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research, innovation and education to accelerate the energy transition within the shipping industry, while increasing value creation and exports for the Norwegian maritime industry. With total funding from
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against solid tumors. The group runs both basic science projects to uncover new mechanistic and biological insights, as well as innovation and commercialization projects. More about the position
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adjusting the plan for the project as needed Work constructively under pressure or in the face of setbacks Emphasis will be placed on personal qualities. We offer An exciting job with an important mission in
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standards in the entire range from basic to applied. We will convey knowledge about disciplines and contribute to innovation. Our social mission unites UiT across various studies, research fields and large
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industrial PET recycling. Admission to the PhD programme in Health Sciences is a prerequisite for the position. The final plan for organised research training must be approved and agreed no later than three
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pages) Project proposal containing an overall description of research question(s), source material, theoretical perspectives and methodological design (maximum 5 pages) CV Certificates, transcripts and
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both natural and accelerated ageing conditions. The research will delve into realistic lifetimes for BIPV systems, aiming to provide insights for informed decision-making regarding design, installation
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are: • Identifying and understanding housing, air quality, and respiratory health issues in each case study. • Linking climate change models to housing, air quality, and respiratory health outcomes. • Designing
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, air quality, and respiratory health outcomes. • Designing a grassroots scenario-planning process. • Exploring and analyzing housing and health issues under climate scenarios through interactive
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climatology. Moreover, MET Norway has the designated responsibility for metocean forecasts and extreme wave warnings over the Norwegian maritime territory. Our credo is to protect life and property. In our