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Field
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equipment will be provided. We follow the Researcher Development Concordat. We enable all staff to fulfil their research potential regardless of career stage. This commitment secures our thriving research
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- MicroAM” funded by the VILLUM FONDEN. The overall aim of the project is to introduce microstructural engineering to the field of additive manufacturing (AM) of metals. This is to set the stage
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learning, you will help develop new methods for understanding complex failure mechanisms—an area where existing industrial knowledge remains limited. The project will be executed in three systematic phases
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indicators beyond current proxies. High-Speed Rail (HSR) and National Spatial Optimisation Examine how HSR infrastructure reshapes urban and regional population distribution, and develop a multi-objective
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floor contains phase change materials, which act as a passive thermal storage medium. The digital tool should control the heating system of the floor to reduce the energy consumption and electricity cost
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Physics/Nanoscience , Metrology , MOTRIMS , Multi-messenger Astronomy , Nano- and Optomechanis , Nanomechanics , Nanoscience , Nanotechnology , Network , Networks , Neutrino Astronomy , Neutrino physics
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novel computational models for intelligent analysis multi-variate time-series data during their PhD studies. actively take part in inter- and multi-disciplinary research activities relevant to AI Hub
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leading microelectronics research centres, funded travel to top-tier conferences like DATE, ISCAS, and NeurIPS, and active involvement in co-design with industry partners. The multi-phase research plan is
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to: actively take part in inter- and multi-disciplinary research activities relevant to AI Hub hosted by Østfold University College. disseminate research results on the project through high-quality scientific
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element is based on levels 2–4 of the job requirement level chart for teaching and research staff depending on the stage of the applicant's doctoral research and postgraduate studies. The personal