Master's programmes

Master's programme sustainable Energy Technology                                 

Are you looking for a way to deepen your expertise in energy technology, while supplementing it with the broader knowledge and skills needed to achieve real change in our societies’ energy systems? Are you eager to use your understanding of technology and engineering to play a role as enabler, leader and game changer in the transition towards sustainable energy systems? If you are, the University of Twente’s Master’s programme Sustainable Energy Technology (SET) is a good choice for you.

Programme overview

Top rated programme
Degree
Master’s degree in Sustainable Energy Technology
Certification: MSc
Duration
2 years
Full-time/part-time
Full-time (no part-time programs possible)
Language
English taught
Starting date
1 September 2017
1 February 2018
1 September 2018
1 February 2019
1 September 2019
Numerus fixus
Does not apply for the programme
Accreditation
NVAO

Understand both technology and society

Building on our university’s unique High Tech Human Touch philosophy, the SET programme is for students who understand the kind of energy technologies that will be needed in tomorrow’s world as well as what it will take to get them rolled out and working in our communities, cities and societies. Many engineers and energy technologists choose to focus on developing and improving renewable technologies – and these technical specialists are needed in society. Professionals who understand these technologies, but are also equipped to step forward as facilitators and leaders of the renewable energy revolution are in equally high demand. The SET programme caters to this second group of engineers. Our aim with the programme is to help you become an authority in the implementation technology-driven change in energy markets anywhere in the world.

This Master’s programme is amongst the best in The Netherlands– Keuzegids Masters 2017

Lead the way towards a sustainable economy

The SET Master’s is a multidisciplinary programme that combines engineering and technology with social sciences and hands-on application. You will be trained in chemical, electrical, process and mechanical engineering, as well as in economics, business development, innovation, supply chain management and societal change. In addition to gaining in-depth knowledge of renewable energy resources and technologies – think bio-energy, solar energy, wind energy and hydrogen as well as fuel cells and smart grids – you will also gain expertise in the wider framework of today’s energy markets, entrepreneurship, business models and management. This will help you develop into the kind of person who can successfully implement technologies, leading the way towards a sustainable economy.

Tackle technical as well as many non-technical challenges

As a SET student or graduate you will tackle questions that involve technical as well as many non-technical challenges. For example, you can work exclusively on an innovative energy technology for a certain city or region, or figure out what it will take to achieve energy neutrality in that city or region. So apart from looking for ways to optimize heat pumps, you might explore workable business models for implementing heat pumps in private housing. Or again, while other specialists come up with a new method for generating energy from the ocean, you may be developing energy scenarios involving many different technologies and including diverse socio-economic and political factors. The common thread in it all is that on top of understanding and developing the technology, you are also involved in getting it deeply integrated in society.

Become an engineer who can get high-tech solutions rolled out and working

With global population growing and the energy demands of industries and consumers rising higher than ever before in history, we are rapidly depleting earth’s non-renewable energy resources: oil, gas and coal. Many renewable energy resources are available – such as wind, sunlight, moving water, hydrogen or biomass – and the range of technologies for effectively and efficiently harnessing these resources is exciting. However, making the transition from non-renewable to renewable energy systems is a tough and very complex challenge, involving not just technical issues, but also economic, political, ethical and social issues. In short, the world’s energy specialists need support from a new kind of engineer – a solidly trained, broad-minded professional with the knowledge and skills need to make the renewable energy revolution happen in our communities, cities and societies. The Master’s programme Sustainable Energy Technology has been carefully designed for this purpose. We want to prepare you for a role as leader and enabler of the renewable energy revolution.

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