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Mission We are seeking a candidate with experience in numerical modeling of nanostructured materials to join our SNSF project “Coupled oscillations in plasmonic crystals”. In this project, we focus
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reinforced concrete and unreinforced masonry buildings. Our approaches include numerical and mechanical modeling, large-scale testing as well as data-driven methods. The PhD candidates will contribute to
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-dependent constitutive models for crack interface mechanics (aggregate interlock) - Large-scale testing of reinforced concrete elements (panels, beams, walls) - Development of analytical and numerical
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include complex process plants, where autonomous decisions directly affect safety, product quality and asset lifetime. WORK ENVIRONMENT EPFL is one of the most dynamic university campuses in Europe
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Diplomas Transcripts/grades from Bachelor’s and Master’s studies If you are successful, you will need to enrol in one of the EPFL doctoral school programs in parallel. Please check this page for
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and ice nucleating particles Data analysis of observations, numerical model output and remote sensing data Tight collaboration with the project partners and participation in working meetings Teaching
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EPFL, the Swiss Federal Institute of Technology in Lausanne, is one of the most dynamic university campuses in Europe and ranks among the top 20 universities worldwide. The EPFL employs more than
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PhD Student Position in Interoperable Digital Workflows for Regenerative Building Design and Perform
conservation. Its research combines architectural design, environmental assessment, digital methods, full-scale experimentation, building-performance monitoring and participatory approaches, with a
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optical scattering and imaging methods to achieve this: second harmonic imaging, angle-resolved-second harmonic scattering, and correlated vibrational spectroscopy, all ultrafast optical methods
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communications, computing, metrology, sensing or ranging. Yet, it relies on the availability of broadband tunable, narrow linewidth, and bright microwave sources that can be used to excite a high