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. While adaptation studies recognise the intertwined complexities of heterogeneous built environments and societal vulnerabilities, methodological frameworks for harnessing the interests of marginalised
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, synthesis, normative reasoning, mechanism design, analysis of social phenomena, and so on. The logics in question include, but are not limited to, logics for reasoning about agents’ strategies, actions
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challenges in recent decades. While adaptation studies recognise the intertwined complexities of heterogeneous built environments and societal vulnerabilities, methodological frameworks for harnessing
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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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for recruitment positions for general criteria for the position. Preferred selection criteria Experience with spatial data analysis and integrating qualitative and quantitative datasets using platforms such as GIS
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, metabolic measurements, muscle biopsy allocation and analysis, etc.), data analysis, and dissemination of findings. The candidate will work closely with researchers at NIH and external collaborators
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, political science, geography and techno-economic analysis, FEASIBILITY includes comparative empirical studies across several European countries (Norway, Germany, Portugal, and the United Kingdom
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Assessment (LCA), Input-Output analysis (I/O), and Material Flow Analysis (MFA) with scientists’ contribution to IPCC and IPBES assessment reports, the International Resource Panel, active participation
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project will investigate how regulatory DNA elements, BGC architecture and microbial host selection influence the expression of complex biosynthetic pathways. Molecular biology, microbial strain engineering
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of artificial intelligence in complex decision-making processes. Hosted by the Norwegian University of Science and Technology (NTNU) and SINTEF aiD bridges technological, organizational, and human-centric gaps