40 web-programmer-developer-"U.S"-"U.S" research jobs at University of Texas at Austin
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system data into a common spatiotemporal framework, (b) develop a web-based product to deliver accessible and actionable water resource and system information to stakeholders, (c) assess the historical
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spatiotemporal framework, (b) develop a web-based product to deliver accessible and actionable water resource and system information to stakeholders, (c) assess the historical impact of drought and flood on water
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spatiotemporal framework, (b) develop a web-based product to deliver accessible and actionable water resource and system information to stakeholders, (c) assess the historical impact of drought and flood on water
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funded by the state of Texas to develop a long-term research program at UT that centers on the use of digital twins to enable the licensing of innovations for advanced reactors in Texas. This project
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from the TexNet earth observation program or assets that provide quality data. Compare different methods and tools for deformation modelling. Engage in outside funding activities and promote programs
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development, and up to $2,000 for relocation costs. Responsibilities Analyze climate model simulations (e.g., GeoMIP, ARISE-SAI) to quantify the impacts of solar climate intervention scenarios on hydroclimate
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diagnostic frameworks and therapeutic discovery through data processing and model development. The successful candidate will work with medical imaging, speech recordings, and molecular structure data to test
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researchers working alongside community-based and municipal partners to develop solutions for mitigating climate threats and adapting to present and future challenges. Compounding the impacts of the climate
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and municipal partners to develop solutions for mitigating climate threats and adapting to present and future challenges. Compounding the impacts of the climate crisis, by 2050, Texas's population is
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historical and future hydroclimate extremes. The work will involve developing new theoretical frameworks and methodologies for attributing aerosol-driven hydroclimate hazards, analyzing the confounding effects