Bachelor’s degree
Building Technology and Energy Efficiency

What is the vision that drives us and our mission?

Building Technology and Energy Efficiency (GTE) will be offered from the 2026/27 winter semester onwards.
The dynamic changes in the energy market, the accelerated expansion of renewable energies, and the need to make the existing building stock resource-efficient and energy-efficient all require well-trained specialists. The energy transition can only succeed if there are enough engineers. However, it has become clear that a single degree programme is not sufficient to impart the specialist knowledge required for the various tasks in the necessary breadth and depth. We have therefore decided to split the existing Energy and Building Technology degree programme into two new programmes: BuildingTechnology and Energy Efficiency (GTE) and Energy Engineering and Renewable Energies (EEE for short).

Our vision is to support the transition to a zero-emission society by training skilled workers. The shift to climate-friendly technologies is key to maintaining our standard of living whilst ensuring a liveable world for future generations. We know that the building sector and renewable energy are crucial factors for success.

Based on this vision, our mission is as follows

• The course content of the modules is based on the latest state-of-the-art technology and has been developed in consultation with our industry advisors.
• The aim of the programme is to help you find a meaningful, interesting, secure and well-paid job. We want to open up new opportunities for young people.
• By using innovative learning methods, we help you to acquire the fundamental knowledge of mathematics, natural sciences and engineering that is essential for your entire professional career.
• Through numerous work placements and seminars, you can immediately apply your theoretical knowledge.
• We aim to give you an insight into what your future role in the workplace might look like whilst you are still studying. We ensure close integration with other construction-related degree programmes. 

What is the aim of the course?

The aim of the Building Technology and Energy Efficiency (GTE) degree programme is to train engineers with a sound grounding in mathematics and the natural sciences, in-depth knowledge of building technologies (energy, air-conditioning, heating and plumbing systems) and a good understanding of building physics (fundamentals, energy balancing, fire protection, sound insulation) and of planning processes in the construction industry. They should be able to identify key operating principles and develop appropriate optimisation strategies within building systems. They can work in engineering firms, public authorities, industrial companies and as self-employed engineers.

We have described the programme objectives in detail for you.

What are the learning outcomes and skills that students acquire during the course?
There are specific guidelines setting out the skills that must be taught on a bachelor’s degree programme.
We have put together a detailed description for you.

How does the GTE degree programme contribute to sustainability?

The Building Technology and Energy Efficiency degree programme makes a key contribution to sustainability. It trains engineers who can design technical concepts for climate-neutral buildings, develop energy-efficient technologies and integrate renewable energy sources. In doing so, they help to reduce energy consumption, conserve resources and minimise the carbon footprint of buildings. At the same time, they ensure that people inside the buildings enjoy a high level of comfort, even as temperatures rise.

This is essential for a sustainable future.

Where can I find information about dual study programmes? 

You can find further information here.

What is the difference between the ‘Study Programme with In-depth Practical Experience’ and the ‘Combined Study Programme’?

On the dual degree programme with an in-depth practical component, you will be employed by a partner organisation whilst studying at TH Rosenheim, allowing you to gain valuable professional experience. At the end of your studies, you will have a Bachelor’s degree from TH Rosenheim as well as a reference from your industry partner. This means you will already have professional experience to demonstrate. Ideally, you will be taken on directly by your industry partner after completing your studies. You can switch from the standard full-time programme to the programme with in-depth practical experience by the fourth semester at the latest. 

The combined study programme is undertaken alongside vocational training. To be able to manage both training and study at the same time, you must have already completed your first year of apprenticeship. Suitable vocational training programmes include, for example, plant mechanics for plumbing, heating and air conditioning (SHK) or technical systems planning (supply and equipment technology), as these provide the practical foundations for the planning and installation of heating, ventilation, plumbing and air conditioning (HVAC) systems. Another career path is that of electronics technicians specialising in energy and building services, who are responsible for modern building automation.

How do I find a practice partner?
Enter the search terms "Energy and Building Technology" or “Energy and Building Engineering” into the search box on the “Hochschule Dual” website. If a company does not yet have a cooperation agreement with TH Rosenheim, please contact the programme’s dual study coordinator. 

