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manufacturing from trial-and-error development to predictive design. You will combine experiments, mechanical analysis and multiscale material characterisation to uncover how fibre properties govern deformability
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analysis; life cycle assessment, environmental systems analysis or material-flow analysis; techno-economic or socio-economic assessment; bioenergy, biogas or biorefinery systems; agricultural production
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materials, semiconductor devices, metal alloys, heterogeneous catalysts, and other nanostructured surfaces using SPELEEM. The beamline provides variable-polarization VUV and soft X-ray light to the state
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science (possibly with specialisation in crop production) Description of the doctoral project: The supply of raw materials for a growing bioeconomy meets great societal challenges in order to synergize with
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, provenance and research data management. EUROfusion or ITER software environments. Numerical modelling of plasma transport, equilibrium, turbulence, MHD, heating and current drive, or plasma-material
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in textile technologies. Development of functional textile products. Familiarity with textile-related legislation, standards, and regulations. Experience in market and trend analysis. Contacts in
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an education earned outside of Sweden, a 4-year Bachelor’s degree is accepted. The following experience will strengthen your application: Experience in large scale OMICs-data handling and statistical analysis
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conditions. The successful candidate will join a multidisciplinary research program that combines experimental models, patient-derived materials, and advanced technologies to explore the mechanisms that lead
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companies and actors from the healthcare sector. A number of important infrastructures are available, including specialized laboratories for antibody development, flow cytometry, spatial omics, and mass
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You will be part of a research program that integrates experimental mouse models, patient material and cutting-edge technologies to study how the immune system can be harnessed to develop and improve