Electrical and Electronic Engineering
- Abschluss: Bachelor
- Sachgebiet(e): Elektronik, Elektrotechnik
- Regelstudienzeit: 4 years
- Hauptunterrichtssprache: Englisch
- Studienform(en): Vollzeitstudium
- Standort(e): Deventer, Apeldoorn
For an electrical engineer, the world is your oyster. You can work at a small firm or a multinational corporation. You can go into manufacturing, or you can develop new hardware. If you are interested in expanding your horizons abroad, your degree in Electrical and Electronic Engineering is in demand all over the world.
M. H. Tromplaan 28
7513 AB Enschede
Tel: 088 019 8888
E-Mail: servicepoint@saxion.nl
Beim Studiengang Electrical and Electronic Engineering an der Saxion University of Applied Sciences handelt es sich um einen Studiengang mit dem Abschluss Bachelor
Die Sachgebiete des Studiengangs sind Elektronik und Elektrotechnik.
Die Regelstudienzeit beträgt Sonstige. Ein Semester sind 6 Monate. Somit dauert das Studium in der Regel 0 Monate.
Die Vorlesungen, Seminare oder Kurse finden hauptsächlich in Englisch und Niederländisch statt.
Das Studium wird als Vollzeitstudium in Deventer und Apeldoorn angeboten.
Standorte dieser Hochschule sind Deventer und Apeldoorn.
Du kannst dich zu folgendem Semester bewerben: September.
Für das Studium des Fachs Electrical and Electronic Engineering gelten keine speziellen Zugangsvoraussetzungen.
Themenschwerpunkte im Studienfach Electrical and Electronic Engineering sind:
- Schwerpunkte:
- Mathematics, Physics, Electrical networks: DC (direct current),, AC (alternating current), and power, Programming in C, Digital and analogue electronics, Communication skills and personal development, Projects: hardware, software, and system
- Weitere Sprachen:
- Niederländisch
Hier findest du die Fristen und Termine für deine Bewerbung:
- Bewerbungsfrist:
-
01.06 for September, 01.12. for February
- Einschreibfrist (Beginner):
-
15.08.
- Einschreibfrist (Rückmelder):
-
25.08.
Zum Studienbeitrag liegen folgende Informationen vor: €2.209 EU/EEA students; €7.800 NON-EU studentse
Whether it is working on zero-emission motorcycles, creating intelligent gates to streamline public transport, or constructing a self-piloting drone, how will you design the systems that will change the way the world moves? With a degree in Electrical and Electronic Engineering, you can help develop the technical systems of tomorrow.
- Zulassungssemester:
- September
- Zulassungsmodus:
- Online via Studielink.nl
- Schwerpunkte:
- Mathematics, Physics, Electrical networks: DC (direct current),, AC (alternating current), and power, Programming in C, Digital and analogue electronics, Communication skills and personal development, Projects: hardware, software, and system
- Weitere Sprachen:
- Niederländisch
- Bewerbungsfrist:
-
01.06 for September, 01.12. for February
- Einschreibfrist (Beginner):
-
15.08.
- Einschreibfrist (Rückmelder):
-
25.08.
- Studienbeitrag:
- €2.209 EU/EEA students; €7.800 NON-EU studentse
Why is this programme right for you?
● Internationally focused: You will be connected to a worldwide network of partner universities, with the chance to participate in one of our many exchange programmes. While at Saxion, you will also be working alongside students from 25 nationalities.
● Nanotechnology focus: After your second year, you have the option of diving into nanotechnology. In our one-of-a-kind programme, you will have the chance to explore the tiniest censors in the world, measure blood sugar levels with a lab-on-a-chip, or even have a chance to stop and smell the roses with an electronic nose.
● Flexible: When you enter our programme, the first year of Applied Computer Science and Electrical and Electronic Engineering are practically the same. So don't worry, if you find you like programming more than designing and building hardware, you can always switch programmes.
What will you learn?
The programme is focused on practical knowledge and is project oriented. With microelectronics, you will learn how to work on chips and batteries that you use every day. You will also explore sustainable energy and how to programme its hardware.
