Wind Power Systems (Energy Engineering)

The Master’s programme in Wind Power Systems within the field of Energy Engineering at Aalborg University is a comprehensive and innovative degree designed to prepare students for a dynamic career in the rapidly expanding wind energy sector. This programme combines advanced technical knowledge with practical skills, focusing on the design, development, and operational management of wind power systems. Students will gain an in-depth understanding of aerodynamics, structural dynamics, control systems, grid integration, and environmental considerations related to wind energy. The curriculum emphasizes interdisciplinary learning, integrating principles from electrical engineering, mechanical engineering, and environmental science to address the complex challenges facing renewable energy deployment today.

Throughout the programme, students have the opportunity to participate in project-based learning and industry collaborations, which provide practical insights and hands-on experience. The programme also offers specialized modules on offshore wind farms, wind turbine design, and innovations in turbine technology, preparing students for roles in research, engineering consultancy, or project management within the wind power industry. The academic environment fosters critical thinking, innovation, and problem-solving skills, equipping graduates to contribute effectively to the sustainable energy transition.

Aalborg University’s strong ties with industry partners offer students unique networking opportunities and access to real-world projects, internships, and potential employment. The MSc in Wind Power Systems aims to develop highly qualified engineers capable of advancing wind energy technology, optimizing system performance, and supporting the global shift towards renewable energy sources. Graduates will be well-equipped to work internationally in public and private sectors, making a positive impact on society’s pursuit of a greener, more sustainable future.

The Master’s degree program in Wind Power Systems within the Energy Engineering track at Aalborg University is a comprehensive and interdisciplinary program designed to prepare students for a successful career in the renewable energy sector, specifically focusing on wind energy technologies. The program offers an in-depth understanding of the theoretical and practical aspects of wind energy, including wind turbine design, aerodynamics, structural dynamics, control systems, power electronics, and integration of wind power into electrical grids. Students will gain expertise in modeling and simulation of wind turbine systems, contributing to improving efficiency, reliability, and sustainability of wind energy projects.

Throughout the program, students are introduced to the latest advancements in wind energy research and industry practices. They will develop skills in project management, problem-solving, and innovation, often working on real-world projects in collaboration with industry partners. The curriculum emphasizes the importance of sustainable development and environmental impact assessments, ensuring graduates are equipped to contribute to the transition towards greener energy solutions.

The program also covers aspects related to the economic and policy frameworks influencing wind energy deployment, including market analysis, economic optimization, and regulatory considerations. Students will have opportunities to specialize further in areas such as offshore wind technology, blade design, or energy system integration, depending on their interests and career aspirations.

A key feature of the program is hands-on learning through laboratory work, simulations, and field visits to wind farms, providing practical experience alongside theoretical knowledge. Collaboration with industry experts, guest lectures, and teamwork are integral parts of the educational approach, fostering professional networks and industry readiness.

Graduates of this program will be well-qualified for roles in the renewable energy industry, research institutions, or consultancy firms, specializing in wind turbine design, system analysis, project development, or policy advising. The program is designed to nurture innovative thinking, technical skills, and a strong understanding of renewable energy challenges, enabling students to make significant contributions to the sustainable energy landscape both locally and globally.

Program Requirements:

Applicants must hold a Bachelor's degree or an equivalent qualification in engineering, energy technology, mechanical engineering, electrical engineering, or a closely related field from an internationally recognized university or institution. The degree should demonstrate a solid foundation in mathematics, physics, and engineering principles. A minimum GPA or academic performance standard may be specified by the admissions committee, typically equivalent to a "C" grade or better in Danish grading scale.

Proficiency in English is mandatory, with applicants required to submit scores from recognized language tests such as the IELTS, TOEFL, or Cambridge English exams. Usually, an IELTS score of at least 6.5 with no sub-score below 5.5, or an equivalent TOEFL score, is required. Non-native English speakers must provide proof of language proficiency unless they have completed previous studies in English.

