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, plant immunity, and translational crop research. The long-term goal is to identify metabolic control points that can be leveraged to strengthen natural plant defenses and reduce pathogen entry into leafy
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transduction schemes that deliver high sensitivity and selectivity in complex media Validation in controlled in vitro and ex vivo systems, enabling quantitative correlations between electrochemical signals and
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, biotechnological process parameter control, as well as material preparation and characterization techniques Profile We are seeking a highly motivated candidate with: Master’s degree in material science/engineering
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capabilities in actuation, sensing, surgical vision, and safe autonomous control; and (ii) developing technologies that meet clinical requirements across diverse care environments and scenarios. Through close
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acoustic metamaterials. The outcome will be relevant for the development of new technologies for controlling acoustic or electromagnetic waves. Project background In contrast with acoustic metamaterials
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to details. You care about having a positive impact with your research. are excellent at quantitative reasoning. You have a rigorous statistics training in causal inference, and a strong command of Stata. You
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to work with large datasets Good command of English (spoken and written); a basic understanding of German is an advantage, but not mandatory Ability to work independently as well as in a collaborative