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or equivalent Skills/Qualifications Good knowledge of control theory, signal processing, radiocommunication and antenna theory, programming in C, C++, Python and Matlab/Simulink, knowledge of the design and
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languages C++, Python, and engineering computation environments such as MATLAB/Simulink; Knowledge of tools: Git, CI/CD, Jira, SystemWeaver, TargetLink, StateFlow, Latex; Experience in interpreting results
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particle physics phenomenology -programming in C++ and/or Python -fluent knowledge of English language Welcome: experience in Monte Carlo methods and statistical modeling experience in QCD phenomenology
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) and immunoassays (ELISA); Bacterial culture and transformation; molecular cloning; Experience with immunocytochemical techniques and fluorescence microscopy; Programming in Python; Independence and
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knowledge of R and Python programming languages in the areas of algorithmic trading and modelling of market risk; Specific Requirements other significant achievements (e.g., awards, scholarships) and
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classes on quantitative finance and machine learning); knowledge of English at a level sufficient to conduct classes for first- and second-cycle students; very good knowledge of R and Python programming
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in economics, finance, or energy management) will be considered an asset. Specific Requirements * Proficiency in Python ecosystem (NumPy, Pandas, TensorFlow, scikit-learn) * Experience with
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technique proficiency in programming using Visual Basic, Python ability to use data analysis software: e.g. Matlab, ImageJ, Igor-pro, WSxM and for writing publications Latex proficiency in English motivation
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models of neuroinflammation); Excellent skills in cell culture and flow cytometry; The ability to analyze RNA-seq data (R/Python); Enthusiasm and passion for research; Doctoral degree obtained not earlier
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, technology of semiconductor lasers, • good programming skills (C/C++/python) • published papers from recent years including current publishing activity • fluency in English. Formal requirements (based