3 parallel-computing-numerical-methods-"https:" Undergraduate positions at ETH Zurich
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loads and condition assessment,” develops robust and cost-efficient methods for bridge load identification and condition assessment based on the Bridge Weigh-in-Motion (B-WIM) concept. B-WIM uses sensors
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, affective computing, and real-time rendering — deployed at high-profile international events such as the World Economic Forum, GITEX Global, and Berlin Science Week. You can learn more about our research
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analysis. Applicants may have experience in one or both areas described below. You do not need to match both profiles. Project background Our research uses computational methods to study legal, economic
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