Sort by
Refine Your Search
-
extend this modelling framework to investigate interactions between different urban sectors, initially focusing on energy and food. A particular focus will be placed on the role of provisioning systems
-
PhD Student Position in Interoperable Digital Workflows for Regenerative Building Design and Perform
New European Bauhaus framework. REGEN4BE seeks to make regenerative design measurable, interoperable and scalable through digital tools, innovative materials, participatory processes, Living Labs and
-
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
-
analysis in the framework for the project CARE (Cross-modal AI for Relief Efforts), a collaborative project between EPFL, ETH and the ICRC. You will innovate in foundational methods for jointly
-
upon agreement. PROJECT DESCRIPTION The objective of this project is to develop a trustworthy AI framework for the autonomous operation of process plants. The research will focus on AI agents that
-
start in early 2027 (or upon agreement). The PhD research will focus on the development of a new framework for the mechanics-based assessment of cracked reinforced concrete structures, enabling
-
Freiburg, as well as with the HERUS research team. Main duties and responsibilities Develop an interdisciplinary framework connecting urban provisioning systems, resource flows, citizens’ behaviour
-
turbomachinery, addressing the thermo-structural challenges inherent in these configurations. Integrate hollow hub structural design with a robust design and optimization framework to ensure performance
-
Participate in education and supervise student projects This position at EPFL aims to provide a framework for the robust design of high-speed turbomachinery systems. This will require the development
-
supporting research, planning and participatory exploration of future urban scenarios? The postdoctoral researcher will develop an integrated analytical framework connecting: Verticalisation → 3D