Introduction
ETH Zurich is one of the leading universities in the world with a strong focus on science and engineering. In 2010 it established the Singapore-ETH Centre (SEC) in collaboration with the National Research Foundation (NRF) to do interdisciplinary research on pressing problems.
The Singapore-ETH Centre is home to a community of doctoral, postdoctoral and professorial researchers working in three main programmes: Future Cities Laboratory, Future Resilient Systems, and Future Health Technologies. The centre provides a multicultural and interdisciplinary environment to researchers working on diverse themes, with the shared vision of translating research to practical solutions for more sustainable and liveable cities, resilient physical and social urban systems, and patient-centric healthcare systems.
Project background
SEC is leading the interdisciplinary Cooling Singapore 2.0 project - a collaboration between ETH Zurich, SMU, TUM, MIT, Cambridge and NUS. The project is dedicated to reducing the urban heat island and improving the outdoor thermal comfort in Singapore. The project aims to develop a Digital Urban Climate Twin (DUCT) for Singapore. This includes development, deployment and operations of the necessary technical infrastructure and integration of a variety of computational models for anthropogenic heat emissions and urban climate simulations. The DUCT will feature a sophisticated user interface and multiple applications to support government agencies and planning authorities in assessing strategies for reducing urban heat in a holistic, systematic and interactive manner.
Task/Job description
We are looking for a talented individual to join our interdisciplinary team based at the Singapore ETH-Centre. The candidate will be a Climate Modeler to carry out - with the support of supervisors - numerical simulations of micro-climatic conditions at the urban district in Singapore to study the urban heat island problem.
Specifically, the research will focus on how different architectural design strategies and how the quantity and configuration of green spaces affect local wind circulation, air temperature, and near-surface humidity.
We are looking for candidates who are confident in working in flat hierarchies and enjoy the start-up vibe, who are driven by curiosity and not afraid of learning new things.
Specific tasks:
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