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Ecology with a focus on Soil-atmosphere interactions (Reference code 249) Working time: 40 hours per week Term of the employment relationship: 1st of May 2026, limited to a period of 6 years Workplace
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a focus on long-term socio-ecological research (Reference code 248) Working time: 40 hours per week Term of the employment relationship: 1st of March 2026, limited to a period of 6 years Workplace
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of Vienna. We are searching for a Senior scientist to contribute to the development of numerical codes used by the Solar System Evolution group and other groups at the department. Our ideal candidate has a
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imaging). Basic coding familiarity (Python, Julia, R, or Matlab). Excellent oral and written communication skills, including the ability to analyze data and prepare figures suitable for publication. Strong
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environments High proficiency in writing code for data analysis (e.g. using R / Python) and using relevant software Demonstrated capability of writing for publication in high-impact academic journals Excellent
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Career position in compliance with § 99 (5) UG (tenure-track) in the field of Sustainable Hydropower
the field of Sustainable Hydropower (Reference code 225) Working time: 40 hours per week Term of the employment relationship: 1st of February 2026, limited to a period of 6 years Workplace: Vienna Allocation
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Chemistry of Foods (Food Physics) with a focus on Food Structure (Reference code 226) Working time: 40 hours per week Term of the employment relationship: 1st of October 2026, limited to a period of 6 years
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epidemiology, pharmacogenomics, statistical genetics, or population genetics and experience in statistical and computational analyses of high-throughput omics data Ability to code in one or more scientific
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assigned duties. Interpret and clarify work order request for all types of painting duties. Evaluate to ensure requests do not violate regulatory codes. Respond to requests with time frame of completion and
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targeted drugs. Studying the genetic and epigenetic basis of GI cancers (e.g., aberrant DNA methylation, histone modifications, and non-coding RNAs). Understanding the biological implications of gut