50 embedded-system-"https:"-"https:"-"https:"-"https:"-"St"-"St" positions at MASARYK UNIVERSITY
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: We're excited to announce an open PhD student position in Petr Tesina's Research Group! If you're passionate about studying human translation control, this is the perfect opportunity for you. Our research
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Number of positions: 1 Application deadline: 12. 2. 2026 The Department of Natural Drugs is seeking a colleague for the position of Associate Professor with a specialization in pharmacognosy. MAIN
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Researcher Profile : R2 About the Workplace Masaryk University is modern, dynamic and the most attractive university in the Czech Republic with ten faculties, more than 7 000 staff and 33 000 students, a wide
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Workplace Masaryk University is modern, dynamic and the most attractive university in the Czech Republic with ten faculties, more than 7 000 staff and 33 000 students, a wide range of research areas and a
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activities), advanced level of academic English, knowledge of other language is a plus, ability to teach in the Czech language (minimum level C1 or native speaker). Required knowledge, skills, abilities: User
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well as bacteriophages infecting pathogenic bacteria. The Plevka Lab has access to cutting-edge cryo-EM equipment at our in-house core facility. Our work is supported by significant third-party funding, including an ERC
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Mechanobiology section of Michal Masarik Laboratory, Faculty of Medicine, Masaryk University (Brno, Czech Republic) investigates how cytoskeletal organization and cellular mechanics influence cancer cell
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Neurology at Masaryk University. The goal of our research group is to create robust computational frameworks with which to better understand how information is processed across the vast range of scales
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Positions: 1 Application Deadline: 12.2.2026 EU Researcher Profile : R2 About the Workplace Masaryk University is modern, dynamic and the most attractive university in the Czech Republic with ten faculties
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: The research group of prof. Michal Masařík is a biomedical laboratory dedicated to exploring the molecular mechanisms that drive cancer progression, with a particular emphasis on the tumour microenvironment (TME