Faculty member Puneet Srivastava and several colleagues are using El Niño Southern Oscillation (ENSO) information generated by the National Oceanic and Atmospheric Agency (NOAA) to develop methods for addressing both drought and flood in the Southeast. The team assisted the city of Auburn in planning for drought this summer as part of a Southeast Climate Consortium (SECC) initiative and as a result of population growth and increasing water demand in the area. The city now actively uses climate information for managing water supply and demand. SECC’s collaboration with Auburn also led to a proposal to develop a municipal water deficit index for small municipalities in the Southeast that depend on surface water sources for their municipal water supply. The proposal received funding from the National Integrated Drought Information System’s Coping with Drought initiative through the NOAA Sectoral Applications Research Program.
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AUBURN ENGINEERING NEWS
- #GINNing Podcast: New Chair in Town June 26, 2026Mark Schall is a man of many hats. He’s served as associate chair of the Department of Industrial and Systems Engineering, as the Daniel F. and Josephine Breeden Professor and as director of the Human Systems Integration Center. But come Aug. 1, he’ll have a new title: department chair. So, pull up your chair as […]
- Graduate student in biosystems engineering earns Tau Beta Pi honor society’s Centennial Fellowship June 25, 2026Not only is Ayden Kemp one of 31 Tau Beta Pi Engineering Honor Society fellowship winners for 2026, but the graduate student in biosystems engineering also earned the organization’s highest distinction.
- NCAME partners with high-performance metal powder producer to evaluate cold spray for repair of critical components June 23, 2026A team of researchers at the National Center for Additive Manufacturing Excellence, in partnership with 6K Additive, a U.S.-based manufacturer of premium metal powders and alloy additions, is investigating how various cold spray feedstock materials perform under demanding conditions.