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Max Planck Institute for Dynamics and Self-Organization, Göttingen | Gottingen, Niedersachsen | Germany | 3 months ago
research interests, and contacts of two referees. Processing of applications will start immediately, as the position will optimally start in July 2025, and will stop once the position is filled. You are
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Quality« , we focus on increasing productivity and cost-effectiveness in production systems by analyzing and optimizing the quality of both processes and products. In collaboration with Carl ZEISS Vision
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the group's efforts in testing, calibration, and maintenance of the detector systems installed on our scientific instruments in user operation. Your responsibilities will include ensuring their optimal
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will be involved in software development within the scope of our Kubernetes cluster and projects in which AI/ML methods and tools are employed for the optimization of wind propulsion systems on ships. Is
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. To this avail you will: Define an information model for contingencies, for example, based on ENTSO-E's network code profiles Design a suitable software architecture Research, implement, optimize and document
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crystallographic structure of the cathode material are still insufficiently understood. In order to analyze these phenomena in detail and to develop analogues with optimized properties, fundamental atomistic
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analysis and visualization Numerical modeling and programming for model optimization & machine-learning What you bring to the table You are studying Simulation Sciences, Mechanical Engineering, Computational
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videos. Lifetime Persistent Name yt-player-bandwidth Use Is used to determine the optimal video quality based on the visitor's device and network settings. Lifetime Persistent Name yt-remote-connected
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the required peptide mixtures through enzymatic hydrolysis of a natural substance You will develop and optimize an electrochemical process to cleave the disulfides present in the petides What you bring
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of these studies is to develop optimized treatment strategies in rheumatic diseases and to bring engineered Treg cell approaches and improved B cell depleting cell products into clinical trials. The joint