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Bachelor brochure Electrical Engineering

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TU/e <strong>Bachelor</strong> College<br />

TU/e: a good choice!<br />

- You develop your personal talents<br />

- You compose your own study<br />

- You get professional coaching<br />

- You work on societal challenges<br />

- Excellent job prospects when you graduate<br />

- You study in the high-tech Brainport Eindhoven Region<br />

I dream of …<br />

asphalt lanes<br />

that charge<br />

electric cars<br />

On to a Master degree<br />

After completing your <strong>Bachelor</strong> study, you can<br />

move on to an <strong>Electrical</strong> <strong>Engineering</strong> Master, one<br />

of the Master tracks within <strong>Electrical</strong> <strong>Engineering</strong>:<br />

Broadband Telecommunications or Care and Cureor<br />

one of the many other connecting Master studies<br />

at a university in the Netherlands or abroad.<br />

At TU/e these are Automotive Technology,<br />

Embedded Systems, Science and Technology of<br />

Nuclear Fusion, Sustainable Energy Technology<br />

and Systems andControl.<br />

“At TU/e I laid an indispensable<br />

basis”<br />

What next after graduation?<br />

Once you have completed your Master degree,<br />

you are ready to take up an attractive position.<br />

Research institutes and companies are very keen<br />

on university educated electrical<br />

engineers, so you should be able to quite easily<br />

find a well paid job working, for example, in a<br />

corporate Research & Development department or<br />

as a consultant at a consultancy firm. After a few<br />

years’ experience, there is a good chance that you<br />

will head a team of researchers or manage a team<br />

of product developers. In fact, you will come across<br />

university educated electrical engineers at many<br />

industrial companies. Finally, you can specialize<br />

in research at TU/e as a PhD student (by writing a<br />

dissertation) or as a technological designer.<br />

More information about <strong>Electrical</strong> <strong>Engineering</strong><br />

<strong>Electrical</strong> <strong>Engineering</strong> Department<br />

<strong>Electrical</strong> <strong>Engineering</strong> Study Information<br />

telephone: +31 40 247 3713<br />

e-mail: voorlichting.e@tue.nl<br />

www.tue.nl/en/education/tue-bachelor-college/<br />

undergraduate-programs/electrical-engineering/<br />

More information about TU/e<br />

Education and Student Service Center, International Office<br />

telephone: +31 40 247 4747<br />

e-mail: io@tue.nl<br />

www.tue.nl/en/education/tue-bachelor-college/<br />

undergraduateprograms<br />

To request/download <strong>brochure</strong>s:<br />

- General information <strong>brochure</strong> for the <strong>Bachelor</strong> College<br />

- Information folders per <strong>Bachelor</strong> study<br />

Open days<br />

- Friday 19 and Saturday 20 October 2012<br />

- Friday 18 and Saturday 19 January 2013<br />

- Friday 5 and Saturday 6 April 2013<br />

More information and registration:<br />

www.tue.nl/en/education/study-information-activities/<br />

for-vwo-students-pre-university-education/open-days<br />

No rights may be derived from this publication.<br />

Published September 2012.<br />

Major<br />

- <strong>Electrical</strong> <strong>Engineering</strong><br />

Length of study<br />

- 3 years<br />

Language<br />

- English<br />

Entrance requirements<br />

- High-school diploma with physics and<br />

science subjects.<br />

- For other diploma profiles mathematics B<br />

and physics are compulsory.<br />

If you have questions about admission,<br />

please contact the international office of<br />

the Education and Student Service Center<br />

Study structure 1st year<br />

Lectures and exercises:<br />

- Mathematics<br />

- Physics<br />

- Modeling<br />

- Circuits<br />

- Transistor circuits<br />

- Signals<br />

- Systems<br />

- Design-Based Learning<br />

<strong>Bachelor</strong> College<br />

<strong>Electrical</strong> <strong>Engineering</strong><br />

Department of <strong>Electrical</strong> <strong>Engineering</strong> Where innovation starts


