10 python-"DIFFER"-"NTNU---Norwegian-University-of-Science-and-Technology" positions in Switzerland
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to gain a deeper understanding of how these methods are applied across different domains, as well as the skills needed for interdisciplinary research. If you are proficient in Python and software
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behavioral change in the field of transportation by conducting empirical research and combining different research disciplines. Our mobility and transport research aims to further conceptual and theoretical
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of Aquatic Science and Technology, an interdisciplinary team of researchers studying biogeochemical cycles of trace elements across different environmental compartments. Our mission is to understand and
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metrics and usage statistics, identify inefficiencies on different levels (CPU/GPU, I/O patterns, etc.) and provide corresponding reports. You will work closely with researchers and HPC users and provide
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. Job description Your task would include one or both of the following: help us in setting up the data pipeline for a synthetic population and travel demand model using Python (i.e., pandas, NumPy
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) Ability to present results to different audiences (technical, non-technical) Solid knowledge of machine learning concepts and programming skills in Python, R, or a similar language 1-3 years of data science
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synchronize different physiological recordings including EEG, ECG, respiratory recordings and pupillometry. The successful candidate will be part of all aspects of scientific work making this an exciting and
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also exhibit robust thermal and mechanical stability at temperatures above 1000°C. Different aspects of the fabricated materials, as well as their overall performance, will be experimentally evaluated
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platforms. Assist with other software development, data analysis and visualization tasks as needed across different projects. Contribute to the development of ML and AI components within GEG software
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variants in cattle and related species, construct different pangenome graphs , and identify trait-associated structural variants . OPISCOW aims at investigating the de novo mutation rate of structural