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strong international profile, at the same time as pursuing the development of language technology methods and resources for the Danish language. The Centre has considerable experience managing
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Postdoc in Decoding Biological Nitrification Inhibition (BNI) in Cereals: Integrating Metabolomic...
An ability to take initiative, develop, and manage research activities Proficient quantitative skills with data analysis and programming e.g. in R and python Documented experience in scientific writing and
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An ability to take initiative, develop, and manage research activities Proficient quantitative skills with data analysis and programming e.g. in R and python Documented experience in scientific writing and
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. The postdoctoral researcher will be working on specific project tasks set out by the project director. The position is for 2 years. The position will commence on 1 January 2027 or as soon as possible thereafter
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: June 1st, 2026. Job Description The position is part of SDU LCE’s strategic research agenda on net-zero energy systems, carbon management, and CCUS infrastructure development. The postdoc will lead
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well as interviews with the students and their families. Further information Applicants are encouraged to contact project manager Laura Gilliam (lagi@edu.au.dk ) to obtain the full project description. The position
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collaboration with our team. You will: Develop ML methods to handle conditional data generation mechanism in the development pipeline, and for optimization and simulation Develop ML methods for uncertainty
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. Building on completed and ongoing clinical studies, the postdoctoral project focuses on further validation, implementation in real-world clinical settings, and evaluation of different patient care pathways
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at the department as well as international partners. Further, it is expected that you can collaborate broadly with stakeholders in the design of scenarios and for management purposes. Your profile Applicants should
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transition and sustainable energy systems. The center conducts cutting-edge research on integrated energy system design, extending beyond traditional energy systems to include CO2 management, land-use