Programmes
The aim of the Offshore Wind Energy Dual Degree programme is to give you a general understanding of offshore wind energy systems and an in-depth knowledge of aerodynamics, aeroelasticity, mechanics, grid connection, power systems, hydrodynamics, offshore structure design, and wind farm planning, which will qualify you to analyse, design, develop, and operate offshore wind energy systems.
Read more about the admission to 1:1 DTU-KAIST Double Degree Offshore Wind Energy.
For Non-EU/EEA citizens there is an application fee.
Read more about application fees at Technical University of Denmark.
In addition, documentation may be required verifying that your proficiency in English is at a specified level. Read about the language requirements.
Apply directly at Technical University of Denmark with all relevant documentation.
Read more about application procedures and deadlines.
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
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
Offshore Wind Energy 1:1 DTU-KAIST Double Degree
Master (2 years) of Science in Offshore Wind Energy, 120 ECTS
Engineering| Institution | Technical University of Denmark (DTU) |
| Campus | Lyngby |
| Duration | 2 years |
| Tuition per term (Non-EU/EAA/CH) | 7500 EUR |
| Tuition per term (EU/EAA/CH) | 0 EUR |
| Website | https://www.dtu.dk/english/education/graduate/joint-international-programmes/all-programmes/offshore-wind-energy |
Description
Offshore Wind Energy is a DTU-KAIST Dual Degree programme. This means that you get to spend one year at DTU and one year at KAIST—Korean Advanced Institute of Science and Technology. You earn both a Danish and an international degree, which gives you personal and academic skills with an international foundation.The aim of the Offshore Wind Energy Dual Degree programme is to give you a general understanding of offshore wind energy systems and an in-depth knowledge of aerodynamics, aeroelasticity, mechanics, grid connection, power systems, hydrodynamics, offshore structure design, and wind farm planning, which will qualify you to analyse, design, develop, and operate offshore wind energy systems.
Career Opportunities
Upon graduation, you will be qualified to work within a wide range of areas such as wind turbine system design at manufacturers, i.e. Vestas and Siemens, component design of blades, tower, jacket, monopile, etc. Qualifications also include areas of wind turbine operators or certification bodies such as DNV GL.Admission
To be admitted to this programme, you must have an academic bachelor degree.Read more about the admission to 1:1 DTU-KAIST Double Degree Offshore Wind Energy.
For Non-EU/EEA citizens there is an application fee.
Read more about application fees at Technical University of Denmark.
In addition, documentation may be required verifying that your proficiency in English is at a specified level. Read about the language requirements.
Apply directly at Technical University of Denmark with all relevant documentation.
Read more about application procedures and deadlines.
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.ufm.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
