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manufacturing systems that strengthen operational robustness, improve resource efficiency and raise the quality of decision-making. The research will investigate how simulation-based optimization, digital twins
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be based in Uppsala at the Institute of Coastal Research. Welcome to visit us at www.slu.se/aquaticresources ! Read more about our benefits and working at SLU by visiting: https://www.slu.se/en/about
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evaluate the contributions using simulations and experiments with physical robots. For this project, you need to be comfortable with mathematics and hold a degree in Computer Science, Applied Mathematics
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,” attracting both Swedish and international students. Further information about the Department of Biology is available at: http://www.lu.se/biologi . Job description Work duties The position involves research
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such conditions. In the project, a test rig to quantify roughness found in hydraulic turbines will be developed and potentially numerical simulations performed. Function of the results, measurements at different
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of transport‑related emissions. In both positions, the overarching ambition is to extend large‑scale transport simulation models into next generation transdisciplinary frameworks that integrate energy, emission
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, simulation, AI, digital twins, manufacturing systems, communication infrastructure and decision support are connected to real industrial challenges and using the rapidly advancing digital infrastructure and AI
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background (academic transcripts, degree diplomas, evidence of prior teaching and/or industry experience). A copy of your Master thesis (if not finished at the time of application, please send a current draft
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for acoustic metamaterials/metasurfaces; use simulation and data-driven optimization; contribute to listening tests and VR-based soundscape evaluation; build or test prototypes; publish results; and contribute
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postdoctoral researcher, you will further develop and apply urban building energy modelling tools (such as ODEN and HIBER Atlas) to automate energy simulations and identify cost-effective renovation measures