Degree in Energy Engineering

Bachelor's Degree in Energy Engineering (GIE)

Presentation and guide of the degree on the website of the University of Seville.

This degree trains future professionals with knowledge of the scientific foundations and engineering principles related to the technological areas of energy engineering . It will provide them with the necessary skills to apply these foundations to the formulation and resolution of complex problems related to professional activities in the field of:

  • Energy resources

  • Power generation technologies

  • The use of different renewable energy sources

  • Energy storage, transport and distribution

  • The transformation and use of energy

  • Energy saving and efficiency

  • Energy management

  • Energy markets and the management of supply and demand

  • Environmental, economic, legal and safety aspects in the energy sector

  • Product cooling and air conditioning technologies

It should be noted that these objectives include topics related to both traditional and new energy sources, primarily renewable ones. The aim is to train engineers who understand and master traditional energy technologies and who can address the design and implementation of newer technologies that are rapidly emerging in tandem with the development of renewable energies and as a result of the introduction of sustainability criteria into energy systems.

These skills can be applied in sectors that result in higher energy consumption, such as industry, construction, and transport.

Graduates will be able to carry out their activities in both the Administration and Public Organizations as well as in private companies.

The Energy Engineering Degree at the University of Seville has the European international quality seal in engineering EUR-ACE which certifies that it meets the professional requirements of engineering in an excellent way.

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Mentions from the Degree in Energy Engineering

The Bachelor's Degree in Energy Engineering allows specialization in three areas:

  • Energy saving and efficiency

  • Renewable energies

  • Power production systems