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PhD Student Position in Interoperable Digital Workflows for Regenerative Building Design and Perform
policy development. Its outputs include a Regenerative Evaluation Framework and the Regenerative Design Intelligence Platform (REDIP). Fribourg is one of the project’s European demonstration and
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Mission We are offering a full-time (100%) PhD position at ENAC at EPFL, Lausanne, Switzerland, within the Plant Ecology Research Laboratory (PERL): https://www.epfl.ch/labs/perl/ The PhD project
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further development, and benefit from expertise and ongoing research. Main duties and responsibilities Develop a framework for analyzing coupled sustainability transitions in urban systems. Extend and
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successful candidate will contribute to a next-generation data-driven framework for scientific discovery in geomaterials. Research will involve the development of techniques spanning mechanics and AI
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offer Mentoring and support for professional and personal development. A stimulating, multicultural research environment with access to state-of-the-art facilities. Opportunities for interdisciplinary
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, ultrasonics and acoustic metamaterials (acoustic crystals) . The candidate should be interested in emerging, interdisciplinary fields and be motivated to address new challenges, including the development
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motivated to address new challenges, including the development of (1) iontronic devices , (2) soft material manufacturing , and (3) biointerfaces . Group leader and Research mission : Prof. Yujia Zhang
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opportunities for professional and personal development with access to many continuing education courses 4 years to complete your PhD with a competitive remuneration A 1-year fixed-term contract (CDD), renewable
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equivalent) in geomatics, geography, data science, environmental engineering, quantitative urban planning, or a related field; Strong interest in African cities and sustainable urban development issues
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new technology and perform experiments in vitro and vivo. The Project at EPFL – focused on technology development & in vitro studies Nonlinear optical imaging and new ultrafast spectroscopic techniques