36 finite-element-method positions at NTNU Norwegian University of Science and Technology
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science, or quantum chemistry, with a strong foundation in quantum physics and solid experience in ab initio DFT methods and/or spin dynamics simulations, complemented by strong programming skills. Your
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participatory planning methods, the research will support key areas such as mobility planning, socio-ecological systems, adaptive reuse of urban heritage, as well as strategic urban design and planning
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universities in the Nordic region. Both departments have strategic initiatives in sustainable metallurgy and applying material science and chemical engineering to extract and recycle valuable elements from
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The postdoc’s main responsibility will be on developing and implementing methods for multi-omics analyses in secure computational settings (HUNT Cloud, TSD, SAFE) and make such methods available and easily
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distribution. Developing and applying high-throughput data analysis methods for TEM experiments. Investigating corrosion initiation and propagation mechanisms and linking them to alloy composition and processing
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/communication devices are still complex. Therefore, to overcome these challenges, the solutions have been pointed to separate the functionalities and the hardware dependency by applying virtualization methods
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well amongst actors involved in spatial planning. Limited studies systematically combine methods and insights from these diverse approaches, and an evidence-based spatial and visual methodology
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, DeepFDM, MINO, etc., but also other methods for generative models in function spaces. Develop multiscale (resolution-invariant) AI models for wave kinematics and sea loads on ships, considering also phase
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orbitronics. Such models can assist in developing new concepts in quantum transport where the key component is the orbital angular momentum of electrons rather than their charge or spin. The system will be
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and lead to premature breakdown. The SwoP (Impact of switched voltage waveforms on power components and grids) project will develop methods to measure, characterize and predict the increased stresses