SHARON BATISTE

Sharon Fitzpatrick specializes in custom computer programming services with a focused expertise in geospatial analysis and remote sensing technologies. Her work centers on developing and deploying specialized software solutions for scientific data interpretation, particularly in the context of satellite imagery, GIS systems, and spatial modeling for environmental and land management applications. She brings technical proficiency in computer science methodologies tailored to geospatial workflows, including algorithm development for image classification, spatial data processing, and integration of remote sensing outputs into decision-support systems. Her approach emphasizes precision in data-driven analysis, ensuring outputs meet the rigorous standards required for federal scientific and resource management missions. Her primary agency engagement is with the Department of the Interior, where she supports mission-critical programs involving land use monitoring, natural resource assessment, and environmental surveillance through advanced computational techniques. This relationship reflects a consistent alignment with agencies requiring high-integrity geospatial intelligence to inform policy and operational decisions across national parks, wildlife refuges, and public land systems. The contractor’s industry focus is squarely within NAICS 541511, which encompasses bespoke software development for scientific and technical applications. She positions herself as a niche provider of tailored programming services for federal science teams that require domain-specific tools beyond commercial off-the-shelf solutions, particularly in earth observation and environmental data analytics. As a Women-Owned Small Business and Woman-Owned Business certified entity based in Yuba City, California, Sharon Fitzpatrick operates as a small, agile firm with deep subject-matter expertise. Her certifications enhance access to federal procurement opportunities targeted at underrepresented entrepreneurs, while her technical specialization allows her to deliver high-value, mission-critical solutions within a lean operational structure.