Electrical Engineering
Turn science fiction into reality WITH ELECTRICAL ENGINEERING. Learn to devise high-tech solutions to practical problems and shape the world of the future.
What do you need to move a robot arm at high speed and with nano-level precision? How do you measure a nano G in order to monitor gravitational waves or the movements of buildings? How do you design a chip to work ten times faster than the current ones, while using ten times less power? How do you protect your computer from Wi-Fi code interception? If questions like these intrigue you, the three-year English-taught Bachelor’s in Electrical Engineering (EE) at the University of Twente is the right choice for you.
Our field ranges from digital computing power and wireless communication devices to robots, autonomous vehicles, nano-electronics and medical equipment. In the time ahead it will continue to broaden and expand: much of what now appears to be science fiction will become reality in a few years, thanks in no small part to innovations in electrical engineering. In this bachelor’s you will acquire the basic knowledge and skills needed to create solutions that can change the world.
During this three-year Bachelor's in Electric Engineering, you will follow twelve modules: four modules per year. Each module covers a theme and brings together all the main aspects of your studies: theory and practice, research and solution design, self-study and teamwork.
- Pažymių išrašas - jei dar nesi baigęs mokyklos, būtina prisegti pažymių išrašą. Smulkesnę informaciją kaip pildyti išrašą ir kada jis reikalingas, rasi čia.
- Brandos atestatas – jei jau esi baigęs mokyklą, išrašo nereikia, užtenka prie anketos prisegti savo Brandos atestatą.
SVARBU! Stojimo mokestis - universitetas taiko 100 EUR stojimo mokestį, kurį privalai susimokėti aplikuodamas į jį (kai atsiųsi stojimo anketą, tau bus paaiškinta kaip tai padaryti). ČIA gali rasti daugiau informacijos apie šį mokestį ir kodėl jis yra taikomas.
Pastaba!
- CV - stojant į visas bakalauro programas reikia pateikti savo CV.
- Motyvacinis laiškas yra NEprivalomas dokumentas stojant į šio universiteto programas, išskyrus:
- Advanced Technology
- Chemical Science and Engineering
- Creative Technology
- Technology and Liberal Arts & Sciences (Atlas University College)
- Vienas iš stojimo etapų į University of Twente yra Matching/Selection procedure (reikės atlikti papildomas užduotis-dažniasiai klausimynas).
Anglų kalbos žinias gali patvirtinti vienu iš šių būdų:
- turėti anglų kalbos pažymį Brandos atestate ir išlaikyti Anglų kalbos valstybinį egzaminą ne mažiau kaip 36 balais.
arba
- išlaikyti IELTS arba TOEFL testą.
*Jeigu nori pasitikrinti ar tavo anglų kalbos žinios yra pakankamos studijuoti Nyderlandų aukštosiose – suteikiame galimybę laikyti Oxford anglų kalbos testą. Nors anglų kalbos testas nėra reikalaujamas, patartina žinoti savo galimybes ir kalbos lygį.
Stojant į į University of Twente programas būtina laikyti ne mažiau kaip 3 valstybinius egzaminusir juos išlaikyti ne mažiau 36 balais.
Stojant į Electrical Engineering programą būtina:
- Matematiką - mokytis aukštesniuoju (A) lygiu ir išlaikyti valstybinį egzaminą.
- Fiziką - mokytis aukštesniuoju (A) lygiu ir išlaikyti valstybinį egzaminą.
- Likęs, trečias būtinas valstybinis egzaminas pasirinktinai (gali būti anglų kalbos egzaminas).
Visi, kurie dar nėra pabaigę mokyklos ir į šį universitetą stoja besimokydami 12 klasėje, kartu su pažymių išrašu privalo prisegti ir dokumentą, kuriame būtų nurodyti planuojami laikyti brandos egzaminai. Dokumentą užtenka patvirtinti savo parašu. Egzaminų formą rasi ČIA.
Electrical engineers are highly employable, largely because their training is not limited to a specific profession but encompasses a branch of science. You will become an innovator: a developer of new methods and techniques. You could choose to work as a systems designer, researcher or project manager for a multinational (e.g. ASML, NXP, Philips, Thales) or you could opt for a career at an R&D lab or semi-public organization (e.g. TNO, ASTRON, a university hospital). Some graduates prefer to work for a smaller company (e.g. Nedap, Aemics, Sensata), a patent agency or a software company, or to pursue a career in engineering consultancy or teaching. If you succeed in coming up with your own unique electronics-based concept, it may even be time to start your own business!
Whatever you choose, you will be shaping your own future while solving tomorrow’s problems. Perhaps you will discover new modes of communication or develop a microscopic chip. You might end up designing the first robotic arm to perform heart surgery. Do you see yourself working as a systems designer on the latest chip manufacturing equipment? Do you like the idea of developing new satellite communication to explore the outer reaches of the universe? Perhaps you see yourself as a project manager leading a team of engineers who record 3D movements that animate virtual characters in the latest movies? Whatever you decide, as an electrical engineer you get to invent your own future. This is one of the most promising programmes on offer in terms of the excellent job opportunities it provides.
RESEARCH, DESIGN & MANAGEMENT
This Bachelor's programme will develop your skills in research, design, and management, enabling you to discover where your own strengths lie:
As a researcher at a university or institute you might push back the boundaries of knowledge in your field and find ways to develop electronics with nanotechnology.
As a designer you might develop a smart pill that incorporates various laboratory functions in a single chip and travels through the body to carry out essential measurements (e.g. blood levels). This pill would have to be tiny, harmless and able to transmit signals. It could help patients obtain the best cancer treatment and save valuable time by reducing the risk of unsuitable treatment.
As a manager you could find yourself managing a team of engineers working on the latest sensors and software for motion capture. Your team will register and analyse the movements of skiers, unmanned aircraft and converted them into 3D animations for use in the film industry.
