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Elizabeth G. Loboa
SMU's Dallas Hall. [Courtesy photo]
‘Fablets’ and More: How SMU Snagged Lead Agency Role in Federal Texoma Semiconductor Tech Hub
by Quincy Preston and David Seeley | Oct 24, 2023
On Monday, the Biden administration unveiled 31 U.S. Tech Hubs in the U.S., including the SMU-led Texoma Semiconductor Hub. Here's a deep dive into how Dallas landed its second federal tech hub in two months, who's involved, and what it could mean for the region.
by David Seeley |
Aug 28, 2023
Loboa was explaining a critical need that SMU and other universities are addressing—one that was got a boost last week when The O’Donnell Foundation announced its donation of $30 million to SMU to create 10 endowed academic positions in engineering and data science, as well as to support research in those fields.
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by Lance Murray |
Aug 24, 2023
Elevating SMU’s standing as a premier global research institution, the gift will create 10 endowed academic positions in engineering and data science and support research in those fields as well. SMU President R. Gerald Turner said the gift will be evenly split between SMU's newly named O’Donnell Data Science and Research Computing Institute and an initiative for digital innovation in engineering and computer science in the Lyle School of Engineering.
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by Lance Murray |
Jan 13, 2023
SMU said that Nader Jalili is an innovative leader and researcher, known for bringing the resources of engineering education and research to undergraduate and graduate students, industry partners, and community outreach programs.
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SMU professor Harsha Gangammanavar is leading a multidisciplinary team to develop algorithms that improve complex energy systems—like the management of the energy grid under intermittent renewable power. [Images: SMU photo; istockphoto]
DOE Awards SMU-Led Research Team $2M Grant for Algorithms Improving Complex Energy Systems
by Lance Murray | Nov 14, 2022
SMU researchers aim to help address problems in the broad area of computational mathematics for sustainability—such as the management of the energy grid under intermittent renewable power. The research is aimed at developing new algorithms for materials design, bioengineering, and power grid applications.
Researchers will use SMU's high-performance computing system—enhanced with an NVIDIA DGX SuperPODTM—as well as the supercomputing resources at Argonne National Laboratory.
Researchers will use SMU's high-performance computing system—enhanced with an NVIDIA DGX SuperPODTM—as well as the supercomputing resources at Argonne National Laboratory.
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