Meaghan E. Wince

Meaghan E. Wince serves as a key procurement professional within the Naval Air Warfare Center Air Division, supporting the development, testing, and sustainment of advanced naval aviation systems. She manages complex acquisitions for mission-critical avionics, electronic warfare subsystems, and aircraft integration platforms, ensuring alignment with the Navy’s strategic priorities in air superiority and fleet readiness. Her work spans the full lifecycle of defense contracts, from requirements definition through contract award and performance oversight, with a focus on high-technology aerospace systems that enhance sensor fusion, navigation, and communications capabilities on next-generation aircraft. Wince maintains consistent contracting relationships with leading defense contractors including SABRE SYSTEMS, LLC, THE BOEING COMPANY, SCIENCE APPLICATIONS INTERNATIONAL CORPORATION, SYSTEMS PLANNING AND ANALYSIS, INC., and ONTIC ENGINEERING & MANUFACTURING, INC. These partnerships reflect a preference for established prime contractors with proven expertise in aerospace systems integration, mission systems engineering, and specialized manufacturing of airborne components. Her procurement approach emphasizes technical rigor, performance-based outcomes, and long-term sustainment support for legacy and modernized platforms. Her contracting activity shows no reliance on socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects a mission-driven focus on technical capability and operational urgency over socioeconomic preferences, prioritizing proven performance and system interoperability in time-sensitive acquisition environments. Wince’s procurement portfolio is heavily concentrated in NAICS 336413 (Other Aircraft Parts and Auxiliary Equipment Manufacturing) and NAICS 336414 (Guided Missile and Space Vehicle Manufacturing), underscoring her specialization in airborne subsystems, guidance and control hardware, and mission-specific avionics. She routinely procures components for radar systems, electronic countermeasures, data links, and flight control interfaces, demonstrating deep technical familiarity with the engineering and manufacturing challenges of modern naval aviation platforms.