80 parallel-computing-numerical-methods-"DTU" positions at Aarhus University in Denmark
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Start: July 1 Duration: One-year full-time appointment Project: Danish Foundation Models Location: Center for Humanities Computing, Aarhus University Job Description: We seek a highly motivated IT
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work of the research group, it will include elements of method development within sample preparation, instrumental and data analysis, quality assurance/control and semi-quantification, in the context
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postdoctoral position in methods development and analysis of multi-omics and clinical data for inflammatory skin diseases. The start date is October 1st, 2025, or as soon as possible thereafter. Research context
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/MS for example) Advanced knowledge in research design and methods (running extensive experimental studies) Familiarity with practices of transparency and open science Strong interpersonal and
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department at Aarhus University Hospital, within the Institute of Clinical Medicine at Aarhus University. Researchers in the department use advanced epidemiological methods to study the prognosis of patient
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, preferably in interdisciplinary Living Lab, Public engagement, and/ or public-private partnership projects. Documented knowledge of Living Labs, participatory research, or user-centered innovation methods by
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treatment programs) in Denmark at the PhD Programme Social Science and Business. The position is available from 1 October 2025 (or as soon as possible thereafter). The research project The PhD position offers
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and 2005 and utilising various methods from history, digital humanities, and cultural studies. The position is 2,5 years (30 months). The position is based at the Department of History and Classical
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Aarhus University, Denmark - an international top-100 university - has made an ambitious strategic investment in a recruitment plan to radically expand the Department of Electrical and Computer
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the desire to build their own research group. About IRAstro and InterCat The IRAstro project is supported by ERC. The aim is to develop new methods to detect infrared signatures of single molecules formed