Beth Weinstein Earth Science

Beth Weinstein serves as a primary procurement lead within NASA’s Earth Science Division under the Science Mission Directorate, overseeing the acquisition of advanced remote sensing systems, data processing infrastructure, and mission-critical instrumentation for Earth observation satellites. She plays a pivotal role in translating scientific objectives into contract requirements, ensuring alignment with NASA’s strategic goals in climate monitoring, land surface dynamics, and oceanic and atmospheric characterization. Her acquisitions typically involve complex, multi-year space-based sensor systems, ground data systems, and scientific analysis tools, often requiring interdisciplinary technical expertise and stringent performance metrics. While specific contractor relationships are not currently available in the dataset, Weinstein collaborates with a broad ecosystem of aerospace primes, research institutions, and specialized technology providers capable of delivering high-reliability Earth observation payloads and data analytics platforms. Her contracting patterns reflect a preference for performance-based, outcome-driven contracts that emphasize innovation, systems integration, and long-term data continuity across mission lifecycles. Weinstein’s procurement portfolio exhibits a strong preference for open competition, with 100% of her acquisitions designated as non-set-aside, indicating a focus on technical merit and capability over socioeconomic classifications. This reflects NASA’s mission-critical need for the highest-performing solutions, regardless of vendor size or certification, while still maintaining compliance with federal small business goals through competitive subcontracting opportunities. Her technical domain centers on remote sensing, geospatial data systems, and Earth science instrumentation, with procurement activities aligned to NAICS categories including aerospace product and parts manufacturing, scientific research and development services, and information technology systems integration. She routinely engages with vendors specializing in hyperspectral imaging, lidar systems, radiometric calibration, and cloud-based Earth data archives, demonstrating deep expertise in the technical and operational demands of space-based Earth observation missions.