Jason Jackson

Jason Jackson serves as a Contract Specialist within the Naval Air Warfare Center Training Systems Division (N61340), where he plays a pivotal role in acquiring advanced simulation, avionics, and immersive training systems critical to naval aviation readiness. He manages the full lifecycle of procurement actions—from market research and solicitation development to contract award and administration—ensuring alignment with Department of the Navy strategic modernization goals. His portfolio centers on engineering services that support the development and sustainment of mission-critical flight training environments, including synthetic training devices, tactical combat training systems, and integrated curriculum delivery platforms. Jackson maintains a primary contracting relationship with STRACON SERVICES GROUP, LLC, and FLIGHTSAFETY INTERNATIONAL INC, both of which provide specialized simulation engineering, training system integration, and flight operations support. His procurement approach emphasizes long-term vendor partnerships grounded in technical excellence and performance-based outcomes, with a preference for established industry leaders capable of delivering complex, high-fidelity training solutions under strict defense standards. While the majority of his acquisitions are unrestricted, Jason consistently prioritizes Women-Owned Small Business (WOSB) participation, allocating approximately 25% of opportunities to eligible WOSB firms. This reflects a deliberate commitment to socioeconomic diversity within the defense acquisition ecosystem, even as the bulk of his portfolio remains open to full and open competition. His procurement activity is exclusively focused on NAICS 541330 (Engineering Services), underscoring his deep specialization in technical domains such as systems engineering, simulation modeling, human-machine interface design, and mission rehearsal architecture. He routinely procures services that integrate real-time data analytics, distributed training networks, and adaptive learning technologies to enhance aircrew proficiency across naval aviation platforms.