Are there any teaching methods that help you understand maths and physics better and more quickly?

At Rosenheim University of Applied Sciences, award-winning, innovative teaching methods have been developed and are continually refined to help you learn maths and physics in a more interactive and accessible way within specially designed SCALE-UP rooms.

You can look forward to a friendly atmosphere and plenty of practical application.

Can I work as an energy consultant after completing my studies?

During the course, you will meet the requirements to be listed as an energy efficiency expert for residential buildings following an examination by the German Energy Agency (DENA).

If you would also like to work as an energy consultant for non-residential buildings, you can undertake further training alongside your work through the certificate programme ‘Energy Consulting for Buildings & Digital Construction’.

Are there any interesting research projects on current topics related to building services engineering?

Our faculty is distinguished by the strong commitment of our professors to research in the fields of building services engineering and energy technology. This ensures that our lecture content is highly relevant to practice and up to date. You can contribute to these interesting topics through project work or your Bachelor’s thesis. It is even possible to pursue a PhD later on.

Follow the link if you would like to find out more.

There are a wide range of well-equipped laboratories directly linked to current topics in building services engineering and energy technology. This enables the programme to provide a strong practical focus.
Follow the link and find out about the diverse and interesting activities and facilities you can experience during your studies. As part of your project work, you will work in a team on a topic directly related to current research questions. You will be involved in laboratory operations.

Why should I study in Rosenheim?

Studying in Rosenheim is well worth it: Rosenheim University of Applied Sciences offers a friendly atmosphere, a strong practical focus and good job prospects. Its location between the Alps and the lakes opens up a wide range of leisure activities, such as skiing and hiking. What’s more, Munich is within easy reach and Austria is not far away. The town offers plenty of green spaces, culture and good infrastructure. The cost of living is lower than in large urban centres.

Rosenheim University of Applied Sciences has strong regional ties. The region is home to many companies involved in building services engineering and energy efficiency. It is an important partner for industry and research in an economically strong region, which benefits graduates.

Find out more here.

Preliminary courses in mathematics and physics are particularly useful if you do not feel entirely confident in these subjects. A solid understanding of the fundamentals of mathematics and physics is a prerequisite for an engineering degree.

The preparatory practical training must be completed by the end of the third semester. Proof of this must be provided no later than the start of the fourth semester. It is recommended that you complete at least half of the preparatory practical training before starting your degree.

There are no entry restrictions for this degree programme, meaning you are guaranteed a place!

The pre-work placement, which takes place alongside your studies, forms part of your practical training. 
The pre-work placement, which must last at least 8 weeks, must be completed before you begin the clinical semester (5th semester). It is advisable to complete a large proportion of it before you start your studies.

For all FOS graduates and students who have completed vocational training, as well as dual students, the pre-work placement is waived upon application.

How are the modules distributed across the different module groups?

The diagram illustrates how the modules are distributed across the module groups for the full-time programme.

Why are the foundation modules important for your future career?

The basic modules in mathematics, natural sciences and engineering lay the foundation for your further studies and your entire professional life. These subjects are very important because they form the basis for technological progress, innovation and the solution to global problems such as climate change. They will shape the job markets of the future. Essential skills such as problem-solving and critical thinking are taught using specialised teaching methods. This teaching concept ensures that skills are acquired more effectively and leads to better exam results. You can apply the knowledge you have gained in a targeted manner during the practical semester and in the practical modules. The foundation modules also form the basis for a better understanding of the subject-specific modules on building services engineering and building physics.

What do the subject-specific modules cover?

The subject-specific modules are divided into three groups

• Subject-specific modules in building services engineering: This module group provides students with key knowledge for a career in technical building services. Topics include, amongst others, plumbing, wastewater management, heating systems, ventilation and air-conditioning, lighting technology, fire safety in relation to building services, and electrical engineering in buildings. There is a focus on building automation and control engineering, as their importance is set to grow. Prior to the practical semester or Practical Module II, students practise applying the theory during a work placement.
• Subject-specific modules in building physics: Building physics is essential for understanding holistic building concepts that take energy efficiency into account. The course covers the fundamentals of building physics, with a focus on energy balancing, energy efficiency, and noise and vibration control.
• Subject-specific modules in civil engineering: Knowledge of building law, building construction, integrated planning, as well as BIM and CAD is essential for entering the profession. In addition to specialist knowledge, methods, framework conditions and digital tools are also important.
• Subject-specific modules in renewable energies: The focus is on the future-oriented topics of heat pumps, refrigeration technology and solar energy systems.

