12 phd-position-in-data-modeling Postdoctoral positions at Utrecht University in Netherlands
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assays, bioinformatics tools, or structural models to refine hypotheses. Our offer a one-year appointment, with a possible extension of 18 months following a positive evaluation (total duration: 30 months
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. The incompatibility in the application of these modeling methods presents a fundamental challenge to close the GCB. GCB is the most comprehensive source of data and information about regional-to-global scale carbon
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business models and governance models. As this position will require close collaboration with a range of partner organisations, you have the skills to reach both academic and non-academic audiences with your
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Postdoc Position in Epigenome Engineering Faculty: Faculty of Science Department: Department of Biology Hours per week: 36 to 40 Application deadline: 12 January 2026 Apply now Chemical
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of the interaction between memory and language? In this two-year postdoctoral position, you will join the ERC-funded project Memory access in language (MEMLANG): How we store and retrieve linguistic information, led
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across Europe to identify pathways for biodiversity-positive energy planning. As a postdoctoral researcher, you will focus on integrating biodiversity data and spatial optimisation methods into renewable
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English (C1 level); Dutch language skills are an asset. Additional Information Benefits A 32 months postdoctoral position in an international, interdisciplinary consortium funded through Biodiversa+; a
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-position-in-high-resolu… Requirements Specific Requirements PhD in structural mass spectrometry, analytical chemistry, bioinformatics and/or instrument engineering. Keen interest in instrumentation and
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extraordinary wharf cellars housing cafés and terraces by the water, as well as a broad variety of shops and boutiques. More information For informal information (not for application) about this position, please
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modeling (DEM, FEM, BEM). Your job You will work on the project “FastSlip”. In this position, you will develop and utilise scale-bridging techniques to model and investigate fault slip in induced seismicity