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Empa
Andrea Koellmann
Human Resources
Überlandstrasse 129
8600 Dübendorf
Switzerland
www.empa.ch/abt118
Your Task
With the global trend towards urbanization, the development of sustainable, energy-efficient and energy-decentralized urban environments is strongly advocated. The development and analysis of such new urban energy concepts have to be supported by advanced simulation methods.
The PhD project aims at developing an urban microclimate model using a computational fluid dynamics (CFD) model for the urban air domain, a model for solar and longwave radiation exchange between urban surfaces, and a link to a regional meteorological meso-scale model. This urban microclimate model interacts with energy simulation models at scales from individual building to cities.
The project includes validation work by physical modelling of flow patterns in the new ETHZ/Empa atmospheric boundary layer wind tunnel, equipped with a time resolved PIV (Particle Image Velocimetry) system.
The work will be carried out at Empa in close collaboration with and under the supervision of Prof. Jan Carmeliet, Chair of Building Physics at ETH Zurich. The planned project duration is three years.
Your profile
The ideal candidate is a communicative scientist with a masters or diploma degree in Mechanical, Civil or Environmental Engineering, or Physics (or related). He/she has a strong background and experience in both computational fluid dynamics and building energy simulation. Mastering the English language is required.
Application procedure
The selection will be based on a two-step application process. In a first step, applications (motivation letter, CV, diploma copies, all university records, 2 reference letters) will have to be submitted. After a first selection, potential candidates will be invited for a personal interview. The position will be available upon agreement.
Additional information can be obtained by contacting Viktor Dorer, Empa Building Science and Technology Laboratory, +41 58 765 42 75, viktor.dorer [a] empa[.]ch .
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