master’s degree

SuStainable energy technology

Let’s have a look if your aim and our intention can have a good

match. Our intention is to deliver young Masters of Science with a

highly respected diploma who can change the(ir) world and be a

leader in the field of Mechanical Engineering, Sustainable Energy

Technology, Civil Engineering and Management, Construction Management and Engineering or

Industrial Design Engineering.

If you see your future in these or other related fields and aim at a role in society that makes a difference,

be it an engineering specialist (technical or commercial) or project manager, join us. You will be

welcomed in an open, participative and entrepreneurial environment.

We will make your Master’s an interesting and challenging journey: an adventure that will shape your

future. You won’t get it for free: you will have to work hard, but this investment in yourself will result in

generous rewards.

Prof.dr. Rikus Eising, dean of the Faculty of Engineering Technology

Welcome to the Faculty of Engineering Technology!

programmeA 3TU MAsTer’s progrAMMe

The Master’s programme in Sustainable Energy Technology will enable you to become one of the new

generation of engineers and researchers at the forefront of the energy revolution.

The world is becoming acutely aware of the urgent need to resolve the many issues associated with energy consumption and climate change. Limited availability of fossil fuels and the need to reduce greenhouse gas emissions call for fundamental innovations in the global energy landscape.

Sustainable energy plays a key role in tackling these issues, especially given people’s determination to maintain or improve their living standards. This requires a new generation of experts who combine specialist knowledge with broader social awareness to deliver high-tech solutions with a human touch.

The Master’s programme in Sustainable Energy Technology has exceptional ties with leading research in developing, optimizing and integrating sustainable energy sources such as solar, wind, hydro, biomass and innovative energy technology such as fuel cells.

New technologies have to be integrated into existing socio-technological networks. Tomorrow’s engineers and researchers will explore new forms of energy distribution, new energy market structures and smarter ways to satisfy the demands of our complex society. Sustainable Energy Technology graduates are ideally suited to meet these challenges.

This programme has no specializations.

Tomorrow’s engineers and researchers will explore new forms of energy distribution, new energy market structures and smarter ways to satisfy the demands of our complex society

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Career opporTUNITIeSThe Master’s programme in Sustainable Energy

Technology fulfils a growing need for energy

specialists who have technological expertise

backed up by a firm understanding of economics,

policy and innovation.

Developments such as the liberalization of energy markets, globalization and the shift towards sustainability in the energy industry mean that career prospects are promising for skilled engineers in this strategically important area.

A growing demand for specialists with a broad knowledge of sustainable energy can be seen in the energy industry and in related fields such as the supply

industry, research institutes, engineering firms, consultancy and government agencies.

admISSIoN reqUIremeNTSDUTch hBo sTUDenTsGraduates with a Bachelor’s degree in a relevant field of study of a Dutch HBO may be considered for admission. In most cases students will first need to complete a bridging course.

UniversiTy of TwenTe sTUDenTsStudents holding a BSc degree in Advanced Technology, Electrical Engineering, Chemical Engineering, Applied Physics or Mechanical Engineering from the University of Twente qualify for direct admission, conditions may apply. Students with other relevant Bachelor’s degrees will be considered for admission.

DUTch UniversiTy sTUDenTsStudents with relevant Bachelor’s degrees from a Dutch university will be considered for admission.

inTernATionAl sTUDenTsInternational students with a Bachelor of Science in Engineering or Technology in relevant subjects such as Mechanical Engineering, Chemistry, Electrical Engineering, Physics and Advanced Technology and a CGPA of at least 75% of the maximum score are invited to apply for admission. In addition international students need to pass an English language test.

More detailed admission requirements are available at www.utwente.nl/master/set

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‘This Master’s programme is unique because it is very diverse and it teaches you to take a broad view of problems’NAME maarTeN HolTkamp

COUNTRY OF ORIGIN THe NeTHerlaNdS

From the very start of my studies, I was interested in Thermal Engineering and in all forms of sustainable

energy. I opted for the Master’s in Sustainable Energy Technology, because it enabled me to combine

both. This Master’s programme is unique because it is very diverse and it teaches you to take a broad view

of problems. It challenges you with multidisciplinary courses that range from high-tech to the world of

economics.

The programme offers you a wide range of possible specializations. My advice for future students of Sustainable Energy Technology is to go for the one that seems to suit you best. The easiest way to find out is to speak to the heads of all the research groups you are interested in.

Career prospects are a good reason for choosing Sustainable Energy Technology. As fuel prices rise and public awareness of the environment grows, companies

are being forced to implement alternative and renewable forms of energy. This is resulting in a high demand for highly -trained staff, such as SET students. When I finish my studies, I am thinking of becoming a PhD student so that I can develop further as an engineer and a scientist.

STUdeNT’S ToUCH

conTAcTFor general information about the Master’s programme or the university of twente, as well as for questions about the application form of your enrolment status, please contact:

university of twenteStudy information DeskPhone: +31 (0)53 489 5489master@utwente.nlwww.utwente.nl/master

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