61 computer-programmer-"https:"-"FEMTO-ST"-"U" "https:" "https:" "https:" "https:" "https:" "Dr" "UCL" positions at MASARYK UNIVERSITY in Czech
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of research and pedagogical activities, incl. related administration Required qualification: Completed university education in a master’s degree study program in natural sciences field or equivalent education
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obtained abroad. Completed education in a doctoral study programme, or specialized professional competence in accordance with Act No. 95/2004 Coll. (for physicians, dentists, and pharmacists) or Act No. 96
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the international field Foreign experience Experience with extremophile research and connections to polar research (thanks to CCM's close cooperation with the Czech Antarctic Program) Informal inquiries about the
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mission and move it forward. Main activities: Ensuring the proper functioning and development of the department in accordance with the faculty's strategic plan – see FSpS Document Server (muni.cz
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unintended consequences. The project relies on longitudinal school network data and advanced quantitative and computational methods. WHAT YOU WILL DO Work with longitudinal classroom network and survey data
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mission and move it forward. Main activities: Ensuring the proper functioning and development of the department in accordance with the faculty's strategic plan – see FSpS Document Server (muni.cz
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of Geological Sciences at the Faculty of Science MU is a modern workplace engaged in both basic and applied research across a broad range of geoscience disciplines. It provides teaching in degree programmes
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Teaching activities in higher education study programmes, including teaching specialized courses and supervising students’ final theses Participation in the preparation, innovation, and accreditation
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mission and move it forward. Main activities: Ensuring the proper functioning and development of the department in accordance with the faculty's strategic plan – see FSpS Document Server (muni.cz
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metabolism, invasiveness, and adaptation to the microenvironment. Our research combines experimental mechanobiology, advanced light microscopy, and computational modeling to understand the physical and