Kimberly Lanier Lawrence

Kimberly Lanier Lawrence serves as a key procurement lead at NASA’s Marshall Space Flight Center, where she manages complex acquisitions supporting advanced propulsion systems, space vehicle technologies, and mission-critical research and development. Her work directly enables the Center’s mission to pioneer next-generation rocket engines and deep space exploration capabilities, with a focus on high-stakes engineering solutions for Moon-to-Mars architecture. She routinely oversees contracts for technical services, systems integration, and specialized hardware development, ensuring alignment with NASA’s strategic objectives in human spaceflight and propulsion innovation. Lawrence maintains strong working relationships with leading aerospace contractors including Bastion Technologies Inc. and Aerospace & Commercial Technologies, LLC, both of which provide specialized engineering, systems analysis, and communications equipment critical to propulsion testing and real-time data acquisition. Her procurement approach emphasizes collaboration with vendors possessing deep domain expertise in rocket dynamics, avionics, and ground-based test infrastructure, fostering long-term partnerships built on technical rigor and performance reliability. She demonstrates a pronounced commitment to small business participation, with 80% of her acquisitions structured as total small business set-asides under FAR 19.5. This reflects a deliberate strategy to cultivate innovation from niche suppliers and emerging aerospace firms, ensuring broad economic inclusion while maintaining technical excellence. Her contracting patterns consistently prioritize socioeconomic programs that expand the pool of qualified small business competitors in high-barrier technical markets. Her primary procurement focus lies in NAICS 541715 for research and development in physical and engineering sciences, particularly propulsion modeling, computational fluid dynamics, and test instrumentation, alongside NAICS 334220 for radio and wireless communications equipment manufacturing, including telemetry systems and flight-grade RF hardware. These domains underscore her technical proficiency in mission-critical systems that demand extreme reliability, radiation tolerance, and real-time data integrity for deep space operations.