Civil Engineering and Technology (Construction Technologies)

The Construction Technology Faculty focuses on modern building materials, production processes, and technological solutions in construction. Programmes integrate engineering, chemistry, and industrial technologies, preparing professionals for efficient and innovative construction production and management.

      • [A5] Professional Education.

        Training educators in IT and engineering disciplines with modern methodologies.

        This programme prepares specialists in professional education for technical and engineering fields. Students acquire both subject-specific knowledge and pedagogical skills, enabling them to teach in vocational and higher education institutions. The curriculum combines modern teaching methods, digital learning tools, and practical training, ensuring graduates can effectively transfer engineering knowledge in contemporary educational environments

      • [F6] Information Systems and Technologies.

        Development and management of information systems for digital engineering solutions.


        The programme focuses on the development, implementation, and management of information systems in engineering and construction. Students learn database systems, software development, system analysis, and IT project management. Graduates are equipped to design digital solutions that support construction processes, enterprise systems, and smart infrastructure.

      • [G4] Energy Production.

        Energy systems, production technologies, and efficiency in modern infrastructure.

        This programme prepares specialists in modern energy production systems, including traditional and renewable energy sources. Students study energy technologies, power systems, and energy efficiency. Emphasis is placed on sustainable solutions, resource optimization, and integration of energy systems into construction and infrastructure projects.

      • [G3] Electrical Engineering.

        Electrical systems design, automation, and power supply technologies.

        The Electrical Engineering programme provides knowledge in electrical systems, power supply, and equipment operation. Students learn to design, maintain, and optimize electrical networks used in buildings, industrial facilities, and infrastructure. The curriculum includes automation, energy efficiency, and modern electrical technologies.

      • [F5] Cybersecurity and Information Protection.

        Cybersecurity, data protection, and secure digital infrastructure systems.

        This programme focuses on cybersecurity principles, data protection, and secure information systems. Students learn network security, cryptography, risk analysis, and cyber defense strategies. Graduates are prepared to protect digital infrastructure in engineering, construction, and enterprise environments.

      • [F3] Computer Science.

        Programming, algorithms, and software development for intelligent systems.

        The Computer Science programme provides a strong foundation in programming, algorithms, data analysis, and software engineering. Students develop applications and digital tools used in construction, engineering, and smart systems. The programme supports innovation, artificial intelligence, and data-driven decision-making.

      • [F7] Computer Engineering.

        Integration of hardware and software for embedded and intelligent systems.

        This programme combines computer science with electronics and hardware design. Students learn embedded systems, microprocessors, and system architecture. Graduates can develop integrated solutions for automation, robotics, and smart construction technologies.

      • [G7] Automation, Computer-Integrated Technologies and Robotics.

        Automation, robotics, and smart technologies for Industry 4.0 applications.

        The programme focuses on automation of technological processes and robotic systems. Students study control systems, industrial automation, and computer-integrated manufacturing. Graduates are prepared to implement smart technologies and Industry 4.0 solutions in construction and production environments.

      • [G9] Applied Mechanics.

        Mechanical systems analysis, engineering design, and structural behavior.

        Applied Mechanics provides fundamental engineering knowledge in mechanics, material strength, and structural behavior. Students learn to analyze and design mechanical systems and structures, ensuring reliability and efficiency. The programme supports careers in construction, machinery, and engineering design.