Bachelor’s degree
Energy and Building Technology

CREATE. FUTURE. NOW.

We are creating the future. Because our society already needs new forward-looking solutions to curb climate change. We are making valuable contributions to this by rethinking and revolutionizing the "Energy and Building World" with innovative and fascinating approaches.

Our Energy and Building Technology degree program (short: EGT) is therefore a sustainable investment in the future of all of us. But also in yours. Because you will secure promising opportunities in research, teaching and career.

You have the choice between the full-time study model and the "dual study model" studies with intensive in-company training. With the study model "studies with intensive in-company training" you are employed by a practice partner of the TH Rosenheim during your EGT studies and already gain valuable work experience. 

Study EGT and let's CREATE. FUTURE. NOW.

Study Energy and Building Technology at the TH Rosenheim.

In addition to a sound basic technical education, you will gain a lot of know-how on the planning and implementation of climate-neutral buildings and on technologies for a sustainable energy supply.

You can also look forward to innovative teaching methods that teach math and physics interactively and more easily in two specially designed SCALE-UP rooms (student-centered active learning environment for upside-down pedagogies), a familiar atmosphere and a lot of practical relevance, e.g. through the dual study program.

Admission Requirements

The Bachelor´s degree Energy and Building Technology is not subject to admission restrictions.

Prerequisite for your application is one of the following qualifications

• general university entrance qualification
• subject-related university entrance qualification

• advanced technical college specialized general university entrance qualification

• master craftsman's examination plus proof of counseling interview at the Rosenheim University of Applied Sciences

• completion of two years of vocational training  and at least three years of professional experience in a field related to the study program, a counseling interview as well as passing a two-semester trial study period

Your personal requirements

You should be interested in environmentally compatible and economical energy supply, especially for buildings. We also recommend an affinity for mathematics and science (FOS/BOS technology level) and engineering subjects, such as Physics or Thermodynamics.

Application for the dual study option "Study with intensive in-company training"
In order to apply for the dual study option "study with intensive in-company training", you must conclude an educational contract with one of our practice partners. The practice partner must have concluded a cooperation agreement with the TH Rosenheim. You can find our practice partners here: https://www.th-rosenheim.de/studium-und-weiterbildung/studienangebot-der-th-rosenheim/duales-studienangebot/wegweiser/praxispartner. Please select Rosenheim Technical University of Applied Sciences and the study program Energy and Building Technology.

Your core team of Academics and Professors

• Prof. Dr.-Ing. Frank Buttinger

  Director of the degree programme course Bachelor´s degree Energy and Building Technology
  Sustainable Energy Technology; Energy Systems

• Prof. Dr. Johannes Aschaber
  Strategic Planning; Physics and Building Physics; Technical Simulation; Energy Storage Systems

• Prof. Dr. Gerhard Friedsam
  Dean of the study programme Bachelor´s degree Energy and Building Technology
  Heat and Moisture Protection; Energy Saving Regulation; Thermography and Air Tightness

• Prof. Dr. Harald Krause
  Physics and Building Physics; Ventilation Technology; Passive House Technology

• Prof. Dr. Michael Krödel
  Building Automation; Building Services Engineering; Data Processing

• Prof. Dr. Florian Link
  Mathematics; Differential Geometry; Analysis

• Prof. Dr. Ulrich Schanda
  Director of the Master´s Degree Programme Building Physics 
  Physics and Building Physics; Acoustics

• Prof. Dr. Claudia Schäfle
  Physics; Fluid Mechanics

• Prof. Dr. Uli Spindler
  Building Technology; Heating Technology; Heat Pumps; Energy Monitoring

• Prof. Dr. Silke Stanzel
  Dean of the Faculty of Applied Natural Sciences and Humanities 
  Physics; Thermodynamics; Heat Transfer

• Prof. Mike Zehner 
  Sustainable Energy Technology; Photovoltaics; Power Grids