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for the built environment will be developed in collaboration with teams led by Prof. Dr.-Ing. Matthias Niessner (Chair of Visual Computing and Artificial Intelligence, School of Computation, Information and
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with the lab’s objectives. Support the next generation of scientists (PhD students, postdocs), fostering a collaborative and productive research environment. Key areas of support include design analysis
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leaving space for biodiversity and ecosystem services” This interdisciplinary and transdisciplinary research project will explore how the built environment can be reimagined as an active component of urban
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program (NRP81 ) involving 13 project teams working on various aspects of the Swiss Building Culture (Baukultur). The program aims for a Social and Ecological Transition of the Built Environment and to
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. This position is part of a strategic initiative to expand the School’s capacity to address the transformative impacts of emerging technologies on architecture and the built environment. We welcome applicants
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and creative outputs. Support the development of grant applications and funded projects. Foster a collaborative and inclusive team environment. Selection Criteria 1. A PhD in an architecture
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to the availability of resources, in the context of the REACT MSCA Doctoral Network as Research Associate / PhD student (m/f/x) (You will receive a salary according to MSCA regulation, including a
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of resources, in the context of the REACT MSCA Doctoral Network as Research Associate / PhD student (m/f/x) (You will receive a salary according to MSCA regulation, including a living allowance, a mobility
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, makes use of our world-leading facilities and have a passion for mentoring junior staff and PhD researchers. You will have a higher degree related to energy in the built environment or related discipline
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, structural systems, energy systems, energy-water nexus, climate resilience, building resilience, smart sensing, and data sciences applied at various scales in the built environment. Successful candidates