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Why choose this programme?

In everything from sun and wind to tidal waves and geothermal heat, we have energy that is renewable and widely available. This Master’s programme aim to provide you with a solid foundation for developing the use of renewable energy systems in society. If you want a future job in the energy sector, this is the study programme for you.

Renewable energy systems expanding

Use of – and investments in – renewable energy is expanding. Since this will affect how energy is distributed, generated, controlled and regulated, renewable energy will cause major changes to society. The Master’s Programme is constructed for meeting these changes, and the University of Oslo has a wide range of subjects and programmes ready to fulfill your need of a successfull future career path.

Links to the industry and to research environments

The programme is administrated by The Department of Technology Systems (ITS), which is located at Kjeller. The Department operates in collaboration with the nearby research institutes: Norwegian Defence Research Establishment (FFI), Institute for Energy Technology (IFE), Norwegian Institute for Air Research (NILU), as well as Akershus EnergiPark – in fact, the majority of the lecturers at ITS are holding a position as a researcher at the various research institutes in the Kjeller area. The ongoing and extensive research in the energy sector being done at Kjeller means that we can offer you, as a student, relevant and up-to-date topics for your master thesis. The connections to business and industry are good, which gives a unique content and a realistic future perspective for our students.

Learning outcomes

The research and teaching aim to provide you with a solid foundation for developing the use of renewable energy systems in society. The study is suitable for those who wish to work with renewable energy systems.

After completing a master in renewable energy systems, you have achieved:

Learning Objectives

Knowledge

  • You have a good understanding of renewable energy systems, its components and interactions between the components. This includes all renewable energy technologies, different storage technologies, distribution grid, smart grid including sensors. Regulation and control, and both “stand alone” systems and large integrated distribution systems.
  • You have a good understanding of national and international regulations and framework conditions for renewable energy systems. This also includes different price models and actions.
  • You have profound knowledge in a special field such as solar energy, storage, smart grid.
  • You have approximately specialized knowledge in a field of renewable energy systems achieved through the work on a master thesis.

Skills

  • You are able to perform an initial design of a renewable energy system.
  • You are able to design in detail a subsystem
  • You are able to analyze how changes in functionality in a component will affect the other components of the system.
  • You are able to use laboratories and emulators of renewable energy systems to analyze relevant issues.
  • You are able to identify, define, present and communicate issues within the subject area.
  • You are able to conduct an independent, limited research or development project under supervision and in accordance with current research ethical standards in renewable energy systems.

General competence

  • You should be familiar with the subject’s development, limitations and opportunities – academic, ethical and social.
  • You should be familiar with innovation and innovation processes.
  • You should be used to working in interdisciplinary groups.

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