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the development of system-level digital-twin and optimization methodologies—integrating electrolyzer models with renewable generation, power electronic conversion, energy and hydrogen storage, downstream processes
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electronic conversion, energy and hydrogen storage, downstream processes, and energy demand—to enable more efficient, flexible, and economically viable Power-to-X operation. This position is expected to start
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and could include the following disciplines: Food process technology, ideally with an emphasis on fermentation & downstream processing Food process system engineering Use of sensor technologies such as
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Greenland Ice Sheet change with modern observations and broader ocean and climate processes. You enjoy working both independently and as part of an international research team and are interested in
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hydrogen storage, downstream processes, and energy demand, to enable more efficient, flexible, and economically viable Power-to-X operation. This position is expected to start from 1st of November 2026 or as
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, power conversion, energy and hydrogen storage, downstream processes, and energy demand, to enable more efficient, flexible, and economically viable Power-to-X operation. This position is expected to start
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differentiation. The position will focus on designing and executing experiments involving Cas9 based perturbation, single cell multi omics method development, and downstream verification in transgenic cell lines
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dissemination, and outreach. Particular emphasis will be placed on the operation and further development of solid oxide electrolysis facilities and their integration with downstream Power-to-X processes. Expected
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related genome editing approaches to disrupt biological processes that support prostate cancer progression with a focus on metabolism, hormonal and stress response signaling. Preparing samples