contracting officer, he plays a vital role in shaping requirements, coordinating technical evaluations, and facilitating contract execution for high-priority R&D and systems integration initiatives. His work ensures alignment between operational needs and acquisition strategy across classified and sensitive space programs. Vizcarra collaborates with a network of prime contractors and specialized technology providers engaged in classified space systems development. He works closely with defense aerospace primes and niche system integrators possessing top-secret clearances and proven expertise in space-to-space communications, sensor fusion, and secure data architectures. His procurement pattern reflects a preference for established partners with deep technical credibility in space operations, though he supports competitive bidding to maintain innovation and resilience in the supply chain. Vizcarra’s acquisition portfolio shows no reliance on socioeconomic set-asides, with 100% of procurements conducted under full and open competition. This reflects the classified nature of the programs and the stringent security, technical, and accreditation requirements that limit participation to a narrow pool of cleared entities. While small business participation is not formally prioritized, he supports inclusion where qualified firms meet the rigorous clearance and capability thresholds required for space domain missions. His primary procurement focus lies in NAICS 541512 (Computer Systems Design Services) and 541715 (Research and Development in Physical and Engineering Sciences). He consistently acquires advanced software-defined systems, mission-critical algorithms, signal processing frameworks, and secure ground-space communication architectures. His technical domain expertise centers on next-generation space architectures, including low-Earth orbit constellations, autonomous space situational awareness, and resilient command and control networks essential for future space superiority.