How does this programme link up with other degree programmes?

Construction-related degree programmes are a key feature of Rosenheim University of Applied Sciences. The ‘Building Services Engineering and Energy Efficiency’ programme is modularly integrated with the programmes in ‘Real Estate and Facility Management’, ‘Timber Construction and Finishing’, ‘Civil Engineering’ and ‘Interior Design’. As part of this modular structure, you will attend lectures alongside students from these programmes. In your professional life, you will work alongside graduates of these construction-related degree programmes.

Furthermore, there is a strong overlap with the Bachelor’s degree programme in Energy Engineering and Renewable Energies. The core modules are offered jointly for both programmes.

Which modules have a strong practical focus?

The degree programme has been developed in consultation with your future employers (consultancy sector). The programme will therefore focus on relevant areas. Given the complex interaction between the various technical systems in buildings and their interconnection with the energy infrastructure, areas such as measurement, control and regulation technology will become increasingly important. An intelligent control strategy can significantly improve the energy efficiency of buildings and, consequently, their sustainability. A sound understanding of responsibilities in construction-related projects, planning tools and processes is required. As part of an interdisciplinary project, you will gain practical insight into the key aspects of the planning process and the roles of the various stakeholders. In the ‘Transient Building Simulation’ module, you will be able to apply your knowledge of building physics, building services engineering and control engineering. You will learn how to use a modern simulation tool. Other modules with a very high practical focus include “TGA Internship: Digital and Laboratory”, “Practical Semester” and “Project Work”.

What makes the modules of the dual study programme stand out?

A key feature of dual study programmes is the systematic integration of content and organisation between Rosenheim University of Applied Sciences and the respective industry partner. The university specifies the course content and the timeframe for the modules. The learning takes place at the industry partner’s premises. The course content can be applied directly in a practical setting. From the fourth semester onwards, there is at least one integration session per semester with the industry partner.

What career paths and potential employers are there?

There are a wide variety of career paths available to you.

• The scope of work for a building services and energy efficiency engineer essentially covers the entire design process for heating, ventilation and air conditioning (HVAC), plumbing, as well as the integration of renewable energy sources and building management systems. Key responsibilities include optimising energy consumption, developing bespoke energy concepts whilst taking into account technical constraints, ensuring compliance with legal requirements, and coordinating construction work. Potential employers include building services engineering firms, public authorities, building control offices, the public sector, and planning departments within industrial companies. You can also work independently or as a freelance consultant.
• You can also work in the fields of building services engineering, energy assessment and thermal building physics within design offices.
• Careers in technical facility management focus on technical management, maintenance and quality control. You will be responsible for the operational safety of the technical infrastructure of companies or public institutions. This career path is open to you.
• Another career path for you is technical sales.
• You may also take up roles in research and development.

What is the demand for building services engineers?

Demand for building services engineers is currently very high. You can easily check this for yourself. For example, search for vacancies on the Federal Employment Agency’s website and enter ‘Engineer – Building Services’ in the search field. The following job titles are used in the job advertisements:

• Building Services Engineer (m/f/d)
• Building Services Engineer (TGA Specialist) (m/f/d)
• Building Services Engineer / Specialist Planner – HVAC (m/f/d)
• Commissioning Engineer – Building Services
• Mains and Building Services Engineer (m/f/d)
• Building Services Project Engineer (m/f/d)
• Building Services Technical Systems Designer (m/f/d)
• Building Services and Sustainability Engineer (m/f/d)
• Building Services Project Manager (m/f/d)
• Building Services Design Engineer (m/f/d)
• Energy and Building Services Engineer (m/f/d)
• ….