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- MASARYK UNIVERSITY
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the following documents in English: CV, including a list of publications (max. 4 pages). At least three Impact Factor journal publications are expected or CORE A*/A conference paper. Papers accepted
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project Expected start: 01.03.2026 (fixed-term employment until February 28, 2027) Expected workload: 30 % Job responsibilities: In silico analysis of biofilms in various trypanosomatid species
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hierarchies and incorporating more technical datasets such as geomorphology and metal detection finds into archaeological analysis researching into the complexity of the production and distribution chains
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penalized and hierarchical modeling strategies. The successful candidate will contribute to outcome definition, data analysis, and model development, and will have the opportunity to engage in advanced
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, microstructural analysis, and radiation damage characterization. Familiarity with magnetron sputtering, multilayer coatings, or alloy design will be highly advantageous. Skills in Focused Ion Beam (FIB) sample
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educational solution that uniquely combines elements of gamification, adaptive learning, and advanced technologies including 3D/VR/XR and AI. Your primary responsibility will be ensuring continuous user
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educational solution that uniquely combines elements of gamification, adaptive learning, and advanced technologies including 3D/VR/XR and AI. Your primary responsibility will be ensuring continuous user
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the occupational risks faced by inhabitants of the Roman Empire influenced their choice of preferred cults. The main methods used in the project include spatial analysis, predictive modelling, statistics, and the
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, verifiable publication activity in the field of qualitative/quantitative analysis of biomolecules using mass spectrometry, in-depth knowledge of one of the following areas of research: targeted MS proteomic
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studies Application of basic and advanced statistical methods (e.g., linear/logistic regression, Cox regression, potentially also multilevel analysis, structural equation modelling, mixed-effects modelling