145 high-performance-computing positions at UNIVERSITY OF VIENNA in Ireland-University-Ranking-2024
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aspects of transport in the atmosphere, ranging from greenhouse gases to pollutants, water vapour and heat, and we use inverse modelling techniques to determine sources of greenhouse gases, radionuclides
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hold courses in accordance with the provisions of the collective agreement. You will supervise your students in your subject areas. You will perform administrative tasks related to research and teaching
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competence in qualitative methods Ability to successfully plan, conduct, and write up research Didactic competence and motivation to contribute to innovative teaching Excellent organizational skills, high
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involved in evaluation measures and quality assurance. This is part of your personality: Must-have criteria: Completed Master's degree in the field of computer science High level of written and oral
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, GIScience, Cognitive Science, Computer Science, Data Science, Geography, Digital Humanities, Philosophy, Communication Studies, Computational Social Sciences, or related disciplines. If you have not yet
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; to initiate an effort in computer-based formalization of foundational concepts and results in model theory, in particular, the theory of o-minimal structures and tame geometry. To bolster your own agenda, you
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knowledge in the field of Austrian tax law and European law Methodological competencies: Jurisprudential methods Knowledge of principles of teaching High ability to express yourself both orally and in writing
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on respectful communication, professionalism and high aspirations of having a positive impact on society. Your personal sphere of influence: The Department of Prehistory and Historical Archaeology is advertising
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areas: Numerical Analysis, Scientific Computing. Research competence and initiative demonstrated through international publications in peer relevant media Excellent command of English, both written and
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in the Marine Experimental Ecology group led by Frank Melzner, as well as external collaborators to understand physiological responses to heat stress in mytilid mussels and other intertidal and coastal