Master of Engineering in Electrical Engineering

What you'll learn This English-taught Master's deepens your expertise in core electrical engineering while focusing on current and emerging areas. You will study technologies that drive the digital future, explore the interfaces between electrical engineering and computer science to optimise systems and processes, and work at the intersection of electrical engineering and artificial intelligence to develop next‑generation intelligent systems. The programme emphasises applied problem solving and prepares you to design, analyse and improve complex engineering systems.

Career prospects Graduates are well positioned for roles across research, development, industry and public institutions. Typical career paths include R&D positions, technical support roles in production and service environments, and further academic qualification such as pursuing a doctorate or an academic career. The programme equips you with the technical knowledge and interdisciplinary skills sought by employers in automation, embedded systems, AI-driven products and related sectors.

Admission requirements (confirm exact criteria with the university)

• Relevant undergraduate degree (e.g., in electrical engineering, electronics, mechatronics or a closely related discipline)
• Academic transcripts and degree certificate
• Proof of English proficiency (programme is delivered in English)
• CV and any additional documents specified by the university (e.g., statement of purpose, references)

For precise entry requirements, application deadlines and document formats, consult the university's official admissions information.

This full-time Master's in Electrical Engineering is structured to be completed in three semesters. The first two semesters are devoted to taught components — a combination of lectures and laboratory work — which provide the core academic and hands-on training. The final semester is reserved exclusively for the Master's thesis, allowing you to carry out an independent research or design project that integrates and demonstrates the skills you have developed.

Throughout the taught phase you can expect a balance between theoretical instruction and practical experimentation: coursework and lab sessions together form the backbone of the programme’s learning experience. Practical training (for example, internship-style work or applied projects) is also supported and can be completed within the framework of a sabbatical semester, should you choose to take that option.

By the end of the programme you will have consolidated advanced knowledge in electrical engineering, strengthened your laboratory and experimental skills, and gained experience in planning and executing an independent research or design project culminating in the Master’s thesis. These outcomes prepare graduates for professional practice in industry or for continuation to doctoral studies.

Program structure — key requirements and components

• Full-time study duration: 3 semesters
• Taught component: 2 semesters of lectures and laboratory courses
• Research component: 1 semester dedicated to the Master’s thesis
• Practical training: may be pursued during a sabbatical semester as part of the programme planning

Graduates are prepared for roles in research and development across industry and public institutions, as well as technical support positions in production and service environments. The programme also provides an academic foundation for those wishing to pursue a doctorate or an academic career.