Information Technologies

Programme overview

WHAT ARE THE OUTCOMES OF THIS STUDY PROGRAMME?

The aim of study program is to make qualified engineers of informatics, who have knowledge about modern IT, information systems of companies, graphical systems and image processing. Moreover, this study program gives knowledge how to be able at work professionally apply the gained knowledge at the University.

Study program is formed to form specialists of informatics by giving them the basics of fundamental sciences, basic and special informatics knowledge, and also to give the basics of economics, law and business. In order to make qualified specialists of informatics, students of engineering informatics are provided with the following basics: mathematical analyses, theory of chances, basics of statistics and discrete mathematics. Furthermore, students study basic modules of informatics such as programming languages and algorithms, operating systems, architecture of computers, network of computers, engineering of program systems, systems of artificial intellect, programming of graphical systems.

WHAT WILL YOU LEARN?

During the Information Technologies study programme, students will learn to:

Evaluate new theories of informatics;
Apply methods and technologies of systems modulation and projection;
Project and install modern systems of programs;
Recognise, formulate and solve IT problems;
Work with IT;
Consult about IT issues;
Relate IT science with other fields.

Graduates will be able to analyse organisational needs and design, implement, and improve secure IT infrastructures and services that drive efficiency, innovation, and competitiveness.

Main Study Modules

Corporate Information and Technology Management
Process Automation
Cloud Computing
Data Centers
Electronic Operations Systems
Financial Information Systems and Their Integration

What will I be able to do?

Graduates of this programme will develop

Skills to design, develop, and manage secure IT services and products
Ability to automate IT management processes and improve productivity
Competence in ensuring compliance, managing risk, and maintaining data integrity
Knowledge of systems modelling, design methods, and modern software development
Ability to apply data mining, system design principles, and the latest IT trends in practice
Versatility to link IT with other fields, enabling interdisciplinary solutions.