The study programme includes courses on the individual aspects of wind turbine systems, ranging from rotors, drive trains and operational management through to tower and foundation structures. In addition, there are topics such as wind farm planning/operation and management. The theoretical knowledge is always applied directly in practical exercises or laboratory practicals. A project conducted over both semesters combines the different competencies with experience in teamwork and time management.
The third semester starts with the professional practice phase and in most cases results in a smooth transition to the final thesis and in many cases also to the graduate's first job.
Understanding wind energy as a complete system
Designing a wind turbine relies on many subcomponents from different disciplines. Understanding these subsystems and knowing how they interact means being able to optimally employ wind power generation in plant, site and operation activities keeping future requirements in view. This knowledge is imparted by experts from various disciplines in the master's programme in Wind Energy Technology. In particular in management positions within projects and companies, this holistic understanding of turbine systems is the basis for keeping pace with opportunities for further development and moving one step closer to the energy supply of the future.
Why choose this programme
Because of the sector
The study programme is an industrial initiativeComplete wind energy systems
Always keeping an eye on the complete wind turbine system and its surroundingsRelaxed study environment
Always in direct contact with the lecturers in small groups
Configure the future of our energy supply
Many opportunities are open to you
In order to obtain the best possible yield with a wind turbine, the turbine developer must design a system that meets the requirements of the wind farm planner and provides the wind farm operator with a service-friendly product. Conversely, the wind farm operator must be well acquainted with the turbine in order to be able to implement maintenance concepts and optimise operation. This is why the study programme provides participants with competencies in all three areas.
The knowledge imparted in lectures is deepened in application in practical exercises and laboratory practice. At the same time, there are many opportunities in Bremerhaven and the surrounding area to apply the knowledge directly in companies in the sector, from manufacturers to large planners/operators to the Fraunhofer Institute research facilities.
Wind energy is the most important component of the energy transition. The aim is to increase its percentage in total energy provision even further, to align it with the relevant requirements and to help shape the future by ensuring clean, secure energy supply.
Facts about the study programme
Degree of Studies
Master of ScienceStudy Form
Full-time studyTerm of Admission
admission-freeTerm of Admission
Summer and Winter semesterMain Course Language
GermanStandard Period of Study
3 Semester
Entering the future with wind energy
The master's programme in Wind Energy Technology (Windenergietechnik) imparts knowledge on wind turbines as complete systems. The individual components of the turbines and their interdependence are dealt with in the module groups Turbine Technology, Drive Train Systems and Support Structures. Wind farm planning, with the planning and operation of wind farms, addresses the requirements of the market. The Management module provides the students with additional tools that will equip them to work later in management positions within projects and at companies. Each area also consistently addresses the special challenges of offshore wind energy. In the third semester, the programme concludes with the professional practice phase followed by completion of the final thesis.
Programme overview
In addition to gaining an understanding of wind turbines as complete systems, the students also deepen their knowledge of the sub-areas in this field. These sub-areas consist of, on the one hand, instrumentation and control engineering, which focuses on processing measurement signals and regulating the operation of the plant, and on the other hand, the area of support structures, which is subdivided into the areas of towers and foundations.
In many cases, the special requirements for the operation of turbines in the offshore sector are also addressed.
The nine-week professional practice phase takes place in the third semester at a company or research institution, often in direct conjunction with the final thesis. Students who plan a stay abroad usually arrange for this to occur in the third semester. Stays abroad are supported on an individual basis.
Admission and application
1. Requirements for admission are a bachelor’s degree (210 CP) with technical content with an equivalent German grade of 3.0 or better. Basic knowledge of mathematics/physics, technical mechanics, materials science, electrical engineering and measurement technology are recommended. But this can also be acquired later on. If a bachelor’s degree with only 180 CP has been completed, we will make special arrangements for the missing CP.
2. Proof of English language skills at level B1 of the Common European Framework of Reference for Languages. The admission requirement for foreign students is an C1 language level in German.
Further details are provided in the admission regulations.
We would be pleased to arrange a preliminary examination. To make the necessary arrangements, please contact Mr Böcker.
The Wind Energy Technology (WET) study programme accepts students every semester. The application deadline for the winter semester is 15 August, while the deadline for the summer semester is 15 February. Please apply online through our ecampus application portal where you can upload all the necessary documents.
The Bremerhaven University of Applied Sciences is a member of UNI-ASSIST (Application Services for International Students). Prospective students who have gained their university entrance qualification or bachelor’s degree outside the European Union (EU) can therefore submit their application directly to UNI-ASSIST. To ensure adequate processing time, the application for the winter semester should be submitted to UNI-ASSIST by 30 June for the winter semester and 31 December for the summer semester. Following a successful review, this is forwarded on to the Bremerhaven University of Applied Sciences. UNI-ASSIST charges applicants a fee to process the application.
You can find further information on the application procedure on the Registration and Examination Office’s website.
Various events that provide information about the programme take place before studies begin. These are offered both prior to application and for previously admitted applicants. However, you are also welcome to contact us individually. We appreciate your interest in our programme!
Learn more about the study programme
Wind Energy Technology