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focus on collecting, processing, and harmonising appropriate geospatial data, providing geospatial data insights, and applying appropriate AI models for geospatial analysis based on the integrated data
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insights, and applying appropriate AI models for geospatial analysis based on the integrated data. This role is part of the project: Decision-support-tools for Spatial Planning and Cumulative Effects
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the Karoo Basin (South Africa) and other exhumed systems and subsurface systems from the North Sea/NCS, to develop models of deep-marine lobe successions as fluid flow pathways and storage containers for CO2
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involve developing and applying advanced modelling and analytical frameworks to understand the mechanisms, evolution, and climate drivers of extreme heat events across the ocean-atmosphere system. The role
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climate hazards and extremes such as heatwaves, heavy precipitation, and severe sea-ice conditions, due to their substantial environmental, societal, and economic impacts. Physics-based Earth System Models
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of land lost due to sea-level rise. The role will focus on conducting laboratory and field tests on sustainable construction materials, as well as writing project reports and scientific papers. Additionally
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isotope modelling. The PhD candidates will investigate mechanisms linking tropical Pacific SST trends with external forcing and their influence on regional climate (e.g., Atlantic and Indian Oceans, East
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• Possess at least a PhD degree in relevant fields such as Civil Engineering, Ocean Engineering, Fluid Mechanics, Computer Science, or related disciplines. Applied Mathematics, Data Science
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environments to evaluate the performance of floating structures. Analyze hydrodynamic behavior of floating breakwaters under varied sea conditions. 2. CFD and Finite Element Modeling Perform Computational Fluid
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, climate change, sea-level rise, environmental sustainability, conservation of environment and biodiversity, and interactions between environment and society. We seek a Research Fellow to work on using dense