Denmark offers 6 English-taught Renewable Energy Engineering programmes at Aalborg University, one of Europe's leading universities in energy systems research and problem-based learning. Denmark is a world leader in wind energy and clean technology, and Aalborg's engineering programmes are directly connected to the country's thriving green energy sector and major industry players.
These programmes are tuition-free for qualifying students — EU/EEA students typically study for free, while non-EU students should verify current tuition rates with the institution. Denmark's pioneering role in wind power, district heating, and integrated energy systems makes it one of the most relevant locations globally for renewable energy engineering study.

The Bachelor's program in Energy at Aalborg University equips you with fundamental knowledge of the latest energy technologies, preparing you to shape sustainable and reliable energy systems for the future. You will gain a deep understanding of energy production, distribution, and consumption, with a strong focus on climate-neutral solutions. This 3-year program combines theoretical learning with practical problem-based project work and hands-on laboratory exercises. You will learn to apply mathematics and physics to analyze energy systems and solve complex energy-related problems, developing skills crucial for addressing future energy challenges. The curriculum also emphasizes collaboration with industry partners through real-world projects. Upon graduation, you will be prepared for a career in planning, energy optimization, project development, and management within the energy sector. The program also serves as an excellent foundation for pursuing a Master's degree in Energy Engineering, allowing for further specialization in various sustainable energy solutions.

The Mechatronics specialization within the Sustainable Energy Engineering diploma program is designed for students interested in the intersection of mechanical, electrical energy, and control engineering. This 3.5-year program focuses on developing and optimizing mechatronic systems, such as those found in wind turbines, drones, and robotic arms, where mechanical systems, electrical machines, and control units interact seamlessly. Students will gain practical experience through laboratory work, simulating and testing these complex systems.

The Diploma in Sustainable Energy Engineering with a specialization in Mechatronics at Aalborg University focuses on the intersection of mechanics, electrical energy technology, and control engineering. This 3.5-year program prepares you to develop and optimize mechatronic systems that integrate mechanical components, electrical machines, and control units. You will gain hands-on experience with technologies shaping future energy systems, such as electric vehicles, wind turbines, robots, and automated facilities. This specialization is ideal if you want to delve into topics like mechatronic systems, control engineering, electrical machines, and hydraulics. You will learn to simulate and test these systems in laboratory settings, equipping you with practical skills for a career in sustainable energy technology.

The Diploma Engineer program in Sustainable Energy Engineering with a specialisation in Thermal Energy Technology focuses on the production, transfer, and utilisation of thermal energy. You will gain skills in analysing, modelling, and optimising energy systems and process plants, with a strong emphasis on heat, fluid dynamics, and chemical processes. This 3.5-year program prepares you to develop and implement sustainable energy technologies for the future.

This Bachelor of Engineering (Diplomingeniør) program in Sustainable Energy Engineering focuses on the latest energy technologies and aims to prepare you to help define the sustainable and reliable energy systems of the future. Taught in Esbjerg, Denmark, the 3.5-year program provides a solid foundation in thermal, electrical, and mechanical energy technology. The curriculum emphasizes climate-neutral energy production, covering everything from heat and electricity generation to the monitoring and control of smart energy systems. You will learn to apply mathematics and physics to analyze energy systems and solve complex energy technology problems. The program is practice-oriented, with half of your study dedicated to project work, often in collaboration with companies, ensuring you gain valuable real-world experience. Designed for direct entry into the job market, this program includes an internship to further enhance your practical skills and professional network within the energy sector. Upon graduation, you will be equipped to contribute significantly to the green transition, developing innovative energy solutions for various industries.

The Sustainable Energy Engineering program at Aalborg University is a 3.5-year Diploma Engineer degree focusing on the latest energy technologies and the development of sustainable, reliable energy systems for the future. You will gain a strong foundation in thermal, electrical, and mechanical energy engineering, preparing you to be a key driver in the green transition. This program is designed for students who enjoy applying mathematics and engineering tools to create practical solutions for optimizing energy systems. It's ideal if you wish to enter the job market directly after completing your studies. The curriculum emphasizes climate-neutral energy production, covering topics from heat and electricity generation to the monitoring and control of smart energy systems.
6 English-taught Renewable Energy Engineering programmes are listed at 1 university in Denmark.
Aalborg University is the university offering Renewable Energy Engineering programmes in Denmark.
Some programmes are tuition-free for qualifying students; EU/EEA students typically study for free while non-EU students should verify fees directly with the university.
Yes, Aalborg University actively recruits international students into its English-medium engineering programmes.
Requirements typically include a bachelor's degree in engineering or a physical science, strong mathematics background, and English proficiency (IELTS 6.5+ or equivalent).