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3 Years On Campus Bachelors Program
Brno University of TechnologyThe Bachelor's in Electrical Engineering at Brno University of Technology (BUT) is a hands-on, three-year program that dives into all key areas of low-current and heavy-current electrical engineering, giving you a solid foundation to build an exciting career in electronics, power systems, and beyond. It's perfect for curious students who love problem-solving, tech innovation, and turning ideas into real-world solutions like smart grids or communication networks.
Curriculum Structure
Year 1
You'll kick off with the basics to build a strong foundation in electrical principles, diving into Mathematics 1, Physics, and Electrical Circuits to understand how electricity flows and powers everything around us. These courses blend theory with practical labs, helping you grasp core concepts like circuit analysis and electromagnetism right from the start, setting you up for success in more advanced topics. It's an engaging way to see how everyday tech works under the hood.
Year 2
Building on those fundamentals, you'll explore Electronics, Digital Techniques, and Electromagnetic Fields, learning to design circuits, work with digital signals, and tackle electromagnetic challenges in real applications. Hands-on projects here sharpen your skills in simulation tools and prototyping, making complex ideas feel achievable and fun. This year is where you'll start connecting theory to innovative projects that mimic industry work.
Year 3
In your final year, specialize through electives in areas like Power Systems, Automation, or Communication Technologies, while wrapping up with a capstone project that applies everything you've learned to solve practical engineering problems. Courses such as Control Systems and Microprocessors prepare you for cutting-edge fields like renewable energy and IoT, with plenty of lab time to experiment and refine your expertise. You'll graduate ready to hit the ground running in professional roles.
Focus Areas
Power systems and automation, electronics and communication technologies, measurement and cybernetics—tailor your path to what excites you most, from sustainable energy to smart devices.
Learning Outcomes
Graduates gain a comprehensive grasp of electrical engineering fundamentals, practical skills in circuit design, automation, and power electronics, plus the ability to innovate and solve real-world challenges in industry.
Professional Alignment (Accreditation)
This program is fully accredited by the Czech Ministry of Education and aligns with European engineering standards (EUR-ACE compatible), ensuring your degree is recognized across the EU and prepares you for professional engineer certification.
Reputation (Employability Rankings)
BUT's Faculty of Electrical Engineering ranks in the global top 200 for electrical engineering (QS World University Rankings by Subject), with over 95% graduate employability within six months—many landing roles at top firms like Siemens, Bosch, and Honeywell right after graduation.
At Brno University of Technology (BUT), our Bachelor's in Electrical Engineering dives right into hands-on learning, where you'll build real-world skills in designing, constructing, and operating electrical systems—from power equipment to electronic devices. You'll work with cutting-edge tools like computer simulations for electromagnetic fields, thermal analysis, and electrical circuits, giving you practical expertise that employers love right out of the gate.
This sets you up perfectly for a career in research, development, or industry: here are some standout experiential opportunities tailored to the program:
- Laboratories for design and production: Hands-on labs focused on building electrical machines, devices, and electrotechnical appliances, letting you specialize in construction and testing.
- Computer simulations and software tools: Training in simulations of electromagnetic/thermal fields, electrical circuits, and dynamic systems to model real power engineering scenarios.
- Power systems facilities: Access to resources for production, transmission, distribution, and utilization of electrical power, including operation of complex equipment.
- Research-oriented labs: Designated spaces for power electrical engineering, supporting projection, development, and heavy-current applications.
Dive deeper into all our facilities here: [BUT Facilities and Laboratories](https://www.vut.cz/en/students/programmes/branch/7787). Applying is your next step—spots fill fast for this program that turns theory into jobs! Let me know how I can help with your application.
Graduates of the Electrical Engineering bachelor’s programme at Brno University of Technology develop a strong foundation in electronics, communication technologies, power engineering, and automation. This broad skill set prepares students to design, operate, and apply electrical and electronic systems across modern industry. Typical roles include electrical engineer, electronics technician, automation specialist, and communication systems engineer:
• The university’s practical, application-focused teaching and laboratory training help students transition directly into technical and engineering roles after graduation
• Graduates are prepared for employment in design, development, production, operation, servicing, and maintenance of electrical and electronic systems
• The programme supports careers in telecommunications, electronics manufacturing, automation, and power engineering industries
• Students gain competencies in diagnostics, measurement, control systems, and technical system design used in real industrial environments
• Graduates are equipped to take on technical specialist roles and can progress into lower management or technical leadership positions
• Broad training in mathematics, physics, and applied IT increases flexibility across multiple engineering sectors
• The degree is officially accredited, ensuring long-term recognition and credibility of the qualification
• The curriculum emphasizes practical engineering skills valued by employers in manufacturing and technology companies
• Graduates can work in system design, engineering operations, technical services, and development teams
• The programme provides a strong foundation for long-term career growth in electrical and electronic engineering fields
Further Academic Progression:
After completing this programme, students can continue into follow-up master’s degrees in electrical engineering, electronics, communication technologies, power engineering, or automation. The strong theoretical and technical foundation also allows graduates to specialise further in areas such as telecommunications, microelectronics, control systems, or energy systems, and eventually pursue doctoral studies for research or advanced engineering careers.
Completed secondary school education with a school-leaving certificate (high school diploma or equivalent)Submission of an electronic application form, then printed, signed, and sent by post with required documentsApplicants must meet programme study prerequisites, which may be verified through an entrance examination (may be waived)English language proficiency at the level corresponding to secondary school leaving examination or equivalent proofAll required attachments must be submitted within the admission procedure timelineelectronic systems service specialistmaintenance specialist for electronic devicesinformation and communication systems engineercommunication systems designerautomation systems technicianmeasuring and control systems technicianelectrical engineering technicianenergy sector operating specialistelectrical apparatus design specialistelectronic instruments development specialist
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