Slovak University of Technology in Bratislava

What you'll study

The listing identifies specific master-level programmes rather than a single common curriculum. Examples of named programmes on the page include:

• Architecture, Design, Structures, Urban Planning, Geodesy: Architecture; Civil Engineering; Building Construction and Architecture; Building Constructions and Design; Building Services; Design; Geodesy and Cartography; Hydraulic Engineering and Water Resources Management; Structures of Buildings; Urban Design.
• Automotive Engineering: Automobiles and Mobile Production Machines (taught in Slovak).
• Electronics, Electrical Engineering, Energy, Nuclear Physics, Space: Electronics and Photonics; Nuclear and Physical Engineering; Space Engineering; Applied Electrical Engineering; Electrical Power Engineering.
• Chemistry, Biotechnology, Food, Cosmetics, Pharmaceuticals: Biochemistry and Biomedical Technologies; Biotechnology; Chemical Engineering; Chemical Technologies; Food, Hygiene, Cosmetics; Natural and Synthetic Polymers; Technical Chemistry (programmes taught both in English and in Slovak).
• Informatics, Automation, Mechatronics, Robotics, Cybernetics: Applied Mechanics and Mechatronics; Automation and Information Engineering in Chemistry and Food Industry; Applied Informatics; Applied Mechatronics and Electromobility; Cybernetics in Chemical and Food Technologies; Information Security; Intelligent Software Systems; Mathematical and Computational Modeling; Multimedia Information and Communication Technologies; Process Automation and Informatization in Industry; Robotics and Cybernetics (selection taught in English and Slovak).
• Management, Economy, Investing, Personnel Work, Quality: Investment Planning in Industrial Enterprise; Management in Nuclear; Industrial Management; Electronic Engineering and International Business.
• Materials and Production Technologies: Conservation of Heritage Materials and Objects; Materials Engineering; Environmental Manufacturing Technologies; Manufacturing Systems and Quality Management; Computer-Aided Design and Production; Measurement and Testing; Production Processes and Materials; Production Technologies and Production Management; Thermal Power Engineering; Machinery and Equipment for Chemical and Food Industries.
• Environment, Ecology, Safety: Environmental Protection Technologies; Integrated Safety; Landscaping and Landscape Planning.

Entry requirements

The page is an index of master programmes and does not list specific entry criteria. Applicants should consult the individual master programme pages or the university's admissions information for precise requirements, language of instruction and application procedures for 2026/27.

Career prospects

Career outcomes depend on the chosen specialism: graduates move into professional roles tied to their field—architecture and urban design, civil and hydraulic engineering, automotive and mechanical industries, electronics, nuclear and space sectors, chemical and biotechnology industries, software and automation, materials and production management, environmental protection and safety. Employers include engineering firms, manufacturing companies, research organisations, design practices and public-sector infrastructure bodies.

Scholarships & funding angle (general)

The master programme index itself does not specify scholarships. Prospective students should review faculty and university pages for scholarship, exchange and funding opportunities, and contact the admissions or international relations offices for grants, mobility programmes and financial support options for 2026/27.