• Scientific and pedagogical direction - Master of Engineering Sciences

ON1 Explaining the principles of organizing and planning research.
ON2 Describing how to evaluate the computational complexity of algorithms.
ON3 Choosing software design and development methods, programming languages, architectures, taking into account their inherent limitations.
ON4 Simulating tasks and develop new tools and applications for collecting, storing, analyzing and managing data.
ON5 Developing advanced networked computer systems with an emphasis on reliability and security.
ON6 Performing high-performance scientific calculations, evaluate the performance of parallel computing systems.
ON7 Applying pattern recognition theory and machine learning methods to solve problems from different subject areas.
ON8 Restructuring existing software, identifying problem components, choosing solution strategies.
ON9 Carrying out research and development in an environment focused on the final product, scientifically substantiate strategic decisions.
ON10 Analyzing and critically treating various sources of information, applying them to structure and formulating reasoning.
ON11 Independently conducting research: understanding current research questions, independently applying published results or methods in a new context.
ON12 Conducting scientific and pedagogical activities, leading a research team: evaluating the necessary funds, sharing tasks, planning the time to complete tasks, provide reports.