Master's in Electronics
A high demand exists for skilled electronics designers in several domains.
Electronics, Master's programme in Electronics and Communications Engineering
Degree title
Study places
Duration of studies
Scope
Teaching method
Next application period
Programme profile
Top reasons to study Electronics
- Learn both theoretical and practical aspects of electronics, giving you tools for research and development work.
- Teaching is based on state-of-the-art research by distinguished professors with years of experience in the field.
- Close connection to world-renowned technology hub in Oulu with lots of job opportunities.
- Wide variety of specialisation options in Electronics Design, Electronics Materials and Components, and Future Electronics and Measurement Techniques.
- The programme is ranked the global top 42nd in Electrical & Electronic Engineering in the Shanghai Ranking´s Global Ranking of Academic Subjects 2023.
Research units training you towards deep understanding
EUR-ACE accredited Master's programme in Electronics combines a theoretical and a practical approach in development of electronics components, measurement technologies and applications for various areas in ICT technology.
Circuits and Systems (CAS), Microelectronics (MIC) and Opto-Electronics and Measurement Techniques (OPEM) research units focus on providing Electronics students with a wide range of skills and deep knowledge in Electronics Design, Electronics Materials and Components, and Future Electronics and Measurement Techniques.
Watch videos about the Microelectronics Research Unit's work:
Core skills and competence
The two-year programme has three specialisation options:
- Electronics Design
- Electronics Materials and Components
- Future Electronics and Measurement Techniques.
Students can select one of the following study options: Electronics Design, Electronics Materials and Components, or Future Electronics and Measurement Techniques. In addition to the student’s preference, the field of their Bachelor's or equivalent studies and the possible interview are taken into account when the study option is confirmed.
There are no entrance-exams or pre-determined quotas of study places for Electronics Design, Electronics Materials and Components and Future Electronics and Measurement Techniques study options. It is important to notice that mandatory courses of one specialization option can be taken as elective courses in other option, if a student wishes to broaden their expertise into the area of other study option.
Electronics Design
Studies is Electronics Design focus on analog and digital circuits and systems design, with the main emphasis on design and verification of integrated circuits.
Electronic Materials and Components
Studies in Electronic Materials and Components focus on materials, processes and structures that are used to develop electronics devices and components. The devices and components are passive and active components, sensors, actuators, RF-devices, and circuit packages.
Future Electronics and Measurement Techniques
Studies in Future Electronics and Measurement Techniques focus on design of measurement systems and developing printed electronics. Spearheads of the measurement application fields are biomedical measurements, photonics, and printed electronics.
Programme structure and courses
For detailed information about courses and the programme structure, take a look at the study guide:
See study guide for Electronics programme structure and courses
Occupational profiles of the graduates
- Electronics Designer
- System Designer
- Testing Engineer
- Project Manager
- Specialist
- Research Scientist.
Admissions criteria
Read about eligibility and admissions procedure for this programme, detailed information available at Studyinfo.
Become an electronics designer with a high demand in the industry
University of Oulu has educated generations of electronics designers, testing engineers, project leaders, development managers, sales managers and researchers for companies such as Nokia, Polar Electro, Elektrobit, Keysight, Bittium, Nordic Semiconductor, and Mediatek.
