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-agent systems formal verification modal logic computational logic temporal logic dynamic epistemic logic knowledge representation and reasoning automata theory computational complexity proof theory formal
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education until obtaining a doctorate Take responsibility for the progress of the research project and for developing an industrial and academic network Conduct high-quality research, including experimental
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. Defending critical infrastructure such as railroads, bridges, power plants, power lines, airports, harbors, water supplies and more is challenging in a large country with complex geography and harsh climate
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important that you are able to: Highly motivated and interest-driven to explore complex scientific and engineering problems Work independently and in structured way, as well as collaboratively within
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with researchers and practitioners through the aiD network and related national initiatives. Contribute to the scientific development and collaborative activities of the Data Science research group
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complex data and drawing well-founded conclusions from different perspectives. Constructive and collaborative approach to feedback and teamwork in the context of a research group within a multidisciplinary
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environment, with access to an international network and regular research seminars featuring renowned scholars. As a PhD candidate, you will: be admitted to the PhD programme in Business with the aim
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productive academic team with a strong international network covering radiochemistry, radioecology, environmental chemistry, nuclear waste management and environmental modelling. The successful candidate will
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host strains for the expression of complex biosynthetic pathways. Analyse and interpret molecular, expression and production data. Coordinate relevant NTNU activities with partners in the AIMARIA
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://www.nnrc.uio.no/english/index.html The PhD candidate will be part of a dynamic and productive academic team with a strong international network covering radiochemistry, radioecology, environmental chemistry