Megan Steele-Holdaway

Megan Steele-Holdaway serves as a key procurement professional within the Naval Surface Warfare Center, Crane Division (N00164), where she manages complex acquisitions supporting the development, testing, and sustainment of advanced electronic, electro-optical, and ordnance systems critical to naval warfare readiness. Her work directly enables the modernization of electronic warfare suites, signal intelligence platforms, and precision guidance systems for surface and expeditionary forces. She routinely handles sole-source and competitive procurements under the Department of the Navy’s acquisition framework, focusing on high-technical-risk programs requiring specialized engineering expertise and rapid prototyping capabilities. Her primary contractor relationships include Lockheed Martin Corporation for integrated electronic systems, Programs Management Analytics & Technologies Inc. for technical analysis and modeling support, McKenzie Construction & Site Development LLC for facility and infrastructure upgrades, Integrity Defense Services Inc. for cybersecurity and mission support services, and Black Hills Ammunition Inc. for specialized ordnance components. These partnerships reflect a pattern of engagement with both large prime contractors and niche technical vendors capable of delivering mission-critical hardware and analytical services under stringent defense standards. Steele-Holdaway’s procurement portfolio shows no reliance on socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects a mission-driven prioritization of technical capability and operational urgency over socioeconomic preferences, aligning with Crane’s need for rapid fielding of proven, high-performance systems. Her primary NAICS focus areas—334511 for search, detection, and navigation systems and 541199 for specialized technical services—underscore her expertise in procuring advanced radar, electronic countermeasures, signal processing hardware, and mission-critical engineering support. She consistently sources solutions requiring deep domain knowledge in electromagnetic spectrum operations, weapons system integration, and survivable communications architectures.