Master degree
24 months
Application deadlines: 1 May
Processing time: 30 days
Full-time
Intakes: September
International tuition: €15,750
Domestic tuition: €2,083
Program overview
This MSc programme challenges you to develop new methods and technologies for high-tech electronics-based systems in nanotechnology, robotics, electronics, telecommunication or biomedical systems.
Study options
This program can be done
On campus
Requirements
Exams:
Required knowledge
Bachelor of Science in Electrical Engineering, Physics or related
Knowledge of the following topics: calculus, linear algebra, differential equations, probability, signals and systems, digital and analogue electronics, electromagnetic fields
» Required information to prove the fulfillment of the requirement:
Copy of diploma
Transcript of records
CGPA of at least 70% of the maximum score, or your country's equivalent
Course descriptions
English summary of thesis (BSc or MSc). In case you carried out your thesis research in a group, then please describe what your contribution to the project was. If you have not finished your thesis yet, please give a description of your plans regarding the thesis.
Language skills
Sufficient mastery of the English language.
» Required information to prove the fulfilment of the requirement:
Academic IELTS, overall band score of at least 6.5, or TOEFL, internet based (TOEFL-iBT) of at least 90, or Cambridge CAE-C (CPE)
In addition, Chinese nationals need a Nuffic certificate
Motivation
Motivation for taking the MSc programme of your choice
Why you are interested in the University of Twente
In which specialization are you interested and why
» Required information to prove the fulfilment of the requirement:
Letter of Motivation (max. 2 pages)
Other requirements
Resume (Europass)
Career opportunities
The Master’s programme in Electrical Engineering provides students with the knowledge and skills they will need to be successful in almost any area of technology. It is an innovative engineering discipline in which stdents will develop new methods and technologies. Electrical engineers are highly employable, largely because their training encompasses a branch of science rather than focusing on a specific profession. They will be trained in development teams for all kinds of new technologies. Without electrical engineers there would be no cars, aircraft, mobile phones, tablets, PCs or TVs.
The programme offers a wide variety of specializations. Students will build their own future in line with personal interests, whether they would like to be a researcher, a designer (developer of new products and services) or an organizer (manager of an engineering department or provider of consulting services).
Many of the programme’s graduates start their careers in R&D departments. UT research groups enjoy close ties with major companies such as Philips (consumer and medical electronic devices), ASML (machine fabrication to produce chips), NXP (chips), Demcon (robots) and Thales, but also with SMEs. These ties could help students find their first job, often with an internship as a first step.