EPE Degree Programs

The EPE program is intermitted and no application for this study is possible anymore. The content of the websites is intended only for current students.

EPE Master course – a degree with International Focus



  • Need of increased and efficient energy supply and power applications to meet the increasing energy demands of rapidly growing world population.
  • Cost effective energy (T&D) solutions to compete in deregulated markets internationally.
  • Enhanced and rational use of regenerative energies to tackle climatic change issues.
  • Development of de-centralized power systems for effective industrial realization of fuel cell technology.
  • Faster, better and cleaner technology in electrical traction vehicles and automobiles in traffic systems.
  • Innovation-driven technological and material development to develop novel products or to change existing systems (e.g. application of superconductors, permanent-magnet-drives or silicon carbide power semiconductors).

Aims of the programs – Education in Tune with the Times:

  • Imparting well-founded knowledge in electrical power engineering.
  • Encouraging application of conceptual knowledge to come up with socially and economically reliable solutions.
  • Encouraging methodology for finding best technical solutions.
  • Promoting independent and innovative working methods in scientific and technical disciplines.
  • Training of an abstract thinking for modelling and simulation.
  • Promoting sense of teamwork.

Professional Perspectives:

  • Research and Development: Developing new concepts in the fields of sustainable power conversion, transmission, distribution and storage.
  • Developing advanced energy application and integrating Energy and Information Technology.
  • Planning and operation of electrical power systems.
  • Enhanced and rational use of renewable energies.
  • Developing industrial applications of electric motive-power technologies.
  • Developing new types of electric vehicles and electric-powered transportation systems (electric trains and automobiles).
  • Integration of modern power electronics into power systems ( e.g. non-rotating converters, FACTS etc).