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data preprocessing, RNA splicing, deep learning and analysis of human multi-omics data is an advantage. The candidate should exhibit a high degree of independence but on the other hand also value a
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degree. Applicants with experience in one or more of the following fields are encouraged to apply: Organoid culture Flow cytometry Microscopy Bioinformatics analysis Previous publications are considered a
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survivability and hull design Risk and reliability analysis Ship resistance and motions Propulsion systems and energy efficiency Activities range from basic science—advancing understanding of the physics
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analysis Ship resistance and motions Propulsion systems and energy efficiency Activities range from basic science—advancing understanding of the physics that govern ship design and operation—to applied
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genetic analyses and generalised linear mixed-effects models, and ideally also in the use of some mathematical models (e.g. Integral Projection Models) Experience in data processing, statistical analysis
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of hybrid-electric aero-engine performance and environmental impact will be a key focus. The project also includes preliminary system design and mission analysis. A large part of the work will be conducted
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project here . The postdoctoral researcher is expected to: • Conduct independent and collaborative research in medical ethics related to the COMBAT theme – primarily theoretical ethical analysis, but also
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performance and environmental impact will be a key focus. The project also includes preliminary system design and mission analysis. A large part of the work will be conducted at – or in close collaboration with
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of the research team that works to generate high-quality biomedical devices in a high throughput format. The work includes biosensor device, biorecognition design, and electrochemical analysis. The duties
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in analysis and/or modelling of neuronal activity. Awareness of diversity and equal opportunity issues, with specific focus on gender equality. Ability to work in a collaborative setting with