Electrical Engineering

Microelectronics play a crucial role in all fields of innovation.
The ever-increasing demand for processing power, sensing capabilities and miniaturisation makes microelectronics the most innovative field of all.

For example:
* Chipmakers are pushed to develop new and reliable processes that allow the integration of hundreds of millions (or even billons) of transistors onto a single microchip.
* Analogue designers are challenged to build accurate circuits from clearly non-ideal transistors.
* Digital designers face problems with regard to the design, layout and testing of highly complex circuits.
* System designers must meet the requirements of application environments that are often multidisciplinary.

Electricity is the most flexible and efficient source of energy to power mankind. If we improve the exploitation of sustainable energy sources, electricity is sure to play a leading role throughout the foreseeable future. In the decades to come, a revolution will unfold in the generation and delivery of electrical power, driven by the large-scale introduction of renewable and distributed power generation, the need for environmentally friendly and sustainable components and the liberalisation of the energy markets.
Electrical power engineers are needed to design new components with an eye towards sustainable materials and efficient conversion processes, as well as to integrate them into a smart and adaptable electricity infrastructure.

Telecommunications and remote sensing systems form an integral and essential part of modern society for high speed distribution of fast increasing vast amounts of data and for the collecting essential
New amenities like the internet, smartphones and digital TV have become available in a very short period of time. Nowadays, it is easy for anyone to exchange any type of information by wired and wireless media at any time and any place. The rise of social media has a significant impact on the bandwidth needed. Safeguarding security and privacy are important social themes, while consumers are asking for smaller and more energy-efficient devices.

Telecommunication engineers develop and manage transmission systems, protocols, networks and services for short-range applications like Wifi and RFID, but also for future mobile and optical fibre networks covering the whole world. Another domain of this master is that of extremely high frequency (microwave and THz) applications and observation systems, including radar and remote sensing technologies for such varied tasks as safety scanners, weather forecasting and inspection of crops.