I dream of …<br />

asphalt lanes<br />

that charge<br />

electric cars<br />

The major for those who want to control<br />

the future<br />

<strong>Electrical</strong> <strong>Engineering</strong> is a crucial part in controlling<br />

our future and that is something you can see in<br />

many applications. So you are exposed in your first<br />

year of study to three societal themes:<br />

- Communication (The Connected World):<br />

Like a chip that works using light signals instead<br />

of electrical signals, Bluetooth or WiFi.<br />

- Healthcare (Care and Cure): Medical applications<br />

like an MRI scanner or combating cancer cells<br />

using electromagnetic waves.<br />

- Environment (Smart and Sustainable Society):<br />

Finite sources like oil and gas will be exhausted<br />

at one point. Alternatives are sun and wind.<br />

But the wind doesn’t always blow. How can<br />

energy be stored? How can you store electricity?<br />

institutes in the Eindhoven region. This means<br />

that there are many part-time professors, inspiring<br />

guest lectures, internships and excursions that give<br />

the study that bit extra. The electrical engineering<br />

student association Thor ensures that there are<br />

many other great things you can do with your fellow<br />

students in addition to studying.<br />

Suitable student<br />

Are you mainly keen on science subjects? Are you<br />

inquisitive about the world around you and do<br />

you see things that are needed for improvement?<br />

Do you want to wander off the beaten path, are<br />

you ambitious and do you become inspired by the<br />

thought that your efforts can help make a positive<br />

change in people’s daily lives? Then <strong>Electrical</strong><br />

<strong>Engineering</strong> is something for you!<br />

Alumnus Richard Engelaar<br />

“In my work as a technology consultant at Accenture I don’t use the<br />

intrinsic knowledge from my study on a daily basis yet every day I still have<br />

the feeling that I gained an indispensable foundation at TU/e. The social<br />

skills, the way of thinking, the network you establish there: that certainly<br />

is a benefit in your career. And an internship abroad – I spent six months in<br />

New Zealand – is important; the experience you gain during that period can<br />

be a plus for employers. I have only been working for one and a half months<br />

but I already know that the combination of engineering and business really suits<br />

me. And the variation: as a consultant you see lots of different companies and<br />

organizations from the inside. I will be here for some time yet, I’m sure of that!”<br />

Student Koen Loonen<br />

“We focus on everything in which electricity and magnetism play a role. I think it’s really<br />

extraordinary how much we know nowadays about such complex issues. People used to have no idea.<br />

And now? Now people have solar panels on their roofs, geothermal heat pumps for their homes and<br />

many people make use of home automation, or domotics. Electricity is almost everywhere. In navigation<br />

systems, the GPS network or in wireless chips for your cell phone. That’s all <strong>Electrical</strong> <strong>Engineering</strong>.<br />

Personally, my interest is in control engineering, the control and optimization of large complex systems<br />

like power stations. Sustainability is becoming increasingly important in our field. If I can do my bit, then I<br />

am happy to do so!”<br />

TU/e <strong>Bachelor</strong> College<br />

Eindhoven University of Technology (TU/e) clusters<br />

its <strong>Bachelor</strong> study programs in the <strong>Bachelor</strong> College.<br />

As a student of the TU/e <strong>Bachelor</strong> College you have<br />

the opportunity to shape your study on the basis<br />

of your interests and ambitions. The <strong>Bachelor</strong><br />

consists for the most part of your major, that field<br />

in which you later intend to work as an engineer. It<br />

is the foundation of your study program. This leaflet<br />

tells you more about the contents of the <strong>Electrical</strong><br />

<strong>Engineering</strong> major in relation to the <strong>Bachelor</strong> study<br />

so that you can find out if <strong>Electrical</strong> <strong>Engineering</strong> is<br />

the right choice.<br />

“We focus on everything in<br />

which electricity and magnetism<br />

play a role”<br />

This is <strong>Electrical</strong> <strong>Engineering</strong><br />

<strong>Electrical</strong> <strong>Engineering</strong> plays a role in everything<br />

involving electricity and magnetism. For instance<br />

in the development of electrical motors for cars or<br />

the design of the very latest wireless chips for cell<br />

phones. <strong>Electrical</strong> <strong>Engineering</strong> is crucial in almost<br />

