The Faculty prepares high-qualified professionals (Bachelors) in the following areas:
121 Software Engineering
- Software Engineering:
The graduate will have the ability to participate in the design and build of software architecture; develop libraries, modules and components of software systems. Know and understand the specifications, standards, rules and recommendations in the professional field, the ability to assess the degree of validity of their application, the ability to comply with them in the implementation of life cycle processes.
Ability to formulate and ensure software quality requirements by requirements, specifications and standards; carry out the system integration process, apply change management standards and procedures to maintain the integrity of the overall functionality and reliability of the software.
122 Computer Science
- Computer Science:
Graduates will be able to design, develop, implement and operate information management systems, decision support systems and expert systems, data and knowledge analysis systems, image recognition systems, intelligent robotic systems and natural language information processing systems.
- Data Analytics:
Graduates will know modern advanced methods and tools for processing text, audio and video information, will be able to find hidden patterns in data, build information and analytical systems for use in medicine, industry, the Internet of Things, blockchain technology and artificial intelligence.
- Applied Programming:
Graduates will be able to apply optimization methods and software to solve applied problems; develop decision support systems; solve problems of forecasting and modelling of processes of various applied spheres and carry out their system analysis; develop databases (repositories) of data or knowledge, choose their management systems; develop mathematical model solutions of complex processes; develop and implement applied information systems using the latest ICT based on project management.
125 Cyber Security
- Cyber Security:
Graduates will have the ability to solve complex practical problems in the field of information security and/or cybersecurity, specifically: the use of information and communication technologies, modern methods and models of information security; ensuring business continuity by the established policy of security and protection of information processed in information and telecommunications systems; restoration of the regular functioning of information systems after the implementation of threats, cyberattacks, failures and failures of various origins, etc.
126 Information systems and technologies
- Software technologies of the Internet of Things:
Graduates gain the ability to design ready-made solutions by the stated requirements, to actively use variants of technical devices both in ready-made modules and using the development and programming of unique engineering devices.
Management of information collected from various engineering systems, the ability to manage these systems, setting up automated interaction of elements of various systems and analysis of information collected about the state of objects to optimize the life cycle or solve practical problems.
172 Telecommunications and Radio Engineering
- Networking and Internet Technologies:
Graduates gain the ability to solve complex specialized tasks and practical problems in the field of electronics, telecommunications, network and Internet technologies or in the learning process, which involves the application of certain theories and methods of science and is characterized by complexity and uncertainty.
Term: 4 years.
Form: full-time study.