Stephanie L. Laughlin

Stephanie L. Laughlin serves as a key procurement professional within the Naval Research Laboratory, supporting the agency’s mission to advance cutting-edge scientific and technological capabilities for naval and national security. She manages a portfolio of research and development contracts focused on high-precision sensors, electronic warfare systems, signal processing hardware, and autonomous navigation technologies. Her work bridges foundational science and operational capability, ensuring that experimental prototypes are transitioned into viable, field-deployable systems through rigorous acquisition planning and technical evaluation. Laughlin maintains consistent partnerships with a select group of specialized contractors, including Assurance Technology Corp, L3Harris NexGen Communications LLC, Envisioneering Inc, Integration Innovation Inc, and Analex Corporation. These vendors are recognized for their expertise in advanced instrumentation, embedded systems, and defense-grade electronics, often delivering custom-engineered solutions under time-sensitive R&D timelines. Her contracting approach emphasizes long-term collaboration with firms possessing deep technical domain knowledge, fostering agile development cycles and rapid prototyping capabilities essential to NRL’s innovation pipeline. Her procurement strategy reflects a balanced commitment to socioeconomic goals, with approximately half of her acquisitions set aside for small businesses under FAR 19.5, while the remainder remain open to all competitors. This dual approach ensures access to niche small business innovators while maintaining flexibility to engage large defense contractors with proven capabilities in complex systems integration. Her pattern demonstrates a deliberate effort to cultivate a diverse supplier base without compromising technical rigor. Laughlin’s primary procurement focus lies in NAICS 334516 (Analytical Laboratory Instrument Manufacturing) and NAICS 324122 (Asphalt Shingle and Coating Materials Manufacturing), the latter likely reflecting niche material science applications in sensor encapsulation or environmental shielding. Her expertise centers on procuring high-reliability instrumentation, specialized coatings for harsh maritime environments, and precision analytical devices critical to naval sensor platforms and electronic systems.