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Applications should include: Curriculum Vitae (including work experience, list of publications) Cover letter indicating the research area of interest and your motivation Research statement Early application is highly encouraged, as the applications will be processed upon reception. Please apply...
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introduces self-healing functionalities, reducing logistical challenges and environmental impact. How will you contribute? You will be mainly in charge of: · Conducting wet chemistry tests to optimize
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the key features of real leaves, and conduct similar experiments in the wind tunnel and in a commercial leaf gas exchange apparatus (LI-6800), with the goal of testing hypotheses about the effect of leaf
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on selected readouts, in the generated disease models to test small molecule drug candidates Modern data management and precise project documentation Work in a collaborative environment, also with different
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to enable remote orchestration of energy systems. Working with RT-HIL environments (e.g. OPAL-RT, Typhoon) to validate cloud-controlled systems interacting with real hardware. Developing and testing scalable
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code in the public domain and publish scientific papers in reputed journals on the insights gained through the model-assisted hypothesis testing performed in the microC-flux project. Is Your profile
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tires along with the use of real-world test track facilities and instead make greater use of virtual testing using state-of-the-art car simulators. As a part of a team, you will work alongside several PhD
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(semiconductor and microelectronics sector, instrument manufacturers) · Defining, elaborating and testing novel scientific and technological concepts and designs for charged particle beam technologies