Electrical Engineering, BSc

3 Year On Campus Bachelors Program

University of Debrecen

Program Overview

The Electrical Engineering BSc at the University of Debrecen provides a strong mix of theoretical knowledge and practical engineering skills in modern electrical and electronic technologies. The program is ideal for students who want hands-on experience while building solid foundations in mathematics, physics, automation, electronics, and computer-based engineering systems.

Curriculum structure

Year 1:
The first year focuses on building core engineering fundamentals through subjects such as Mathematics, Physics, and Materials Science for Electrical Engineering. Students also begin developing programming and technical computing skills with Informatics and Programming, while introductory modules like Electricity and Introduction to Measurements and Instrumentation provide early exposure to practical electrical engineering concepts.

Year 2:
In the second year, students move into more applied engineering topics including Digital Electronics, Microelectronics, and Automation. Courses such as Introduction to LabVIEW Programming and Basics of Circuit Simulation and Design help students gain hands-on experience in analyzing and designing electronic systems, supported by broader knowledge areas like Introduction to Economics.

Year 3:
The third year focuses on specialized professional areas such as Telecommunication, Electric Power Systems, and Electronic Technology. Students also study Production and Quality Management and Intellectual Property Protection, helping them understand industrial processes, product development, and the professional engineering environment.

Year 4:
In the final stage, students complete Economics of Enterprises and work on their Thesis, applying their knowledge to a real engineering problem. A compulsory summer practice at an external professional institution provides valuable industry exposure and prepares students for employment after graduation.

Focus areas (in a string): computer engineering, electronic technology, microelectronics, automation, telecommunications, electric power systems, circuit design, instrumentation and measurement, energy systems

Learning outcomes (in a string): design electrical and electronic systems, analyze circuits, apply automation techniques, develop computer-based engineering solutions, solve technical engineering problems, manage projects, work in multidisciplinary engineering teams

Professional alignment (accreditation): The program awards the qualification of Electrical Engineer and prepares graduates for engineering roles in consulting companies, manufacturing industries, automotive and railway sectors, steel production, and utility services.

Reputation (employability rankings): Graduates are prepared for employment in multidisciplinary engineering teams across industrial and technology-driven sectors, reflecting strong industry relevance and practical training built into the program.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Electrical Engineering BSc at the University of Debrecen gain strong practical skills through a balanced mix of theory and hands-on training, with a significant portion of the program dedicated to laboratory work. Throughout the course, students apply concepts in circuit design, measurements, automation, and electronics while working with modern engineering tools. The program also includes project-based learning and a compulsory summer practice at an external professional institution, allowing students to experience real engineering environments before graduation:

Extensive laboratory-based learning in electronics, automation, circuit design, and measurement techniques
Training in engineering software such as LabVIEW and circuit simulation tools used in electrical system design
Access to the Motion Control and Electrical Drive Systems Laboratory equipped with servo drive systems, FPGA- and CPU-based digital control platforms, NI PXI systems, and NI ELVIS development tools
Hands-on experience working with motors, electromechanical converters, and variable speed drive systems
Participation in engineering fairs and exhibitions to present student projects and interact with industry professionals
Compulsory summer internship after the sixth semester at an external professional institution
Practical measurements and instrumentation training using professional electronic testing equipment
Opportunities for multidisciplinary group projects with students from other engineering areas
Industry-linked practical training supported by partnerships with companies in the Debrecen industrial region

Progression & Future Opportunities

Graduates of the Electrical Engineering BSc at the University of Debrecen leave with strong practical and theoretical knowledge in electronics, automation, and power systems. They are well prepared to work in modern industrial environments where engineers collaborate on design, development, and system implementation. Typical career paths include Electrical Engineer, Automation Engineer, Electronics Design Engineer, and Power Systems Engineer, offering opportunities across manufacturing, automotive, utilities, and technology sectors:

Future Progression & Opportunities:

Career-focused opportunities: Students can participate in research activities, engineering fairs, and exhibitions organized by the Faculty of Engineering, helping them present projects and connect with potential employers
Industry partnerships: The faculty collaborates with multinational companies such as Thyssenkrupp, Schaeffler, Aventics, Diehl Aviation, and BMW Group in the Debrecen industrial region, supporting internships and graduate employment
Mandatory professional practice: A compulsory summer internship at an external professional institution ensures students gain real workplace experience before graduation
Long-term degree value: Graduates earn the qualification of Electrical Engineer, enabling careers in engineering consultancies, manufacturing industries, automotive and railway sectors, steel production, and utility companies
Graduation outcomes: Graduates work in multidisciplinary engineering teams designing, developing, operating, and maintaining electrical systems and components in industrial environments

Further Academic Progression:
After completing this degree, students can continue with MSc studies in fields such as Electrical Engineering, Mechatronics Engineering, Mechanical Engineering, or other related technical disciplines. The program also provides a strong foundation for research-based postgraduate studies and doctoral programs in engineering.