The Department of Veterans Affairs intends to award a sole source contract to the University of Southern California for Geospatial Data Analytics, Modeling, and Visualization Services. This notice fulfills the requirements of FAR 5.101 and is not a request for competitive proposals. Interested parties may submit capability information demonstrating their qualifications to perform the required work outlined in the attached Performance Work Statement (PWS) by 10 AM EST on October 3, 2024. The government retains discretion over whether to seek competitive bids based on the responses received. The solicitation is categorized under PSC code R499 and NAICS code 541370. All inquiries must be directed to Contracting Officer Renee Kale via email, as telephone inquiries are not accepted. This initiative indicates a strategic focus on enhancing data capabilities within the Veterans Health Administration's research and development efforts.
The document outlines the Performance Work Statement (PWS) for Geospatial Data Analytics, Modeling, and Visualization Services for the Department of Veterans Affairs (VA). This initiative, mandated by the MISSION Act of 2018, requires the integration of advanced spatial science expertise to support the 2nd Quadrennial Market Area Assessment of VA healthcare services across 172 medical centers. Key tasks include developing evidence-based geospatial models, conducting demand and capacity assessments, and creating interactive visualizations to aid decision-making. The contractor is expected to engage closely with VA leaders, providing software solutions, modeling healthcare demands, and enhancing health equity through spatial analysis. Qualifications for potential contractors include significant experience in population health modeling, proficiency in GIS technologies, and the ability to produce effective data visualizations. The contract will operate for one year on a firm fixed-price basis, allowing remote work. The document emphasizes the need for compliance with federal records management policies and secure handling of sensitive information. Ultimately, the project aims to optimize healthcare service delivery for veterans through strategic geospatial analysis.