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programming skills and finite element (FE) analysis experience is a requirement. Knowledge of machine learning, Matlab and Abaqus is also highly desired. Previous experience with parametrization and automation
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Proven experience in NEXAFS and XPS with synchrotron radiation is required Experience in other spectroscopic techniques, advanced data analysis and/or programming skills is a strong plus Experience in
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degree in relevant fields (bioinformatics, immunology, computational biology, mathematics, and/or statistics). Strong programming skills in R and/or Python Demonstrated strong ability in analyzing high
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is carried out in close collaboration with industry and academic partners. Main responsibilities Develop a research plan and design test configurations in collaboration with senior researchers. Perform
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to work well both independently and in a team and have the ability to independently plan and conduct research Proficiency in spoken and written English Documented experience in publishing in international
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of organic semiconductor materials. Work assignments This project, funded by the Wallenberg Academy Fellows programme https://kaw.wallenberg.org/en/research/creating-greener-semiconductors , aims to provide a
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, particularly in the context of human disease. Success in this role requires the ability to work both independently and as part of a multidisciplinary team, along with excellent proficiency in English, both
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the criteria outlined below and provides an excellent training opportunity for a talented and ambitious scientist. The working ‘day to day’ language in the laboratory is English. Description of the project
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in English (spoken and written); knowledge of a Nordic language is considered a merit Ability to work effectively in an international and interdisciplinary environment *The doctoral degree must have
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skills and a proven ability to lead and complete research projects. Excellent written and oral communication skills are required. Experience, and knowledge of modeling aquatic metabolism using dissolved