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. This project develops robust system and component design methods, an integrated manufacturing platform, and multi-material joining techniques to efficiently produce small-scale turbomachinery
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design of novel materials. This is part of a large ERC Synergy project involving de novo simulations, automated experimental platforms driven by AI models. It offers extraordinary opportunites to
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. This project develops robust system and component design methods, an integrated manufacturing platform, and multi-material joining techniques to efficiently produce small-scale turbomachinery
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. This project develops robust system and component design methods, an integrated manufacturing platform, and multi-material joining techniques to efficiently produce small-scale turbomachinery
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PhD Student Position in Interoperable Digital Workflows for Regenerative Building Design and Perform
Environmental Engineering (ENAC), based at the EPFL Fribourg associated campus. SONO Lab investigates low-carbon, climate-responsive and socially inclusive approaches to building design, construction and
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research in close collaboration with other lab members and international collaborators; Design and execute experiments; Analyze and interpret experimental results; Write scientific articles for
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enrich high-resolution synthetic household populations for selected case-study cities by integrating micro-census, survey, and socio-metabolic data. Design and conduct empirical research, including
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elsewhere; (2) to document, both theoretically and empirically, the interactions between vertical growth, capitalism, governance, inequality, and everyday life; and (3) to co-design more sustainable
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Structural Design Laboratory (CONSTRUCT), which focuses on the mechanics of reinforced concrete structures, with particular emphasis on: - Experimental investigation of reinforced concrete behaviour
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-loss, negligible two-photon absorption, high optical nonlinearity, possibilities to engineer both positive and negative group velocity dispersion through waveguide design and high-Finesse optical