Master of science in Electrical Engineering

MA-IRELorganized by the Brussels School of Engineering during academic year 2017-2018

This programme is thaught entirely in English.

Programme objectives

Electrical engineers trained at the ULB are well placed to respond to market needs from technical consultants, companies, administration departments and research centres. They are capable of analysing and setting up complex industrial processes, i.e. measuring physical quantities for electricity and transporting it remotely, drawing up control algorithms, assessing system failure risks and detecting them when they occur, creating human-machine interfaces and measuring the impact of devices they create on other electrical systems and the environment. Their training means that they can contribute to meeting the challenge of supplying constant high-quality electrical energy and of finding the most rational way to use it. Electricity is also an information vector (for data, voice communication and image transfer) in industrial processes and in our daily lives and this information needs to be produced, processed and transported. Electrical engineers possess a solid grounding in areas related to their field, such as electrotechnics, automatic control, instrumentation, signal processing, microelectronics, telecommunications, real time information technology and mathematics.

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Structure of curriculum and disciplines taught

The Master is defined around 4 axes:

- Electronics and microelectronics

- Telecommunication

- Multimedia

- Automatic control

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Benefits of the ULB training

The aim of the ULB's course in electrical engineering is to maintain as broad a programme as possible over four years and then to offer options enabling students to increase their knowledge of a more specific area.. A 12-week internship can be carried out at the beginning of the second year of the master. Which also has an international dimension through a range of opportunities for students to go on Erasmus exchanges and good contact with the VUB.

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Teaching methods

The pedagogical methods used encourage students to develop cross-cutting skills in project management, for example, the ability to work independently or as part of a team, and strong oral and written communication skills.

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International/Openness

Numerous Erasmus possibilities

This Master is part of Bruface (Master of Sc. in Electronics and Information Technology Engineering)

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Progression per curriculum unit

The concept of a year of studies gives way to a system of accumulation of credits based on the student's individual programme. The cycle programme is offered in units of 60 credits. The units of 60 credits are proposed as an "ideal" course of study for students enrolled in this programme.

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Contacts

Where thaugt ?

Solbosch / Plaine

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