The bachelor’s degree program is divided into a foundation and orientation phase of two semesters and a bachelor’s phase of four semesters.

Basics and orientation phase: 1st-2nd semester

In the first two semesters, competencies are acquired in basic subjects such as mathematics and physics. At the end of the second semester, a basic and orientation examination (GOP) must be passed. The GOP comprises the following seven modules worth 42.5 ECTS credits:

• Mathematics
• Structure of materials
• Fundamentals of electrical engineering I and II
• Chemical fundamentals
• Materials: Mechanical properties and processing

The GOP is passed when 30 ECTS points of it have been acquired.

Bachelor phase: 3rd-6th semester

In the subsequent bachelor phase, the diverse aspects of energy technology are taught in the core subjects of regenerative energy systems, energy and drive technology, energy technology and chemical reaction technology, but also Machine Learning and Artificial Intelligence (see link ). Furthermore, the area of soft skills is not neglected with the main seminar and a free elective. The bachelor phase consists of further compulsory modules, two compulsory elective module (selection from 11 modules), the bachelor thesis as well as a presentation of approx. 30 minutes on the topic worked on in the bachelor thesis with subsequent discussion. A further prerequisite for the completion of the Bachelor’s degree is proof of six weeks of practical work experience.

Graduates receive the basic knowledge and experience required to independently and responsibly solve engineering tasks in the field of power engineering. In addition, the degree program incorporates, in a form appropriate to the level, knowledge acquired in ongoing top-level research, for example in the DFG clusters of excellence.

Short overview: Structure of the degree program

1st -2nd semester: Basics and orientation phase

3rd-5th semester: Subject-specific fundamentals and profile formation, various laboratory practicals, compulsory elective subject, free elective subject, industrial internship

6th semester: Bachelor’s thesis, graduation

Basic requirements for the energy technology program are primarily:

• interest in mathematics and physics,
• ability to work in a team, especially for numerous internships and exercises,
• Interest in a wide range of engineering subjects, as the course is interdisciplinary: students not only learn about the individual fields, but also about their intersections, thus gaining a comprehensive view of the whole

A steadily increasing demand for qualified energy technology engineers can be safely predicted. At present, these are sought throughout Germany, but also in particular in Erlangen and the „energy region“ of Nuremberg.

The potential field of activity is broad and includes, among other things

• Planning, construction and optimization of energy supply plants,
• Research and development in the field of renewable energies and innovative technologies, and
• Project management and quality assurance