Leonine Lee

Leonine Lee serves as a key procurement lead at NASA’s Goddard Space Flight Center, supporting the development and integration of advanced space systems and scientific instrumentation. Responsible for managing complex acquisitions in support of Earth observation, deep-space telecommunications, and spacecraft subsystems, Lee ensures compliance with federal acquisition regulations while aligning procurement strategy with NASA’s mission to advance space science. Their work centers on high-precision technical systems, particularly those requiring specialized engineering and manufacturing capabilities, with a focus on mission-critical hardware and embedded systems that enable long-duration space missions and climate monitoring platforms. Lee maintains a strategic partnership with Aerospace & Commercial Technologies, LLC, and the Massachusetts Institute of Technology’s Lincoln Laboratory, collaborating on the design, prototyping, and production of next-generation sensor arrays and power systems. These relationships reflect a preference for established technical partners with proven expertise in aerospace-grade battery systems and space-qualified electronics. The contracting approach emphasizes technical rigor, performance-based outcomes, and long-term sustainment, often involving phased development contracts and cost-reimbursement structures to accommodate high-risk, high-reward innovation. Lee’s procurement portfolio reflects no set-aside preferences, with 100% of awards issued under full and open competition. This indicates a focus on technical merit and system readiness over socioeconomic categorization, prioritizing mission-critical performance and industrial capability above traditional small business set-asides. While small business participation is not formally targeted, vendors of all sizes are evaluated on technical proficiency, quality assurance, and heritage in spaceflight applications. The primary NAICS classification underpinning Lee’s acquisitions is 335910 (Battery Manufacturing), reflecting a specialized focus on advanced energy storage systems for spacecraft, including lithium-ion and solid-state batteries designed for extreme thermal and radiation environments. This domain expertise underscores a deep technical understanding of power system reliability, cycle life, and space-environment survivability—critical factors in the success of Earth-observing satellites and deep-space probes.