17 parallel-processing-bioinformatics-"the" Postdoctoral positions at UNIVERSITY OF HELSINKI
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MICROBIOME BIOINFORMATICS starting from October 2025, or as agreed. The Postdoctoral/Doctoral Researcher will be offered a full-time contract for 2-3 (Postdoctoral) or 3 (Doctoral) years, with the possibility
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with a main emphasis on genome assembly. The research group is part of the Algorithmic Bioinformatics lab at University of Helsinki. The amount of sequencing data has increased enormously during the last
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experimentalists and clinical partners to understand and model biological processes and disease phenotypes Supervise and mentor students, and assist other team members in experiment planning, data processing and
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, including excellent skills in programming and high-performance computing Research experience in a relevant field, e.g. functional genomics, transcriptomics, bioinformatics, bioimage analysis, and/or single
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relevant programming languages (Python, Perl, R). A good understanding of molecular biology, genomics experiments and bioinformatics is expected. Candidates with proven track record in terms of publications
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-application-process-in-a-nutshell For the postdoctoral researcher’s position, the appointee shall hold a doctoral degree and have the ability to conduct independent scholarly work as well as the teaching skills
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menu at the top of the page to see detailed instructions. Should you have any questions, need assistance or adjustments during the recruitment process, please contact phd-positions@helsinki.fi – we’re
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, biogeochemical cycles and ecosystem processes. Faculty of Science invites applications for Postdoctoral Researcher and/or Doctoral Researcher in Atmospheric Sciences / Environmental Sciences The starting date is
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at 23:59 EEST. We will process applications already during the application period and the position will be filled as soon as a suitable candidate is found. Further information
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investigation and will develop an advanced computer modeling framework. By simulating processes at various scales, from the atomistic to continuum, we aim to reveal how temperature and saturation fluctuations