12 coding-"https:"-"FEMTO-ST"-"CSIC"-"https:"-"https:"-"https:"-"Institut-Agro-Rennes-Angers" positions in Austria
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Low-Code / Appian Solutions Developer
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Systems, https://danubius-ri.eu ) Integration and support of stakeholders relevant to DANUBIUS Cooperation with Austrian and International partners in DANUBIUS Acquisition of research projects within
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- Institute of Building and Industrial ConstructionCountryAustriaCityViennaGeofield Contact City Vienna Street Karlsplatz 13 Postal Code 1040 STATUS: EXPIRED X (formerly Twitter) Facebook LinkedIn Whatsapp More
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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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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 scientific background in
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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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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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in software development, and keen interest in dynamics of stellar systems. A key task is to lead the development and support applications of our pioneering code for orbital modelling of stellar systems