185 programming-language-"St"-"University-of-St"-"FEMTO-ST"-"St" positions at UNIVERSITY OF VIENNA
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of your research will lie on the study of topological order using tensor network methods. You continuously stay informed about the state of the art in your field. You present your research plan
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Data (wish criteria) AI Applications (wish criteria) Knowledge in programming language (wish criteria) Literature database (wish criteria) Adobe products (wish criteria) What we offer: Work-life balance
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in e-learning IT skills, esp. an object-oriented programming language such as C#, Python, or Java Knowledge in: logistics or/and supply chain management or/and transport planning is required Excellent
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of courses in a team is required. Excellent command of German and English is required. This is what you do: Involvement in the department administration as well as in teaching and research administration
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in research and teaching (in German and English) is required. A relevant habilitation or equivalent qualification are expected. The willingness to communicate scientific research with and to the public
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join our accomplished team! The Department at the University of Vienna is the largest academic center covering all fields relating to the German language and German-language literatures. The core areas
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experience) A doctoral project in the field of the economic and social history of the Middle Ages and/or the Early Modern Period Very good command of Latin and/or another premodern source language Proficiency
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, Molecular Genetics or related fields. Successful VBC PhD program Selection or similar international PhD Selection required. Practical experience in handling and genetically manipulating non-model organisms
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skills in archaeological science or organic chemistry, high motivation and enjoyment of research. Excellent command of written and spoken English. You are expected to subscribe to the PhD program of
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on analytical metabolomics for (sub)cellular analysis. The method-oriented research plan supports cutting-edge biotechnology on synthetic organelles and new-to-nature pathway design to maximize nutrient and