Christina Vo

Christina Vo supports the Naval Surface Warfare Center’s mission to advance naval warfare capabilities through the acquisition of advanced electronic, sensor, and communications systems for surface ships and maritime platforms. While her official title is not disclosed, her procurement activities center on managing technical contracts for signal processing, precision instrumentation, and electronic warfare systems critical to fleet readiness and undersea dominance. She plays a pivotal role in translating operational requirements into competitive solicitations, ensuring acquisitions align with modernization priorities in sonar, radar, and navigation technologies. Vo maintains consistent contracting relationships with specialized technology firms including CYNERGY PROFESSIONAL SYSTEMS LLC, AEROSPACE & COMMERCIAL TECHNOLOGIES, LLC, and SCIENCE APPLICATIONS INTERNATIONAL CORPORATION, reflecting a preference for vendors with deep expertise in defense-grade electronics and systems integration. Her procurement patterns indicate collaboration with both established defense contractors and agile small businesses capable of delivering rapid prototyping and field-deployable solutions. These partnerships are typically structured under performance-based, technical services contracts requiring rigorous compliance with military standards. Her contracting portfolio demonstrates a balanced approach to socioeconomic goals, with approximately one-third of awards designated as total small business set-asides under FAR 19.5, indicating a deliberate effort to foster innovation through small business engagement. While the majority of acquisitions are open to all competitors, her consistent use of small business set-asides underscores a strategic commitment to expanding the defense industrial base. Vo’s primary procurement focus falls within NAICS 333316 (instrument manufacturing for electrical signal testing), 513210 (software publishing), and 334515 (measuring and testing instrumentation), reflecting expertise in acquiring embedded software, signal processing algorithms, and precision electronic test equipment. Her work directly supports the development and sustainment of next-generation naval sensor suites and mission-critical electronic systems.