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and the organization. You will Learn and apply LLNL-developed hydrodynamic code to assess loading conditions and predict material response in published experiments. Collaborate on the design, execution
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response analyses, covering both hydrodynamic and aerodynamic effects, as well as structural integrity analyses. The researcher will collaborate closely with project partners, including partners from Spain
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, or similar. We expect that you have: Expert knowledge on coupled 3D hydrodynamic-biogeochemical models and agent-based models Expert knowledge of marine physical- and biogeochemical processes in
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Homepage https://earth.ecu.edu/ Advertising Department EARTH, ENVIRONMENT & PLANNING, DEPT OF Division Academic Affairs Classification Title Postdoctoral Scholar Competency Level Working Title NOAA ESLR
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Homepage https://earth.ecu.edu/ Advertising Department EARTH, ENVIRONMENT & PLANNING, DEPT OF Division Academic Affairs Classification Title Postdoctoral Scholar Competency Level Working Title NOAA ESLR
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Department Marine Affairs Contact(s) Please note: Job applications must be submitted directly online only at: (https://jobs.uri.edu) Contact Phone/Extension Contact Email Physical Demands Campus
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urban water systems, resilient infrastructure, and data-driven management of rivers, lakes, and groundwater. This includes the coupling of process-based hydrologic and hydrodynamic modeling with AI
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health and wellbeing initiatives to support you. Closing Date: 19 October 2026 The Role The successful candidates will join a collaborative team, ABMHydro (https://www.abmhydro.com/), engaged in a