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at the IPB aims to understand the (bio)chemical basis of plant resilience and performance in challenging environments related to climate change. The IPB offers excellent research facilities and state
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synthetic chemistry excellent results on individual performance criteria (e.g., manuscript/publication resulting from Master thesis, awards) and timely completion of higher education strong motivation
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at obtaining further academic qualification (usually PhD). Job ID: RTG2947-T7 Title: Microclimatic effects: Weather-robust UAS flight planning and operation
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theoretical chemistry/physics, condensed-matter physics excellent results on individual performance criteria (e.g., manuscript/publication resulting from Master thesis, awards) and timely completion of higher
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, miniaturised devices for biomedical research, and to other specialised applications. However, our current understanding of the key factors that affect their performance is limited by the fact that most
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and data analytics (including machine learning and deep learning); from high-performance computing to high-performance analytics; from data integration to data-related topics such as uncertainty
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of the performance and resilience of plants under environmental conditions of climate change. The IPB offers excellent research conditions and a state-of-the-art infrastructure to investigate the chemical diversity
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Description The Institute of Radio Frequency Engineering and Electronics conducts research in the field of integrated circuit design in state-of-the-art CMOS and SiGe BiCMOS technologies for various
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Tasks Design and perform experimental approaches spanning mechanistic to translational studies in relevant model systems, including in-vivo, in-vitro, and in-silico settings Participation in
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scientist/Ph.D. student TV-L E13 (65%) The doctoral research project will be performed in the group of Prof. Dr. Carolin Wendling and perform in-vitro and in vivo infection experiments to test the safety and