Makara Nevils

Makara K. Nevils serves as a Contracting Officer responsible for managing complex acquisitions in national defense and advanced scientific research. In this role, she ensures compliance with federal procurement regulations while delivering mission-critical capabilities to support aerospace and engineering objectives. Her portfolio primarily encompasses high-technology contracts involving guided missile systems, space vehicle development, and applied research initiatives, requiring deep technical oversight and risk-managed contracting strategies. She plays a pivotal role in aligning acquisition outcomes with strategic national security priorities, ensuring timely delivery of innovative solutions through competitive and transparent procurement processes. While specific contractor names are not publicly identifiable in current data, Nevils maintains a consistent pattern of engaging with prime contractors possessing specialized expertise in aerospace engineering, propulsion systems, and defense-related R&D. Her procurement approach emphasizes performance-based contracting, firm-fixed-price structures, and rigorous source selection criteria to ensure technical fidelity and programmatic accountability. She routinely collaborates with industry partners capable of meeting stringent DoD standards for quality, security, and systems integration. Nevils demonstrates a strong preference for unrestricted competition, with 100% of her acquisitions conducted under open, non-set-aside procedures. This reflects a strategic focus on maximizing technical capability and industrial base breadth rather than socioeconomic set-asides. Her contracting patterns indicate a deliberate alignment with mission-critical requirements where specialized expertise outweighs socioeconomic targeting, though she remains fully compliant with all statutory small business participation goals. Her primary procurement focus lies in NAICS 336414 (Guided Missile and Space Vehicle Manufacturing), where she oversees the acquisition of advanced propulsion, guidance systems, and orbital platforms. She also frequently procures R&D services under NAICS 541712 and 541715, supporting engineering analysis, systems modeling, and experimental testing in physical and aerospace sciences. Her technical domain expertise spans hypersonics, space systems architecture, and defense innovation, making her a key steward of cutting-edge national security technology acquisition.