Relevant work or research experience in renewable energy, wind power, or energy systems can strengthen an applicant's profile, although it is not always a formal requirement. Motivation and a well-structured statement of purpose explaining the applicant's interest in wind power systems and career objectives are essential components of the application.

Applicants should also submit letters of recommendation from academic or professional references who can attest to the applicant's qualifications and potential for advanced study. A detailed curriculum vitae (CV) outlining academic achievements, work experience, and relevant skills should be included.

In some cases, the program may require an interview or additional assessments to evaluate the applicant's motivation and suitability for the program. All application materials must be submitted before the deadline specified by the university, along with the applicable application fee.

Candidates are encouraged to review the official program webpage for any specific prerequisites or supplementary requirements related to the Wind Power Systems (Energy Engineering) program at Aalborg University, as criteria can vary or be updated periodically.

Want to improve your English level for admission?

Prepare for the program requirements with English Online by the British Council.

• ✔️ Flexible study schedule
• ✔️ Experienced teachers
• ✔️ Certificate upon completion

📘 Recommended for students with an IELTS level of 6.0 or below.

Enroll in the course

Financing studies for the Wind Power Systems (Energy Engineering) program at Aalborg University are structured to support students through various funding options, scholarships, and financial aid opportunities. Initially, the program primarily targets students from Denmark and the European Union, for whom tuition fees are typically covered by national educational grants and loans such as those from the Danish State Education Grant and Loan Scheme (SU). International students from outside the EU/EEA are generally required to pay tuition fees, which can vary depending on the specific academic year and program regulations. To assist international students with the financial burden, Aalborg University offers a range of scholarship programs, including partial and full tuition waivers, based on academic merit and financial need.

Students can also seek external funding through governmental scholarships, private foundations, and international programs such as Erasmus+. The Erasmus+ program facilitates student exchange and provides mobility grants for students participating in joint master's degrees and international internships, thereby reducing overall educational costs. Additionally, students are encouraged to explore part-time work opportunities on or near campus, which can provide supplementary income to support their studies. Many international students also consider private loans, although these should be approached with caution due to interest obligations and repayment conditions.

The university provides detailed guidance and assistance in applying for financial aid and scholarships through its dedicated student services. In addition to funding for tuition, students should budget for living expenses, which vary depending on residence choices, lifestyle, and personal circumstances. The university's location in Aalborg offers a relatively affordable cost of living compared to larger Danish cities, making this an attractive destination for students seeking quality education with reasonable financial planning. Overall, financing studies at Aalborg University involves a combination of scholarships, governmental support, work opportunities, and personal savings, with the university actively supporting students in accessing these resources to ensure that financial considerations do not hinder academic success.

The Master’s degree programme in Wind Power Systems within the Energy Engineering field at Aalborg University is designed to provide students with a comprehensive understanding of the technical, economic, and environmental aspects of wind energy and power systems. This programme emphasizes theoretical knowledge combined with practical skills, preparing graduates for careers in the renewable energy sector, particularly focusing on wind turbine design, operation, and integration into power grids. Students learn about aerodynamics, structural analysis, electrical systems, and control systems related to wind turbines. The curriculum includes courses on sustainable energy technologies, energy policy, and project management, emphasizing sustainable development and innovation in wind energy applications. Practical experience is integrated through project work, where students work on real-world challenges, often collaborating with industry partners, which enhances their problem-solving skills and ability to apply theoretical knowledge practically. The programme also aims to develop research competencies, encouraging students to engage in scientific inquiry to advance wind energy technologies. Graduates will be equipped to work in various roles such as wind farm design and planning, technical consultancy, energy systems analysis, or further research and development. The programme is aligned with current industry needs and global energy transition goals, emphasizing renewable energy's role in reducing carbon emissions. It is taught in English and typically has an international student body, fostering a multicultural learning environment. Upon completion, students are prepared to contribute to the sustainable energy transition by developing innovative solutions for wind power systems, working within multidisciplinary teams, and engaging with policy and economic considerations relevant to renewable energy deployment. The degree also aims to prepare students for PhD studies in related fields, promoting continued academic and professional development within the sphere of renewable energy engineering.