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develop methods to predict the structural response of large structures subjected to complex loading. We conduct research on failure mechanisms and progressive damage under both static and dynamic loading
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Description Would you like to become part of the solution toward green energy transition, by helping develop the methods for modeling renewable power plants and future energy systems? The Renewable Plants in
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, teaching, and supervising students at the University of Copenhagen. Applicants should hold a PhD or equivalent in computational biology, bioinformatics, molecular microbiology, bacterial genetics, immunology
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to the wider society. Information about the department may be found at www.cbs.dk/msc . MSC is a significant supplier of research-based teaching to a broad portfolio of programs, which includes undergraduate
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Components of DTU Wind Energy. We focus on the design and prediction of the structural response of turbines and its components and deals with design, testing and manufacturing. In the section, we develop
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at www.cbs.dk/msc . MSC is a significant supplier of research-based teaching to a broad portfolio of programs, which includes undergraduate, graduate and doctoral teaching and supervision as well as executive
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coordinate with other researchers Fluency in communicating, reading and writing English. You must contribute to the teaching of courses. DTU employs two working languages: Danish and English. You are expected
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Council (EIC) Transition Grant project, then this position is for you. The ultimate goal is to evaluate the technology's market potential and prepare a business plan for commercialization. You will have an
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on the TEDDY research project, which is funded by the Hedorf Foundation and the FDE Foundation. The overall research project is to develop and validate mathematical models that aid logistics companies in
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criteria 1. To have published in leading journals in a senior authorship position 2. Knowledge of statistical methodology for adaptive clinical trial designs 3. Experience of teaching