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compact, durable tactile sensors for dexterous robotic hands, so that these hands can manipulate reliably even where vision falls short in unstructured, real-world settings. Our lab's goal is to build
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in the Climate Extremes’ Storyline "Heat and Health" at ETH Zurich. Project background The NCCR CLIM+ is a new National Center of Competence in Research that establishes the first fully
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applications You have good programming skills for image processing, image analysis and/or hardware control. You are eager to learn, can work independently and have a creative and solution-driven mindset
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analysis, and multi-modal integration is a strong asset (e.g, connectivity analysis). A proven track-record in current flow modeling (SIMNIBS) for TMS and/or tDCS. Skilled in programming (Python, MATLAB, R
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programming in Python, and comfortable working with version control (git) in a collaborative codebase Fluent, critical use of AI-assisted tools in research and code development, we treat these as part of
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empirical research addressing relevant economic and public-policy questions An interest in applied macroeconomics and/or political economy Experience with at least one statistical programming language
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nanocrystals, quantum dots, or other nanoscale materials Machine learning Scientific programming and quantitative data analysis Prior experience with every technique used in the project is not required. The
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Scientific programming High-performance computing Prior experience with every method used in the project is not required. The successful candidate should, however, have a strong quantitative foundation
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& Programming: Proven capability in developing physics-based numerical simulators and models of thermal-fluid or power plant systems from governing equations, implementing them in scientific/engineering
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scientific programming and data-analysis skills, preferably in Python, R, MATLAB, Julia, or a comparable language Ability to critically evaluate model assumptions and integrate evidence from