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. Duties Extend and optimize our existing Python-based workflow for functional materials design which is based on our in-house first principles and spin-dynamics codes. Implement and test new functionalities
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-design techniques for autonomous systems. This position is part of a grant, named SynTM (from the Swedish Research Council), on automatic synthesis of programs for autonomous systems. Early results
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experts, impact the project portfolio through applying machine learning and artificial intelligence to drug design. We have produced high-quality scientific work released as open-source and built
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experts, impact the project portfolio through applying machine learning and artificial intelligence to drug design. We have produced high-quality scientific work released as open-source and built
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on industrial transformation, the project examines how such policy instruments affect conditions for innovation and the industry's ability to transform. The project includes studies both in Sweden and
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behavioral sciences. The use and design of IT is put in context in relation to people, organizations, and society. DSV offers a stimulating research environment in an international setting. Main
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developing technologies that will enable genome-wide screens. The successful postdoctoral candidate will under the guidance of the Haapaniemi lab design and test novel Cas9 fusion proteins and alternative
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Research Group. Using a multidisciplinary approach, the group focuses on designing and investigating new catalytic materials for sustainable reactions, with the overall goal to reduce carbon dioxide
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concept evaluation, and detailed component design and optimization, such as compressors, turbines, transition ducts and heat-exchangers, through implementing combinations of numerical modeling and
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, the group works mainly with aircraft propulsion. This includes system level assessment, engine concept evaluation, and detailed component design and optimization, such as compressors, turbines, transition