10 operations-management-associate-professor Postdoctoral positions at Heidelberg University in Germany
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pension scheme (VBL) 30 days vacation Sustainable travel: job ticket Family-friendly working environment: cooperative arrangements for childcare, subsidy for child vacation care, advice for employees with
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, bioinformatics, systems biology, computer science or related field Strong proficiency in Python and/ or R Experience in single cell omics analysis and multiomics data interpretation Abilitity to work independently
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and EMBL Heidelberg). The work of our research group (http://lab.mueller-tidow.de ) focuses on stem cells and therapy resistance. We aim to understand how epigenetic dysregulation participates in
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platforms. The position is initially offered for two years, with the option of extension depending on performance and project continuation. We are looking for someone who enjoys growing with a young lab and
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collection (focus groups) in five European countries (DE, IT, NL, PL, UK), as well as data management and analysis Author and co-author papers and publications in the frame of the project and with project
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survey experiments Engage independently in data collection (survey experiments) in five European countries (DE, IT, NL, PL, UK), as well as data management and analysis Author and co-author papers and
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health-economic evaluation Motivation to work on challenges in TB prevention, diagnosis, and treatment Strong communication skills in English and ability to work in interdisciplinary, international teams
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supported Regular team meetings Interdisciplinary cooperation (Partial) project management / project responsibility possible if suitable Collectively agreed remuneration (TV-L E13), attractive company pension
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modelling, or health-economic evaluation Motivation to work on challenges in TB diagnostic research Strong communication skills in English and ability to work in interdisciplinary, international teams What we
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, to develop and interrogate biological design principles across eukaryotic systems. A central goal is to use yeast as a genetically tractable model system, followed by work in mammalian models, to establish