|Study location||Austria, Wels|
|Type||Master courses, full-time|
|Nominal duration||2 years|
|Tuition fee||€726.72 per semester
plus Austrian Student Union fee EUR 20
|Application fee||€79 one-time
Applicants from non-European Union countries will need to use Uni Assist platform for verification of the required documents.
Undergraduate diploma (or higher)
Completion of a relevant bachelor’s degree of at least 6 semesters or a higher-quality comparable university degree.
The entry qualification documents are accepted in the following languages: English / German.
Often you can get a suitable transcript from your school. If this is not the case, you will need official translations along with verified copies of the original.
Attention: if given preliminary admission, international applicants MUST provide legalised documents translated to German or English for the following documents:
Legalisation confirms the authenticity of documents, signatures and authorities that issued the document. Three scenarios are possible depending on the issuing country:
To see if and what legalisation you would need for your diploma, please refer to this Legalization of Foreign Documents in Higher Education document
B2 level (according to the European Framework of Reference)
Please also attach the following documents:
Note that an interview and an entrance test may be part of the admission procedure.
Specific requirements for Non-EU applicants:
Please be aware that the visa process can take up to 3 months, therefore you should send your application as early as possible! For more details on the visa application please visit the following webpage: www.oead.at
Renewable energy sources have long since made the leap out of their niche. But despite the innovative and sustainable technologies available, progress is not fast enough to achieve our climate protection goals. For a successful energy transition, we must continue to intensify our efforts. We cannot postpone the necessary steps any longer – it is high time we acted decisively. The course content reflects the holistic approach and is based on the current challenges in the sustainable expansion of energy supply systems. This up-to-date course gives you access to the world of modern energy technology development and current research.
The “Applied Energy Technology” course is a further development of the content of the renowned “Eco Energy Technology” course that was offered until 2018.
The master’s degree in “Applied Energy Technology” offers a fundamental in-depth study of topics relating to conversion, distribution and the optimized, environmentally friendly use of energy in systems and buildings. With the focus on “solar technology” or “building optimization”, there is a special focus on the functionality, planning, construction and operation of energy-related systems and buildings. Project-oriented learning ensures immediate implementation and practical relevance and opens up the possibility of setting additional individual priorities.
Double Degree: An Austrian-French double degree is possible in cooperation with INSA Strasbourg.
The students acquire knowledge and skills in the application of engineering subjects in the areas of building technology and solar technology and deepen their skills in the areas of project management and technology.
-Energy conversion, energy distribution and energy storage
-Economic and legal skills
A four-semester project in close contact with companies is intended to make what has been learned during the course immediately applicable and tangible. In this project work, individual priorities can be set.
-In-depth knowledge of English
Assumption of coordination and management tasks
Team and communication skills in an international context
Working in project teams
Working in an international environment through exchange programs for students
Graduates are characterized by their versatility and an eye for the big picture. The breadth of the training with the listed focal points and individual specialization options offers flexible career opportunities like hardly any other degree. The industrial tasks include the development, planning, implementation and optimization of modern energy systems. Graduates of the course take on managerial and coordinating functions in the industry and are also active as freelance or independent experts.