Information Technologies

Educational goals

The academically focused study program "Information Technologies " aims to prepare experts in the fields of Software Engineering and Cyber Security within two specific specializations. The everyday basis of specializations is characterized by knowledge from artificial intelligence, mobile technologies, intelligent networks, parallel programming, mathematical statistics, the architecture of modern processors, and logic circuits. The graduate can implement software solutions, evaluate and analyze key processes and actively intervene in them in accordance with the required goals. The graduate of the specialization Software Engineering can design, model, assemble and implement software projects with the help of modern advanced methods and techniques. These solutions can also assess, test, and, after deployment in production, maintain their functionality throughout their life cycle. The graduate of the Cyber Security specialization can use cryptographic methods to protect knowledge and data, test security from simple applications to large-scale and system solutions, analyze malicious software, design, model, test, build and implement secure solutions.

Graduate profile

The graduate of the study program Information Technology is equipped with current knowledge of information technology. He knows artificial intelligence, mobile technologies, intelligent networks, parallel programming, mathematical statistics, modern processors, and logic circuits architecture. In the area of his specialization, he can implement software solutions, evaluate and analyze critical processes and actively intervene in them in accordance with the required goals. The graduate of the specialization Software Engineering can design, model, assemble and implement software projects with the help of modern advanced methods and techniques. These solutions can also assess, test, and, after deployment in production, maintain their functionality throughout their life cycle. The graduate of the Cyber Security specialization can use cryptographic methods to protect knowledge and data, test security from simple applications to large-scale and system solutions, analyze malicious software, design, model, test, build and implement secure solutions.

Expected career prospects

Graduates can implement software solutions, evaluate and analyze critical processes and actively intervene in them, following the required goals. Studying with a predominance of technical subjects allows graduates to apply in specialized areas of information technology, especially the design and development of software solutions, emphasizing their security and performance. The graduate of the specialization Software Engineering can design, model, assemble and implement software projects with the help of modern advanced methods and techniques. These solutions can also assess, test, and, after deployment in production, maintain their functionality throughout their life cycle. The graduate of the Cyber Security specialization can use cryptographic methods to protect knowledge and data, test security from simple applications to large-scale and system solutions, define and proactively analyze potential code security risks, design, model, test, build and implement secure solutions.