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at OsloMet OceanLab, contributing to research on data-driven methods for sustainable maritime operations. The work will focus on voyage optimization, operational decision support, and control strategies
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rehabilitation is increasing. At the same time, increasing volumes of data are generated by various inspection methods and measurement technologies. The project addresses challenges related to fragmented data
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the small-scale effects on the material behavior of PNSEs, only molecular simulations can provide a systematic method to understand the relationship between the structure and function of the complex systems
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, community work Experience with participatory and qualitative research methods, (i.e. oral history, narrative interviews, focus groups, sensory/creative approaches) Collaboration capacity within the Norwegian
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will use qualitative and quantitative methods through systematic literature reviews, co-creation workshops and a longitudinal study. This research area builds on interdisciplinary theoretical frameworks
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foundation in mathematics, estimation, and dynamical systems Personal qualities Strong ability to follow through on tasks and projects Motivation for the academic and research field Good communication and
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for extended research stays abroad . Qualification requirements Master's degree within Electronics Engineering, Computer Engineering or equivalent related disciplines. The degree must normally include 120