Energy technology and renewable energies
At a glance
Academic degree
Bachelor of Engineering (B.Eng.)
Form of study
Full-time
Standard period of study
7 semesters (incl. practical semester), 210 ECTS
Place of study
Language of instruction
German
Start of studies
Winter semester (October 1)
Admission requirements
University entrance qualification, entrance qualification for universities of applied sciences, vocational qualification or foreign educational certificate
Orientation semester
Individual modules can be taken as part of an orientation semester
Semester abroad
Possible as a theoretical or practical semester
Studying with a practice partner
Accreditation
accredited by the Accreditation Council
Registration
from 02.05. – 30.09.
Profile of the degree program
Renewable energies play an important role when it comes to the energy supply of the future. This poses major challenges for future engineers. In the Energy Technology and Renewable Energies course, Coburg University of applied sciences and arts trains the experts of the future. The focus is on engineering sciences with a focus on the storage and distribution of renewable energy.
What we value
Practical projects and working in teams
The course is specifically geared towards the requirements of professional practice. Students also work in teams with students from other degree courses. This enables them to develop their social skills. Concrete projects with partners from industry challenge students to present their work results with confidence and create contacts with practitioners. In addition, almost all courses are accompanied by exercises in which students can apply their theoretical knowledge in practice.
Study internationally
Coburg University of applied sciences and arts offers the opportunity to complete a study or practical semester abroad. To this end, Coburg University of applied sciences and arts maintains relationships with foreign partner universities. Further information is available from the university’s Study Abroad service.
Course content and schedule
The degree program offers students a comprehensive education in engineering sciences with a focus on the storage and distribution of renewable energies. Students are prepared for the challenges of the future and equipped with the necessary skills and abilities.
First to fourth semester (foundation course)
- Introduction to renewable energies through a thematic lecture series and in-depth laboratory practice
- Fundamentals of mathematics and computer science
- Fundamentals of electrical engineering (in particular: Direct and alternating current technology; electric and magnetic fields; electronic components and circuit technology; electrical measurement technology; signals, systems, digital and microcomputer technology; electrical drives and networks; physics
4th semester: Practical semester of 20 weeks, with 18 weeks in a company of your choice and two weeks at Coburg University of Applied Sciences in the form of practical lessons including a practical seminar.
Fifth to seventh semester (specialization studies)
Compulsory subjects:
- Control engineering
- Technical English
- Electrical power distribution
- Electrical energy storage
- Intelligent energy systems
- Electrical energy conversion
- Thermodynamics
- Electrical drive and converter technology
- High voltage technology
- Interdisciplinary key qualification
- Engineering project
Five application-oriented specialization subjects with elective options:
- Solar thermal energy
- Photovoltaics
- Hydropower and pumped storage
- Hydrogen technology
- Fuel cell technology
- Battery technology
- Smart grids – decentralized energy structures
- Smart grids
- Automation technology for renewable energies
7th semester: Bachelor’s thesis with accompanying seminar and project management methods.
Practice during studies
Basic internship
A basic internship is not required. However, we recommend that you do some practical work in relevant companies before starting your studies so that you can get an idea of your future professional practice in good time.
Practical semester
The practical semester usually takes place in the fourth semester. It comprises a continuous period of 18 weeks. Students also attend practical courses.
Studying with in-depth practice (PraxisPLUS)
Studying with in-depth practical experience in the PraxisPLUS model offers you the opportunity to gain more practical experience during your studies – without extending the duration of your studies. The prerequisite is a work contract with a company or institution. You can apply your knowledge from the lecture directly at work. The work at the company is remunerated. This in turn makes it easier to finance your studies.
Job & Career
The phasing out of nuclear energy and the associated switch to renewable energy is challenging the electrical energy industry to initiate a complete system change. In the future, electrical engineers will be needed who have in-depth knowledge of the production, storage and distribution of renewable energies. Graduates of this course will be sought-after specialists with very good earning and career opportunities. In addition, this degree opens the door to a career in research and development.
Do another master's degree!
After successfully completing their Bachelor’s degree, good graduates have the opportunity to gain further qualifications with a Master’s degree. They follow on directly from the Bachelor’s degree course. Coburg University of applied sciences and arts offers the following Master’s degree courses, for example:
- Electrical engineering and information technology
- Development and management in mechanical and automotive engineering
- Simulation and testing
You can find an overview of which other Master’s degree programs you can combine with your Bachelor’s degree here.
Coburg University of Applied Sciences offers an interesting model with the so-called Project Master: Master’s students work for three semesters on a scientifically demanding project, which can be based either at the university or with an industrial partner. Students are continuously supervised by a professor while working on the project.
Insights
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Curriculum and examination regulations
The study plan provides an overview of the structure of the degree program.
The module manual provides information on the content of the individual modules. The study and examination regulations forms the legal basis of the degree program. Questions about the content of the degree course will be answered by the course advisor Prof. Dr. Matthias Mörz.
Study Ambassador
Hello, I’m Jonas-Paul Graßmuck and I’m a student ambassador for the electrical engineering degree programs. As I’m studying an electrical engineering course at Coburg University of applied sciences and arts, I can answer your questions directly. So if you want to know what the course is all about or what it’s like to live in Coburg, just send me an e-mail: jonas-paul.grassmuck@stud.hs-coburg.de.
