Michele Evans

Michele Evans serves as a key procurement professional within the Naval Surface Warfare Center, Philadelphia Division, supporting the Department of the Navy’s mission to sustain and modernize surface ship systems. She manages technical acquisitions focused on engineering services for shipboard propulsion, damage control, ballast, and industrial control infrastructure, ensuring mission-critical capabilities are delivered to maintain naval operational readiness. Her work directly enables the integration of advanced electronic and mechanical systems across naval platforms, aligning with the agency’s strategic priorities in lifecycle sustainment and technological innovation. Evans maintains established relationships with leading defense and engineering contractors including FAIRBANKS MORSE, LLC, LEIDOS, INC., ROLLS-ROYCE CORPORATION, G. S. E. DYNAMICS, INC., and KAMPI COMPONENTS CO INC. These partnerships reflect a consistent reliance on specialized vendors with deep expertise in naval systems engineering, mechanical subsystems, and shipboard integration. Her contracting approach emphasizes long-term vendor collaboration, technical validation, and performance-based outcomes to support complex, mission-essential procurements. A defining feature of Michele Evans’ procurement strategy is her exclusive use of Total Small Business Set-Aside authority under FAR 19.5, ensuring 100% of her engineering service acquisitions are reserved for small businesses. This reflects a robust institutional commitment to socioeconomic contracting, fostering innovation through small business participation and enabling niche technical firms to contribute to national defense capabilities. Her procurement portfolio is entirely concentrated under NAICS 541330 (Engineering Services), underscoring a singular focus on technical consulting, systems analysis, and design support for naval platforms. She consistently acquires services related to mechanical systems engineering, control system integration, and shipboard infrastructure modernization, demonstrating specialized expertise in the engineering domain critical to surface fleet sustainment.