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to establish their research group in 2025 or 2026. The group will receive support from the Institute’s core budget, including funding for a postdoc, a student and running costs. She/He is also expected to apply
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CCMs. The CCM is the core component of every electrolyzer. This is where electrical energy is converted into chemical energy in the form of hydrogen gas. For our group "Electrolysis", we are looking
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the amount of tedious and error-prone manual work. The driving factor is the availability of large amounts of data. However, in this domain data is often sparse or labelling data is expensive. This requires
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the amount of tedious and error-prone manual work. The driving factor is the availability of large amounts of data. However, in this domain data is often sparse or labelling data is expensive. This requires
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are developing a simulation model for resistance spot welding that will represent cracks on the surface of welded structures. These so-called “liquid metal embrittlement” cracks are typical in galvanized
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cluster, and the work will be carried out in close collaboration with experienced researchers at PGI-7. Your tasks include: Applying a 3D KMC simulation framework to model resistive switching in metal oxide
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application. DO WE HAVE YOUR ATTENTION? You are an outstanding researcher who currently holds a professorship, a junior professor or a junior researcher who is at least at an advanced stage of the postdoc phase
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adapted, passive RF structures and sensor elements for heterointegration of Radar Transceivers on a flexible integration technology Development and design of highly heterointegrated radar-based sensor
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available in the further tabs (e.g. “Application requirements”). Objective Students, graduates, doctoral candidates and postdocs receive a scholarship to complete a study or research stay or a Master's
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devices during production Simulation and calibration of processes and device properties using TCAD Supervision of students during the design and simulation of building elements Independent processing