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, including the application of geometry to the study of such systems; ability to work with the LaTeXeditor and good knowledge of Mathematica and Python would be an additionaladvantage; experience in
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interdisciplinary research; familiarity with programming (e.g., Python) will be considered an advantage; previous experience in singlemolecule methods is not required, as full training will be provided
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methods (e.g. analysis of survey and experimental data using advanced models); ● computational skills – experience working with R, Python or other programming languages; ● experience in designing
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) is the lead author, h-index: 8 (according to Scopus) or higher, fluency in English, programming skills in R, Python, Perl, C++, or similar languages, ability to design and optimize analytical pipelines
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, also a solid knowledge of cryo-electron tomography (cryo-ET). Basic programming skills in Python and experience in Unix/Linux environments, including HPC systems. A proven ability to produce
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courses in English-language degree programmes, proficiency in programming languages, technologies, and frameworks, including C/C++, Java, C#, Python, SQL, HTML/CSS, JavaScript/TypeScript, React, Spring Boot
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of programming languages, technologies, and frameworks, including Java, Python, SQL, HTML/CSS, and JavaScript/TypeScript, knowledge of data engineering concepts, including data integration architecture, data
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a group. Experience with at least one of the list: (preferably two or more):NMR methodology Automated synthesis Polymer chemistry Programming (preferable Python or Matlab) Machine learning Ability
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-omics data (metagenomics, metabolomics, immunophenotyping data). Strong background in machine learning and statistical modeling, preferably in biomedical applications. Proficiency in Python and/or R, as
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for teaching and organization, • documented competence in Computational Fluid Dynamics (CFD), • documented competence in Python programming, • documented experience in conducting research and R&D projects