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research team and support us in our efforts to develop refined preclinical models for high-impact emerging viruses. You will be directly contributing to global pandemic preparedness efforts in a One Health
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field observations by including the local impact conditions on the blade with the cumulative damage analysis. Moreover, a predictive tool will be developed that allows site-specific analysis based
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not reached vulnerable groups or created impact at scale. SMARTSCALE brings together scientists, local partners, and governments to learn from past experiences and design better ways to spread moisture
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Innovation: Identify and implement improvements in LES sub-grid scale models or actuator disk/line representations to better capture turbine-atmosphere interactions. Scientific Impact: Lead the authoring
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individual building level, directly contributing to reducing network congestion in the Netherlands. Your work will have real-world impact: the models you develop will be tested and validated together
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to investigate how the impact of environmental stressors on ecosystems is related to the size of organisms and communities? Then join the ERC Advanced Grant project ’The Power of Size’ to find out, make a
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; Setting up and conducting a discrete choice experiment to identify how economic, psychological and political factors affect support for the green transition. The position comprises the following tasks
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the BEAT project. In parallel, qualitative research methods, especially from affective interaction design, are used to capture the emotional and experiential aspects of navigating urban spaces. These methods
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economic, psychological and political factors affect support for the green transition. The position comprises the following tasks: Conduct innovative research on the labour market effects and political
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curiosity, eager to work with cutting-edge experimental techniques, and enthusiastic about making a tangible impact on the energy transition, we encourage you to apply. Job requirements PhD degree in