Kate Arsenault

Kate Arsenault 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-tech maritime platforms, focusing on the development and integration of sonar, undersea communication, and signal processing technologies essential for naval dominance across undersea, surface, and aerial domains. Her acquisitions are mission-critical, often involving prototype development, technical evaluation, and rapid fielding of next-generation systems to support fleet readiness and operational superiority. Arsenault maintains consistent working relationships with a select group of specialized contractors, including 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 technology providers with proven expertise in naval systems integration, test and evaluation, and ruggedized electronics manufacturing. Her contracting approach emphasizes technical capability, past performance, and systems engineering rigor, fostering long-term collaborations with vendors who can deliver mission-critical solutions under stringent military specifications. Her procurement activity shows no use of socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects a mission-driven focus on technical merit and system performance over socioeconomic preferences, aligning with NUWC’s need for rapid, high-fidelity capability delivery in classified and sensitive domains. Her primary procurement focus is concentrated in NAICS 326121—Unlaminated Plastics Profile Shape Manufacturing—indicating a specialized need for custom-engineered polymer components used in underwater housings, sensor enclosures, and electromagnetic shielding systems. This specialization underscores her deep technical understanding of materials science applications in harsh maritime environments, where precision-molded plastics enable durability, signal integrity, and operational reliability in critical naval systems.