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3D Representation for Controlling Composite Fabrication Process We are looking for a passionate Postdoctoral researcher to join our team and contribute to a cutting-edge project at the intersection
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3D Representation for Controlling Composite Fabrication Process We are looking for a passionate Postdoctoral researcher to join our team and contribute to a cutting-edge project at the intersection
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rotor-sails fundamental flow physics (project 1 and 2), flow control performance enhancement (project 3), and multi-rotor/ship-rotor interactions (project 4). We are a young, international and diverse
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This position is part of the European research project M2ARE. The M2ARE project develops and demonstrates a novel process for “Maritime Methanol”, a new grade of low-cost green methanol based
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to resolve the function of dominant community members, explore how process control parameters affects these microbial community members and evaluate their metabolic interactions. You will run bioreactors
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into account adequately in models. Therefore, we will work with traditional parameterizations for cloud microphysics, but also explore how physics-enhanced machine learning can help us to develop new ways
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contributes to offer professional education in a flexible and effective way. You take care of a seamless process of enrollment, administraton and certification of the customers of the TU Delft Extension School
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position, you will form part of a consortium of researchers at ETH Zurich, the Paul Scherrer institute, the Physical Meteorological Observatory, the University of West Indies and ITS Indonesia with the goal
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will be part of the research group lead by prof Andrea Ramirez on industrial defossilization. The group is part of the Process System Engineering section (department of Chemical Engineering) at TU Delft
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conditions. The acquired data will then be used to validate own-developed numerical and physical models for sedimentation, so that a solid calculated estimate can be made in real cases and real situations