128 structural-engineering "https:" "https:" "https:" "https:" "https:" "https:" "Dip" positions at University of Vienna
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. You have a very good command of both German and English as well as good legal and adminstrative understanding. You like to work in a responsible, structured and accurate way and are good with numbers
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fragment-based drug design efforts, integrating structural, thermodynamic, and biophysical insights directly into your synthetic strategy. The lab offers equipment for parallel synthesis, and you will also
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cell biology, structural biology, and biophysics. We strive to gain insight into error-prone cell division in human disease and to discover fundamental principles of cell division. In your project, you
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-learning Knowledge of university processes and structures Experience abroad Basic experience in research methods and academic writing What we offer: Work-life balance: Our employees enjoy flexible working
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experience / experience with e-learning Knowledge of university processes and structures International experience Basic experience in academic research What we offer: Work-life balance: Our employees enjoy
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of university processes and structures Basic experience and interest in academic writing and with research methods Excellent command of written and spoken English (C1 Level) High ability to express yourself both
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• Independent and structured way of working • Good organizational skills • Good IT skills (at least MS Office) required Desirable qualifications are: • Knowledge of university processes and structures
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gravitational effects on entangled photons for shining light onto the interface of quantum physics and gravity? Can we exploit quantum photonics technology for novel quantum machine learning, quantum computing
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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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the growth, alignment, and assembly of framework materials using external fields (electric, magnetic, or flow) to create structured, anisotropic, and multifunctional materials. By coupling field-driven