The objects of professional activity of graduates of this specialty include mathematical, informational, and simulation models of real phenomena, objects, systems, and processes in various application domains; data and knowledge representation; methods and technologies for acquiring, storing, processing, transmitting, and using information; intelligent data analysis and decision-making; theory, analysis, development, efficiency assessment, and implementation of algorithms; high-performance computing, including parallel computing and big data; as well as processes of collecting, representing, processing, storing, transmitting, and accessing information in computer systems.

The aim of the educational program is to train specialists capable of conducting theoretical and experimental research in the field of computer science; applying mathematical methods and algorithmic principles in modeling, designing, developing, and maintaining information technologies; developing, implementing, and supporting intelligent systems for analysis and processing of data in organizational, technical, natural, and socio-economic systems. Graduates acquire the ability to solve research and/or innovative problems in computer science, generate new ideas, and address complex scientific and applied tasks and/or challenges in professional and/or research-innovative activities in computer science, which involves deep rethinking of existing knowledge and creation of new integrated knowledge for professional practice.

The training is provided by the following departments:

Department of Information Technology Design (Department 105)

Department of Computer Science and Information Technologies (Department 302)

Department of Mathematical Modeling and Artificial Intelligence (Department 304)

Department of Radioelectronic and Biomedical Computerized Systems and Technologies (Department 502)

Postgraduate and Doctoral Studies Department

Educational Programs Offered:

Educational Program	Degree (Curriculum Templates)	Mode of Study	Duration of Study	Tuition Fee
Information Technology Design	Bachelor – based on Complete General Secondary Education	Full-time	3 years and 10 months	Link
Virtual and Intelligent Programming Technologies
Intelligent Systems and Technologies
Computer Technologies in Biology and Medicine		Full-time and Part-time
Information Technology Design	Bachelor – based on Educational and Qualification Level “Junior Specialist”	Full-time	2 years and 10 months	Link
Intelligent Systems and Technologies
Virtual and Intelligent Programming Technologies
Computer Technologies in Biology and Medicine
Information Technology Design	Master, Professional Educational Program	Full-time	1 year and 4 months	Link
Computerization of Information Processing and Management
Intelligent Systems and Technologies
Information Technology Design	Master, Research Educational Program	Full-time	1 year and 9 months	Link
Information Technologies	Doctor of Philosophy (PhD)	Full-time and Part-time	4 years	Link