every modern technology: from reading information<br />

on a DVD to signal processing in medical<br />

equipment. At TU/e, for instance, we focus on<br />

wireless energy transfer. What can that mean for the<br />

future? Suppose the battery of your cell phone or<br />

tablet is always fully charged, then you won’t need a<br />

separate charger. And you can use your TV anywhere<br />

because you won’t have to plug it in!<br />

“Sustainability is becoming<br />

increasingly important in<br />

our field”<br />

Typically <strong>Electrical</strong> <strong>Engineering</strong> in<br />

Eindhoven<br />

With more than eighty first-year students <strong>Electrical</strong><br />

<strong>Engineering</strong> in Eindhoven is the biggest university<br />

electrical engineering study in the Netherlands.<br />

Yet <strong>Electrical</strong> <strong>Engineering</strong> remains a relatively<br />

small study program. We provide a stimulating<br />

environment for study in which you build up good<br />

relationships with lecturers and fellow students.<br />

In addition to extensive international relationships,<br />

the department has good contacts with the many<br />

technologically leading companies and research<br />

The <strong>Bachelor</strong> study program<br />

Major<br />

Half of the three-year bachelor study consists<br />

of the chosen major. It is the foundation of your<br />

study. In the <strong>Electrical</strong> <strong>Engineering</strong> major you follow<br />

theory subjects like an introduction to electrical<br />

engineering, signals, networks, electrical and<br />

transistor circuits, systems, electromagnetism<br />

and telecommunication. You also learn to put this<br />

theory into practice in design-based learning (DBL)<br />

assignments that you undertake in a team. You<br />

are taught by lecturers who have earned traces in<br />

research and by part-time professors who also work<br />

in industry.<br />

Basic subjects<br />

In addition to your major, you follow a number of<br />

basic subjects like mathematics and physics, and<br />

you learn engineering design. Professional skills<br />

like cooperation and organization become integral<br />

part of your skills. These subjects give you the solid<br />

foundation you need as an engineer.<br />

Electives<br />

A quarter of your <strong>Bachelor</strong> study program comprises<br />

elective subjects that enable you to accentuate<br />

aspects of your study. You may opt to broaden your<br />

knowledge with subjects from another field or dig<br />

deeper in your own field. The Automotive and Venus<br />

Exploration projects are examples of what you could<br />

choose for your free electives.<br />

USE subjects<br />

Finally, you choose USE subjects, USE meaning<br />

User, Society and Enterprise. These subjects show<br />

how technology always operates in a broader<br />

context. Engineers develop technology for users to<br />

contribute to solutions for societal problems and to<br />

create business opportunities for industry.<br />

Very concrete: the first year<br />

In the first year you learn the basics of <strong>Electrical</strong><br />

<strong>Engineering</strong>. In addition to the basic subjects,<br />

you have electrical engineering subjects (signals,<br />

transistor circuits and systems) and projects.<br />

Theory is explained in lectures. During exercise<br />

sessions, supervised self-study, you exercise with<br />

the material. If you opt for a project in your electives,<br />

you apply the theory to that project. You spend a day<br />

and a half each week on a project. Each academic<br />

year consists of 60 credits (ECTS) and each credit is<br />

equivalent to 28 hours of study. The first academic<br />

year is divided into two semesters of four periods<br />

of eight weeks that you complete with two weeks of<br />

exams.<br />

Intensive coaching<br />

Experienced TU/e coaches offer you personalized<br />

advice from the start to the finish of your study,<br />

beginning during your enrollment when you and your<br />

coach look at the major that best suits you and the<br />

best ways of filling in your electives. In this way you<br />

shape your study program in line with the interests<br />

and ambitions you have. And should you realize<br />

during the first year that a different major suits<br />

you better, then you and your coach look at how<br />

you might be able to switch major during the year.<br />

Additional to a personal coach, you also get help<br />

from a study counselor and senior students who<br />

mentor groups of first-year students of which you<br />

are a member. During your initial period of study,<br />

they can guide you in your study.

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