Do you want to tackle climate change and design sustainable energy systems? On the Energy Engineering degree programme, you will learn how to design systems for a secure, economical and environmentally friendly energy supply, how to improve energy efficiency, and how to intelligently tackle tasks such as the generation, transmission, distribution and use of energy. This will enable you to make a significant contribution to environmental and resource protection as an energy engineer. The Bachelor’s degree in Energy Technology combines theoretical foundations with practical applications in an active research environment. Building on this, Ulm University of Applied Sciences (THU) offers suitable Master’s programmes.
The Bachelor's program in Energy Engineering teaches students what is technologically possible today to ensure a safe, economical, and environmentally sustainable energy supply, with a focus on renewable energy.
The Energy Engineering program at THU focuses, among other things, on
The first two semesters focus on imparting fundamental knowledge in mathematics, physics, and chemistry, which is essential for understanding technical systems. Modules such as “Engineering Mechanics” and “Computer Science” provide you with the necessary tools to analyze and solve technical problems.
In the 3rd and 4th semesters, you will be introduced to more specific topics in energy engineering, including thermodynamics, heat transfer, and renewable energy. Practical laboratory work and project work promote an understanding of how to apply theoretical concepts in real-world scenarios.
In the 5th semester, you will complete a practical semester at a company or research institution. This allows you to apply your theoretical knowledge in practice and gain valuable professional experience. You will work on real-world projects and establish contacts with potential employers.
In the final phase of your studies, you will deepen your knowledge through required-elective modules. By choosing specializations, you can tailor your studies to your own interests and goals and sharpen your professional profile.
The following specializations are available:
The bachelor’s thesis in the 7th semester is the culmination of the Energy Engineering bachelor’s program, during which you will conduct in-depth research on a topic of your choice and present your findings.
The Energy Technology degree course is NC-free, which means that you do not have to have a specific grade point average.
To be admitted to the course, you will need a general higher education entrance qualification, a subject-specific higher education entrance qualification or an entrance qualification for universities of applied sciences. The course is a good fit for students with an interest in technology, innovation and sustainability as well as an enthusiasm for subjects such as mathematics, physics and chemistry. Solution-oriented thinking, great stamina, the ability to work in a team and the motivation to use English skills for international perspectives are also required. The Energy Technology course lasts seven semesters.
The transition to sustainable and renewable energies is one of the greatest global challenges of our time. Because the worldwide demand for specialists in this field is growing rapidly, the Bachelor's degree in Energy Technology offers you a future-proof career. You will immerse yourself in innovative technologies such as solar, wind and hydropower and develop interdisciplinary solutions to actively reduce global energy consumption. You will combine theoretical knowledge from physics, chemistry, mathematics and engineering directly with practical experience. After graduating with a Bachelor of Engineering degree, you can join large energy suppliers, engineering offices, the automotive industry or government environmental authorities and play an active role in shaping a sustainable future. After graduating, you can also continue your education as an energy consultant or pursue a Master's degree and a doctorate at THU.
