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education programmes Team player with strong social/communication skills Organisational talent Demonstrated knowledge of academic structures and processes What we offer: Work-life balance: Our employees enjoy
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similar Strong written and oral communication skills The following are also desirable: Teaching experience Knowledge of university processes and structures Experience abroad What we offer: Work-life balance
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, the organization and execution of a lecture series in the summer semester of 2026, as well as the planning of workshops and public events, and the development of participatory structures for local and regional
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of geometric partial differential equations. He*She will be integrated into the faculty’s key research area Analysis, Geometric Structures, and Mathematical Physics. In addition, the candidate is expected
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working independently and in a structured manner, have technical understanding, are service-oriented, and enjoy finding solutions. You are a team player with strong social and communication skills. You have
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research methodology and present research findings in a structured way Ability to work independently and as part of a team Flexibility, willingness to learn and travel Excellent command of written and spoken
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of 2026, as well as the planning of workshops and public events, and the development of participatory structures for local and regional health research and events. The Research Coordinator will contribute
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Experience in participating in research projects Didactic skills/experience in e-learning IT skills Knowledge of university processes and structures is desirable Experience in student support Excellent English
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. Collaborative, team-minded and pro-active attitude. High level of written and oral communication skills. Experience with the structures of the University of Vienna. What we offer: Work-life balance: Our employees
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of synthetic chemistry, especially in the synthesis of biologically active organometallics, preferably of tumor-inhibiting iron and/or ruthenium complexes. Experience in characterization of novel structures by