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Wind Energy Master (Online)

Master (2 years) of Wind Energy, 60 ECTS
Engineering

Institution Technical University of Denmark (DTU)
Campus Lyngby
Duration 2 - 4 years
Tuition per term (Non-EU/EAA/CH) 15180 EUR
Tuition per term (EU/EAA/CH) 8880 EUR
Website http://www.wem.dtu.dk/

Description

Our Wind Energy Master programme is a web-based education with a broad academic profile. The programme covers all essential aspects of wind energy engineering based on the research activities taking place at DTU Wind Energy. This one-year master's programme has a vocational focus and provides you with the practical skills and knowledge needed in the private and public wind energy sectors.

This online master is aimed towards individuals who are already affiliated with the wind energy industry, such as developers and manufacturers, consultants, environmental agencies, shipping industry etc. Applicants must have a least two years of relevant work experience. Relevant work experience could be, but is not limited to:
  • The wind energy industry
  • Oil and gas companies
  • Shipping companies
  • Companies performing environmental assessments
  • Public agencies with responsibilities related to engineering and natural sciences.
A screening process will take place upon registration to ensure that participants are qualified to enter the programme.

Part-Time Studies

The programme is designed as a part-time programme within a two-year period. It corresponds to one year of full-time study, but is spread over two years to accommodate participants doing the programme concurrently with having a full-time job.

Even though it is an online Master’s programme, participants will be required to attend the programme physically a couple of times, for example in connection with the defense of the final project.

Career prospects 

With an online master in Wind Energy, you are qualified for employment in the rapidly expanding international industry and you can contribute with valuable knowledge used in the development of wind turbines, as well as design and control of the mechanical and electrical components and systems. 

Admission 

To be admitted to this programme, you must have an academic bachelor degree and a minimum of two years of relevant work experience.
Read more about the admission to the online Master in Wind Energy.

In addition, documentation may be required verifying your proficiency in English.

Apply directly at Technical University of Denmark with all relevant documentation.
Read more about the Registration and Fees.

To find out whether the level of your foreign certificate or diploma satisfies the general entry requirements, you should contact Technical University of Denmark directly. A list of the most commonly recognized exams and diplomas can be found at the Danish Agency for Higher Education → http://en.fivu.dk/recognition

For Further Information

Information from the Danish Agency for Higher Education can be located at →http://en.fivu.dk/.

You will find information about the Danish assessment of foreign qualifications in 
Guide to diploma recognition

About the Educational System in general visit the section
The Danish Higher Education System





Autumn Semester

Application date
May 07
Start date
Sep 01

Lyngby

Description

DTU’s main campus consists of more than 100 buildings on a 106-hectare plain, which is divided into four quadrants—just like points in a coordinate system. The campus is safe and secure, and a site of great natural beauty with wooded areas, sports fields, inner courtyards, and gardens.  

The campus is located within the Greater Copenhagen Area and is easily accessed by car or public transport. You can get from DTU to Copenhagen Center in about 40 minutes by bus or trian, 45 minutes by bike and 20 minutes by car.

Most of the DTU main campus was build in the 1960s and 1970s, but new and modern facilities have been build continuously. DTU is currently investing more than 500,000,000 EUR in a comprehensive transformation of the university buildings and infrastructure, which is aimed at providing world-class research and student facilities.


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