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Field
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this field. We are currently looking for researchers with strong energy systems knowledge, electricity, heat, and gas netwrok modelling & simulation, and research software development skills that want
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speed of initial GIS growth, it would be valuable in calibrating model forecasts of melt. Reconstructing growth of the GIS is a 10s-of-million-dollar endeavour that requires deep drilling of marine
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train the doctoral candidates to become pioneering experts in conceptualization, design and implementation of energy geostructure (EG) applications for heating/cooling buildings and thermal energy storage
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disassembly and reassembly. Further, more strategic design aspects related to business models that stimulate repair and remanufacturing will be addressed. The PhD-2 position wil establish a comprehensive
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along a gradient of hydrological transformation. iii) Create a conceptual and operational framework for adaptive planning of rivers sensitive to droughts, applicable to the Grand Est region. Methodology
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operational literature and interviews with key stakeholders, including the Environment Agency and local communities. 2. Systems Dynamics Mapping and Modelling: This will inform a conceptual 'systems-of-systems
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strong energy systems knowledge, electricity, heat, and gas netwrok modelling & simulation, and research software development skills that want to develop cutting-edge knowledge and software for the energy
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polarization purity, especially during scanning operations. Conceptual Design and Simulation: Design initial conceptual models of active array antennas with an emphasis on polarization purity. Advanced
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movement and flood potential. A stronger conceptual understanding of the region’s geology, particularly the heterogeneity and connectivity of Quaternary sediments and the interface between bedrock and
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this requires evidence for new institutions and business models, a mindset shift to let go of what no longer works, and novel conceptual insights. This is where you come in! The aim of this PhD is to understand