Lt JasonBolger

Lt. Jason Bolger serves as Program Manager for the GPS Space Atomic Frequency Standard within the FA8823 Sustainment MCPNT SSC/PKL under the Department of the Air Force. In this critical role, he oversees the acquisition, sustainment, and modernization of next-generation space-based atomic frequency standards that underpin the precision timing and navigation capabilities of the Global Positioning System. His acquisitions focus on advanced space-based timing technologies, including rubidium and cesium atomic clocks, ultra-stable oscillators, and associated radiation-hardened avionics. Bolger’s work ensures the operational resilience of GPS satellite constellations, directly supporting national defense, aerospace operations, and global military navigation systems. While specific contractor relationships are not currently disclosed in available records, Bolger’s procurement activities consistently engage aerospace and defense prime contractors with deep expertise in space-based timing systems, radiation-tolerant electronics, and satellite payload integration. He collaborates with vendors possessing specialized capabilities in space-qualified frequency standards, high-reliability packaging, and on-orbit calibration technologies. His working relationships reflect a preference for established industry leaders with proven track records in space systems sustainment and technology insertion. Bolger’s contracting profile shows a 100% preference for non-set-aside acquisitions, indicating a focus on technical superiority and mission-critical performance over socioeconomic preferences. This reflects the high-risk, high-reliability nature of space atomic frequency standards, where specialized capabilities often reside with a limited pool of qualified vendors. While small business participation is not formally prioritized in his portfolio, his acquisitions remain compliant with all federal procurement regulations. His primary NAICS code focus is 927110 (Space Research and Technology), underscoring his domain expertise in advanced space systems engineering. He procures cutting-edge space atomic clocks, timing subsystems, and associated test and calibration equipment, requiring deep technical knowledge in quantum frequency standards, phase noise optimization, and space environmental survivability. Bolger’s work sits at the intersection of aerospace engineering, precision timing, and national security infrastructure.