Within the academics program Computer Engineering and Software students study computer architecture, algorithms and data structures, system and application programming, databases, and modern information technologies.

— Theory of Electrical Circuits

— Probability Theory and Mathematical Statisticel

— Introduction to Computer Networks

— Software Architecture and Design

— Algorithms and Programming

— Programming in Python

— Database Design. Introduction to SQL

— Algorithms and Data Structures

— Computer Systems Architecture and Organization

— Fundamentals of Logical Design

— Operating Systems

— Microcontroller Programming

— Internship (Practical Training)

— Document Management in the State Language

— Digital Signal Processing

— Fundamentals of Information Security

— Fundamentals of Research Work

— IT-Project Management

— Artificial Intelligence

— Blockchain Technology

— Digital Devices and Microprocessors

— Microprocessor Systems and Complexes

— Cloud Computing and Virtualization

— Design and Modeling of Electronic Devices.

— Computer systems architecture: In-depth understanding of processors, random-access memory, data buses, and peripheral devices

— Embedded systems development: Programming microcontrollers, smart sensors, and robotics (working with Arduino, Raspberry Pi, STM32-level boards using C/C++ and Assembly languages)

— Internet of Things (IoT): Designing infrastructure for smart devices, from smart homes to industrial automation

— Development of drivers, system utilities, and understanding operating systems proinciples (especially Linux/Unix architecture)

— Design, configuration, and security of enterprise networks, routing, and server equipment (Cisco CCNA-level competencies) — Basics of deploying computing systems, ensuring server fault tolerance, and database management system (DBMS) administration; — Versatility of career paths: A graduate can pursue traditional software development (backend), become a system administrator, network engineer, embedded systems engineer, or move into DevOps.

— Indispensability in the enterprise sector: Strong demand for such specialists in telecommunications (mobile operators), data centers (DCs), banks, and industrial enterprises with complex IT infrastructures.

— Comprehensive training in computing and software engineering

— Practice-oriented training

— Relevant and in-demand IT-disciplines

— Wide employment opportunities

— Opportunities for further professional growth and education.

— Software Developer

— Software Engineer

— System Administrator

— Computer Systems Engineer

— IT-Specialist.