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(3 years) to work in this research field. In this project, advanced genomic methods will be employed to investigate an emerging zoonosis caused by anisakid nematode parasites. The first task will
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, power, specific topologies, their control methods and suitable power semiconductors technology. The PhD candidate will work in the 300 MNOK Centre for Environment-Friendly Energy Research (FME) “Maritime
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criteria Experience with large C++ code bases Experience with MLIR and/or LLVM frameworks Experience with Precision Tuning and/or other approximate computing methods Experience with one or more heterogeneity
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qualitative research methods is required. The project language is English and the applicants should have an excellent command of the English language, written and spoken. Applicants must be able to work
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interdisciplinary center with joint efforts in theory, computer simulations and experiments, both in fundamental and in more applied directions. The center works to advance the understanding of porous media by
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genetic and environmental causes of disease, disease progression and prediction, and treatment effects. The center is multidisciplinary, and we use research methods within genetic, molecular, and clinical
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empirical research skills and at least basic knowledge of the relevant scholarship in International Relations (see above). Knowledge of qualitative research methods is required. The project language is
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with contactless sensor which can be integrated into existing data acquisition system enabling to monitor propulsion health as well as estimating remaining useful life (RUL). This PhD project is
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in quantitative methods (reflected in courses and/or research experience) Proficiency in R, Python, or similar programming languages (or strong skills in another statistics software) Knowledge about
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construction of optical diffraction tomography or quantitative phase microscopy systems. Experience in the development of fluorescence-based super-resolution microscopy methods such as structured illumination