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Field
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areas is considered a strong merit: Aircraft design (concpetual design and performance evaluation) Propulsion systems (performance, and integration) Multidisciplinary modelling (combining engine
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both oral and written English are expected. The candidate must be capable of independently planning, executing, and evaluating experimental and computational work. As a person, you are enthusiastic
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You will mostly be involved with evaluation optical devices fabricated in our cleanroom and explore their use in various experimental setups aiming at a range of applications. Supervise master’s and/or
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on commercial farms, and evaluating piglet welfare, health, microbiota, behavioural, and economic impacts in real-world settings. Together, the projects address a central challenge in commercial pig production
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mathematics Experience in the design and evaluation of learning with digital teaching materials Expertise in quantitative methods and learning analytics for processing and analysing data generated by users
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in English. In the evaluation of candidates, special emphasis will be placed on the following: Knowledge and skills relevant for the project Quality of previous research output Personal skills relevant
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using UPSC transformation and somatic embryogenesis pipelines; evaluating drought phenotypes. Curate, document and analyse large, multi‑omic datasets; ensure reproducibility and FAIR data stewardship
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their structure and properties. Develop and optimize aqueous electrolyte systems, evaluating their electrochemical window, ionic transport properties, long-term stability, and interactions with electrode materials
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/audit support. Qualified candidates will also be evaluated in terms of additional merits in relating to engagement in application areas with societal relevance. Experience with Safety-critical autonomous
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change, uncertainty, and adaptability, drawing on design- and practice-oriented methodology and ongoing evaluation research. The work will be carried out at the Division of Urban Design and Planning, in a