Purpose/Scope: The Ua High Performance Computing Center Project, Located at 709 Johnny Stallings Drive…
FY2023 · complete year · data as of 2026-07-03
A single federal award, with both ends of the trail linked.
Award 60NANB23D149 is a grant from the Department of Commerce to University of Alabama, $44.6M obligated, FY2023 to FY2027, for Purpose/Scope: The Ua High Performance Computing Center Project, Located at 709 Johnny Stallings…. The work is performed in Alabama. Source
Description
Purpose/Scope: The Ua High Performance Computing Center Project, Located at 709 Johnny Stallings Drive, Tuscaloosa, Alabama, Will Consist of New Construction of an Approximately 30,000 GSF Building to Serve the Office of Research and Economic Development (Ored), Campus Academic Needs and Strategic Partners. The Project Will Include the Purchase of HPC Equipment and Will Provide an Appropriate Environment for the Operation Thereof. IN Addition to the Primary Compute Support Space (Data Hall), the Facility Is Also Proposed to Include a Sensitive Compartmented Information Facility ("SCIF") to Support Critical Work Around Water Security and to Provide Support for Other Potential Secure Operations. The Project Will Also Include a New Electrical Substation of Approximately 17,000 Gsf. The Proposed Site Is Ideally Located Adjacent to Alabama Power High Voltage Transmission Lines Which Will Provide Adequate Capacity for Current Use and Projected Growth.activities to Be Performed: This Project Is a Critical Step in the Advancement of the University's Research and Development Capabilities as an R1 Institution. Modeling and Simulation on HPC Resources Are a Critical Factor in the Success of Research in Science and Engineering. State-Of-The-Art Simulation, Such as Hydrological Modeling, Requires Computing Resources Far Beyond What Is Available from Ua's Current HPC Platforms.expected Outcomes: This Project Will Drive Substantial Innovation and Effectiveness of Research.intended Beneficiaries:the Project Greatly Enhances Overall Institutional Research Effectiveness, Increasing the University's Productivity and Innovation in Research, Scholarship, and Creative Activities. The Availability of Petascale-Computational Resources Removes Existing Bottlenecks to the Advancement of Research Requiring Large-Scale Computational Simulations, the Training of Complex Artificial Intelligence/Machine Learning Models, and the Development of New Data Science Applications. AS a Result, the Project Will Allow Researchers to Make Scientific and Engineering Advances That Are Currently Unavailable Due to the University's Limited Computational Capability.subrecipient Activities: None