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package Good communication skills in English (knowledge of German is not necessary) We offer Target-oriented individual further education and training opportunities Targeted training on the job Ticket for
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this knowledge, develop them as minimally invasive neural devices. Specifically, we aim to develop a toolbox of nanomaterials to study and learn from, looking at e.g. how nanoelectrode size and shape affects
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degree with subsequent PhD in Physics, Chemistry, Material Science or related disciplines Profound knowledge of the structural characterization of matter primarily with neutron and X-ray scattering
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environment (e.g. cleanroom, laboratory Deep knowledge of solid state physics and/or quantum information Experience with microfabrication and/or operating and calibrating quantum systems Experience with
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for organoid research and bioengineering approaches Experience with microfluidics is expected. Knowledge of acoustofluidics and/or cell culture and cell biology techniques is beneficial Competitive
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science is expected. Knowledge of spectroscopy, microscopy or bioanalytical methods, as well as cell culture and cell biology techniques are beneficial Competitive applicants must have obtained
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) Knowledge of genetics or genomics is advantageous Passion for research, publication, and grant writing Independence in shaping research direction Willingness to mentor students and contribute to lab growth
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smart grid). While there has been tremendous progress in formal verification of cyber-physical systems, existing approaches still require expert knowledge. The main goal of this project is to develop
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doctoral degree (or expected completion within a few months), for example in economics, regional science, economic/quantitative geography, mathematics or related field demonstrated knowledge and experience
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dissertation close to submission in architecture (architectural history), art history, history, urban planning, and related subjects excellent knowledge of English other relevant language skills for researching