MSc in Electrical Engineering
Winter intake start date
2026-10-15
Why choose Electrical Engineering?
Electrical Engineering is for you if you want to work with the electronic systems that make the intelligent products and digital infrastructure of the future possible. Microelectronics, embedded systems and communication systems are a fundamental part of modern technology: from smartphones, sensors and IoT systems to satellites, robots, drones and edge computing.
On the Master’s programme, you become a specialist in advanced electronics. You learn to design high-frequency electronics and to develop solutions where digital and analogue systems must function stably, efficiently and precisely.
Demand for electronics engineers with knowledge of microelectronics, embedded systems and communication technology is high and is expected to grow, as more and more products and systems become intelligent, connected and dependent on advanced electronics.
What will you learn?
On the Master’s programme, you work with two main disciplines: embedded electronics and communication systems. You gain both theoretical knowledge and practical skills to design, develop and implement advanced technological solutions.
Within embedded electronics, you work with intelligent systems that drive modern devices and infrastructures. You learn to design efficient, reliable and specialised hardware-software solutions, with topics such as accelerated AI, chip design and co-design methods.
Within communication systems, you explore the technologies that enable global communication. You work with wireless communication, signal processing, network architecture and antennas, and learn to create robust and scalable communication systems.
Teaching methods
The programme takes place in a project- and research-based learning environment. You work in project groups, where you and your fellow students are responsible for planning and carrying out the projects.
The project briefs often come from companies, and emphasis is placed on working with real technological problems. Teaching takes place in English in an international study environment.
Na studia magisterskie mogą kandydować wszyscy, którzy ukończyli studia licencjackie lub inżynierskie (studia I stopnia), studia magisterskie lub studiują na ostatnim roku studiów I-stopnia. Studia, które planujesz powinny mieć zbliżony profil do tych obecnych lub ukończonych, ponieważ w procesie rekrutacji kluczowa jest ich zgodność programowa.
- Wykaz punktów ECTS – osoby, które są jeszcze w trakcie studiów, muszą załączyć wypis punktów ECTS, w którym będzie wykazane, jakie przedmioty były realizowane na studiach oraz ile punktów za nie otrzymano.
- Dyplom ukończenia studiów licencjackich lub inżynierskich – jeśli jesteś absolwentem wyższej uczelni, nie potrzebujesz wypisu, wystarczy załączyć dyplom ukończenia studiów wraz z suplementem (w języku angielskim lub oryginał z tłumaczeniem)
Course description - należy przygotować dokument, zbierający cały sylabus ze studiów licencjackich. Takie sylabusy najczęściej są do pobrania na stronie uniwersytetu. Należy je przetłumaczyć na język angielski (można samodzielnie) i złączyć w jeden dokument. Warto też zapytać w dziekanacie uczelni, czy nie dysponują wersją angielską.
Oficjalna skala oceniania Twojej uczelni - możesz dostać taki dokument w dziekanacie Twojej uczelni lub skonstruować samodzielnie. W obu przypadkach dokument powinien zawierać pieczątkę dziekanatu.
- Całkowity czas nauki języka angielskiego w szkole średniej powinien wynosić co najmniej 210 godzin (zegarowych). Dodatkowo na świadectwie ukończenia szkoły średniej powinno się mieć co najmniej ocenę 3 z języka angielskiego.
- TOEFL IBT - 88. For validation, we need to receive a score report directly from the test center. To select University of Southern Denmark as recipient, use the code 7969. Please choose "other - department not listed". If you have already taken the test, you can still make a request for the test center to forward the report. Please inform us once you have made such a request.
- IELTS - 6.5
You can also apply if you hold a similar degree within Electronics, Mechatronics, Robotics, Integrated Software or Electrical Power Engineering. Once you have applied, the faculty will assess your degree. To be considered, it must include a minimum of:
- 15 ECTS in Mathematics
- 40 ECTS in Electronics - analogue and digital
- 10 ECTS in Signal processing and control
- 10 ECTS in Programming and simulation tools
What does the programme lead to?
With an MSc in Engineering - Electronics, you can lead the charge in developing and innovating green technology, industrial production, robotics, drone systems, and transport systems. Electronics and telecommunications are pivotal to the future of products, services, and development, providing a wealth of career opportunities across various industries and companies, both in Denmark and internationally.
Career paths with an MSc in Engineering - Electronics include:
- Project leader for development projects
- Research and development engineer
- Technical manager
- Consultant
- Entrepreneur
- Data processor, designer, and developer in robotics
You will typically find roles in sectors focused on sustainable energy, energy conversion, transport systems, automation, robotics, and research. The robotics industry, in particular, is experiencing rapid growth, where expertise in power electronics and embedded systems is highly valued.
With an MSc in Engineering - Electronics, you will be well-prepared for the diverse opportunities in the job market. Odense, known as one of the world's leading robot cities, offers many exciting and unique opportunities.
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