All life is energy. Energy consumption is rising, reserves dwindling worldwide. It is vital that we cover our energy needs (lighting, heating, power etc.) as economically and efficiently as possible and minimise primary energy use. This must be achieved as far as possible by using the sun, wind, water and geothermal energy, for these are our future. This programme is about efficient and environmentally-friendly production and use of energy. It offers an innovative education in ecology, technology and business economics. You will learn to develop, plan and market efficient technologies for energy production and conversion. A further specialisation of the course is in the field of ecological and energy-efficient buildings.
- 4 Semester
- Wels Campus
- 21 Places
Completion of at least a 6 semester specialized relevant Bachelor’s degree or comparable higher education at university level
For EU citizens: Application for the year 2023/24 online until 30.06.2023
Appointment for the admissions process:
after the closing dates for applications
Start of studies:
Study information days:
For students from EU and EEA countries: EUR 363.36 per semester + ÖH (Austrian Student Union) contribution For students from non-member states: EUR 726.72 per semester + ÖH (Austrian Student Union) contribution. Merit-based scholarships are available.
No Internship, but projects on Campus Wels
Anyone who studies at Austria’s largest and, in terms of research, strongest university of applied sciences has no need to worry about his or her future. The FH Upper Austria’s schools in Hagenberg, Linz, Steyr and Wels offer 60 Bachelor’s and Master’s degree programmes to choose from. With practice-oriented contents and job prospects that are more than promising, the FH Upper Austria is internationally orientated to enable its graduates to meet global challenges. The FH Upper Austria in figures:
60 degree programmes (29 Bachelor’s degree programmes – 31 Master’s degree programmes) thereof 10 are taught entirely in English plus more than 300 modules taught in English
340 research projects currently in progress