William E. Soares Jr.

William E. Soares serves as a Program Manager responsible for overseeing the acquisition and lifecycle management of advanced communications equipment and applied research initiatives. In this role, he ensures that procurement activities align with strategic technological objectives, bridging operational requirements with market capabilities. He typically manages competitive solicitations under full and open competition, focusing on complex systems requiring technical precision and innovation. His acquisitions span both commercial off-the-shelf and custom-engineered solutions, often involving rigorous technical evaluation and performance-based contract structures. While no specific contractor relationships are currently identifiable, Soares engages with a broad spectrum of industry partners, including manufacturers of specialized communications hardware and R&D firms delivering engineering and scientific services. His procurement approach emphasizes technical merit, compliance with federal standards, and vendor responsiveness to evolving mission needs. He maintains a neutral stance toward socioeconomic set-asides, consistently conducting full and open competitions with no preference for 8(a), HUBZone, SDVOSB, or other designated categories, reflecting a mandate for broad market competition and technical excellence. Soares’s procurement portfolio is dominated by NAICS 334290, indicating a strong focus on the manufacturing of other communications equipment—such as signal processing units, secure transmission systems, and network infrastructure components. He also regularly procures services under NAICS 541712, supporting applied research in physical and engineering sciences, including prototyping, systems integration, and experimental testing. His technical domain expertise lies in telecommunications hardware development and mission-critical R&D, requiring deep familiarity with RF engineering, electromagnetic compatibility, and defense-grade specifications. His work supports advanced capabilities in secure communications and next-generation sensor systems.