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Skip to main content. Profile Sign Out View More Jobs PhD Scholarships in Applied Mathematics – DTU Compute Kgs. Lyngby, Denmark Be the First to Apply Job Description If you are interested in
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of the developed cavitation model with acoustic radiation models, validating against experimental data. Required Qualifications A relevant educational background within Mathematics, Physics, or Engineering, with a
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degree in computer science or a closely related field such as mathematics or control engineering. Due to the project’s angle, applicants should have a strong background in at least one of the following
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the European Commission. We are looking for excellent applicants with a strong background in Transport, Operation Research, Applied Mathematics, Transport Engineering, and/or Computer Science with an ambition
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biochemical systems. One potential focus area of the PhD project is the application of mathematical techniques to the modelling of atom tracking in chemistry. Atom tracking is used to understand the underlying
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to contribute to the green transition by developing mathematical models, forecasts and/or controllers for various energy systems components? Then apply for one of these 3-year PhD positions in the section
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Do you want to be part of a team that's pushing the boundaries of proteomics analysis? Do you want to help us shape the future of omics analysis? We are looking for an enthusiastic PhD student in bioinformatics to help us start the field of isoform analysis within proteomics. If this sounds...
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Do you want to be part of a team that's pushing the boundaries of systems biology? Do you want to help us shape the future of omics analysis? We are looking for an enthusiastic PhD student in bioinformatics to help us revolutionize systems biology buy utilizing isoforms-level analysis. If this...
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one of four departments at Roskilde University. The Department conducts basic and applied research within chemistry, physics, medical biology, molecular biology, environmental sciences and mathematics
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We seek PhD students that will contribute to new generations of scalable, model-based tools for cyber-physical systems based on a mathematical sound foundation, that enables trade-offs between