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technologies for single-cell (multi-)omics and their biological or biomedical application. • Develop single-cell multi-omics methods in an interdisciplinary innovation lab. • Troubleshoot and optimize protocols
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. The postdoctoral researcher will be involved in a publicly-funded project with involvement from industry. The responsibilities of the postdoctoral researcher will be: Develop new models and methodologies to study
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involved in both public-funded, as well as industry-funded R&D projects. The responsibilities of the postdoctoral researcher will be: Develop innovative models for harmonic analysis of power electronic
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internal structure. Computational Modeling: Develop and implement numerical models to simulate Mercury's internal structure and dynamics. Integrate experimental data into computational frameworks
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high quality of life and excellent healthcare system. Ample occasions to develop your profile in a scientific and/or an industrial direction. A stay in a vibrant environment in the hearth of Europe
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, including the ability to prepare high-quality manuscripts and present research findings at international conferences. Selection process For more information please contact Prof. dr. Elke Debroye, elke.debroye
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into their operations. Additionally, we aim to develop simulation models capable of utilizing forecasted process knowledge graphs for optimization. These models will empower decision-makers with what-if analyses