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and graduate levels. Teaching will primarily take place within the Life Sciences Engineering curriculum, and the ability to teach STEM subjects will be a positive factor in the evaluation process. EPFL
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data analysis powered by AI, and the design of AI-engineered biological systems, as well as multiscale bioimaging and the analysis of protein structure and dynamics. These efforts should ideally span
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technologies, high throughput screening and multi-dimensional data analysis. In addition, you have a proven record of implementing end-to-end automation of laboratory processes. You exhibit a keen awareness of
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genetic elements, genome plasticity, microbial gene and cellular regulation, antimicrobial resistance or evolution. We welcome all experimental microbial models (e.g. bacteria, archaea, unicellular
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not only that: you will soon realize that it also inspires you to expand your own professional capabilities. One of the core elements of our culture is feedback. After all, sharing knowledge promotes
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interprofessional collaboration is a central component of the role. This includes close cooperation within the University of Bern, with the Bern University of Applied Sciences, and with external clinical and academic
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first-author original research publication in a high-impact factor journal. Strong mentorship skills, the ability to guide junior researchers, and a collaborative mindset to interact effectively with
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. The selected post holder should have demonstrated an interdisciplinary academic work in Systems Medicine, that may include but it is not restricted to, the analysis of data at the molecular, cellular, tissue and
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Contract length : 2 years, renewable twice, max. 6 years Rate : 100% The Department of Computational Biology (DBC ) is internationally renowned for its excellence in research pertaining to the analysis