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. The associate professor will be part of a dynamic research group with an extensive international collaboration and networks. Further information on the Department is linked at https://www.science.ku.dk/english
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Qualifications: Experience with human rights courts and tribunals highly desirable, in particular the African Court on Human and Peoples’ Rights Experience in legal practice Established networks in one or more
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for collaboration on high-impact publications, networking with leading experts in business power and public policy, and participation in international research events. Application Process Submit a complete
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research. The project will provide opportunities for collaboration on high-impact publications, networking with leading experts in business power and public policy, and participation in international
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management incl. FAIR data Good language and cooperation skills plus networking capacity Terms of employment The position is covered by the Memorandum on Job Structure for Academic Staff. Terms of appointment
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Senior Analytical Chemist/Platform Manager in mass spectroscopy and chromatography – LC-MS and GC-MS
mass spectroscopy of small molecules from complex plant samples Hands-on experience with hardware and software related to analytical chemistry Interest in keeping up to date with the newest developments
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. physics and chemistry High-level knowledge and experience in working with ML models and in particular neural networks. Experience with teaching and development of teaching material Familiar with system
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with a strong network of leading national and international veterinary and human neurologists and neuroscientists. Our research focuses on clinical and comparative aspects of veterinary neurology
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including interpersonal skills, teamwork and networking ability, and presentation skills Strong personal competence including autonomy, goal-oriented mind-set, planning/organizing/prioritizing, perseverance
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Job Description The SIGNATURE project aims to define the human insulin resistance molecular network by identifying different baseline sub-phenotypes of insulin resistance in humans and assessing