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challenge in this aging era, undermining the functionality, safety and longevity of critical steel infrastructure. There is an urgent need to advance monitoring, diagnosis and prognosis methods that can
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, with a strong emphasis on advanced quantitative methods, survey research and spatial analysis. Your work tasks In this position, you will conduct independent and collaborative research at a high
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Microeconometric methods Empirical research based on administrative and register data Profile 2: Macroeconomics and Macroeconomic Modelling Macroeconomic theory, including competing paradigms and approaches
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team, Aarhus University and MAX IV. Depending on the candidate’s interests and expertise, research activities may include studies of functional materials, advanced crystallographic methods, automated and
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advanced methods for applying large-scale Danish data. You will work across interdisciplinary projects that investigate how genetic, familial, socioeconomic, and environmental factors shape mental health
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and work in the interface of basic cellular biology /virology and experimental clinical medicine trials meeting the challenges of developing methods to the highest international scientific standards As
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on equal footing from the earliest design stages. Your primary research task will be to develop and carry out research in electronics cooling and thermal-fluid design methods, with a particular focus on
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methods, and thin film deposition. Proficient in data tracking and analysis methods (e.g., six sigma concepts). Ability to assume a technical leadership role while driving an innovative culture and growth
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combination of paleoceanographic and paleoclimate approaches, potentially including microfossils, biomarkers, sedimentological and geochemical measurements, and other proxy methods developed within the POLARIS
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instruments, with data obtained with DNA methods and data obtained with a Hirst trap. • Numerical models used by the group covers the particle dispersion model HYSPLIT in combination and the numerical models