Roxie P Thomas

Roxie P. Thomas serves as a key procurement professional within Naval Sea Systems Command (NAVSEA), supporting the acquisition and lifecycle management of mission-critical naval systems essential to fleet readiness and technological superiority. She manages contracts for the development, integration, and sustainment of advanced naval electronics, fabricated metal components, and maritime combat systems, aligning with NAVSEA’s mandate to modernize the U.S. Navy’s surface and undersea platforms. Her work directly enables the procurement of systems critical to navigation, detection, and shipboard integration, ensuring operational capability across the fleet. Thomas maintains strategic relationships with major defense prime contractors including Northrop Grumman Systems Corporation, Huntington Ingalls Incorporated, and Damen Shipbuilding & Cooperation B.V., alongside specialized suppliers such as G.S.E. Dynamics, Inc. and Aerospace & Commercial Technologies, LLC. These partnerships reflect a balanced approach to leveraging large-scale industrial capacity and niche technological innovation, with a focus on systems integration, naval architecture, and precision fabricated metal components for shipboard environments. Her contracting portfolio demonstrates a strong commitment to small business participation, with approximately one-third of awards structured as total small business set-asides under FAR 19.5. While the majority of procurements remain open to all competitors, she consistently prioritizes opportunities for qualified small businesses in technical domains where innovation and agility are critical to system performance. Thomas’s procurement focus centers on NAICS 334511 for search, detection, and navigation systems and NAICS 332999 for miscellaneous fabricated metal products, indicating deep expertise in naval electronics, sensor integration, and structural components for warships. Her work ensures the timely delivery of ruggedized, mission-qualified hardware that meets stringent Navy specifications for durability, electromagnetic compatibility, and undersea operational resilience.