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. Ready to be part of our team? Welcome aboard! Your personal sphere of play: The group of Prof. Backus at the Institute of Physical Chemistry studies structure and dynamics of molecular processes. We apply
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of organic compounds. This includes the development of new organic reactions and methodologies, particularly focusing on multicomponent reactions of sulfinamides and related structures. Research will also
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, with a special focus on RNA structure and bioinformatics. This position will focus on the development of methods and algorithms for the comparative analysis of metabolic networks. Your future tasks: We
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to academic standards). International lecturing experience. Desirable qualifications: Familiarity with university processes and structures. International experience. Experience in student supervision Experience
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communication skills, ability to take criticism Independent and structured way of working What we offer: Work-life balance: Our employees enjoy flexible working hours and remote/hybrid work. Inspiring working
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skills Knowledge of university processes and structures Experience abroad Experience in research in a medical context/with clinical populations Experience in research with digital interventions Strong
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-Skills Team player and high social/communicative skills The following are desirable: Teaching experience / experience with e-learning Knowledge of university procedures and structures Knowledge
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Desirable qualifications are: Knowledge of university processes and structures Experience abroad Experience of supervising students What we offer: Work-life balance: Our employees enjoy flexible working hours
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of electronic structure and computational materials discovery. In this role you will be performing first principles-based simulations for the description of chemical and structural dynamics in the context
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at the Faculty of Life Sciences for 6 years. The 'Molecular Targets Laboratory' led by Professor Verena M. Dirsch aims at a better understanding of the molecular mechanisms of natural products. Cell and molecular