131 parallel-programming-"DIFFER"-"Mohammed-VI-Polytechnic-University" positions in Austria
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AI:AT – the AI Factory Austria – is making Austria a hotspot for Artificial Intelligence in Europe. AI:AT is a joint project of AIT and Advanced Computing Austria. It brings together top-level expertise in high-performance computing, artificial intelligence, and data ecosystems, creating an...
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are looking for a/an Doctoral School Program Manager 74 Max Perutz Labs Job vacancy starting: 05/17/2025 (MM-DD-YYYY) | Working hours: 40,00 | Classification CBA: §54 VwGr. IVa Limited contract until: Job ID
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where multiple processes—like convection and diffusion—interact across vastly different scales. These differences give rise to small parameters in the equations and produce solutions with sharp gradients
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"Biography, Education and Society" as of 10/01/2025. The teaching responsibilities will include courses in the bachelor’s and master’s degree programs in Educational Science, with a focus on education
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mathematical understanding Very good programming skills, mastery of at least two of the following programming languages: Java, C++, C#, Python Strong ability to work in teams Perseverance and ability to make
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the model in different fields; • Publish your scientific results in peer-reviewed journals; • Teach within the scope of the provisions of the collective bargaining agreement; • Strengthen
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Salimi, two positions for university assistants are being advertised. Please note the parallel advertisement, position ID 3687. As a university assistant, you will take on exciting tasks such as active
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international team closely working together with colleagues from different medical universities, biomedical engineering and radiochemists. We are enthusiastic about neurochemicals acting as agonists
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students in analyzing the impact of different food practices and processing techniques on the quality and safety of food products. Performing emerging extraction techniques for biological macromolecules
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environments. The goal is to scientifically quantify at least three different motion planning algorithms in various benchmarking scenarios. Further, you will evaluate the practical feasibility on a real-world