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in vitro studies in cells and tissues (gut cell lines, primary blood and immune cells, and tissues) with various analytical techniques and omics technologies, to animal model studies (mainly in piglets
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of technology and its interaction with industry and individuals. The department offers a wide range of courses and programs at bachelor, master, and PhD levels across DTU's study programs. The department has 200
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CO₂ capture technologies. The announced postdoc position is part of a work package dedicated to algorithms and thermodynamic models, where the primary task is to develop RAND‐based CO2 capture
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to evaluate the spatial and temporal patterns of how those components interact. And the main focus of your position will be to evaluate how different agroecological practices contribute to soil health
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electronics, and self-recharging technologies. Your role will primarily focus on research and support teaching involving course planning and the supervision of BSc and master students in Electronics and
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Post Doctoral Researcher in Digital Twins CO2-to-Protein production in collaboration between the ...
play a central role in the development and deployment of a digital twin of the CO2-to-protein pilot factory. The main tasks to be carried out include: Domain Analysis and Ontology Development: Conduct a
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play a central role in the development and deployment of a digital twin of the CO2-to-protein pilot factory. The main tasks to be carried out include: Domain Analysis and Ontology Development: Conduct a
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at the department focuses on two principal focus areas Business & Government and International Business, in relation to societal challenges. These challenges include the consequences of inequality; the impact of
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research spans from basic to applied within both natural sciences and engineering. With approx. 150 employees, 75 PhD students, and 775 bachelor and master’s students at our campuses in Aalborg (main campus
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, focusing on atherosclerotic plaque samples collected from local hospitals in the region. Your primary responsibility will be to develop smooth muscle cell-based assays guided by single-cell spatial