Abigail Lombardo

Abigail Lombardo serves as a key procurement professional within Naval Undersea Warfare Center (NUWC) Division Newport, supporting the Department of the Navy’s mission to advance maritime warfare capabilities through the acquisition of advanced sensor, navigation, and electronic warfare systems. She manages complex contracting actions for high-precision instrumentation and test equipment critical to undersea, surface, and aerial domain operations, ensuring alignment with naval RDT&E priorities. Her portfolio centers on the development and integration of cutting-edge electrical signal measurement systems, with a focus on technical rigor, performance validation, and lifecycle sustainment of mission-critical naval platforms. Lombardo maintains consistent working relationships with industry leaders such as Science Applications International Corporation, Aerospace & Commercial Technologies, LLC, Astronics Test Systems Inc, Serco Inc, and Mikel Inc. These partnerships reflect a preference for established defense contractors with proven expertise in naval systems integration, test instrumentation, and electronic component manufacturing. Her contracting approach emphasizes technical compliance, performance-based outcomes, and long-term vendor collaboration to support sustained operational readiness. Her procurement patterns show a 100% focus on non-set-aside acquisitions, indicating a strategic emphasis on technical capability over socioeconomic preferences. While small business participation is not formally prioritized in her award portfolio, her contracting decisions are driven by the need for specialized engineering expertise and proven system performance in high-stakes naval environments. Lombardo’s primary NAICS focus is 334515—Instrument Manufacturing for Measuring and Testing Electricity and Electrical Signals—reflecting deep specialization in the procurement of precision test and measurement systems, signal analyzers, sonar transducers, and electronic warfare diagnostic tools. Her work directly enables the development and validation of next-generation naval sensors, ensuring operational superiority in contested maritime domains.