36 monthsProgramme duration
15,000 EURTuition Fee/year
SepStarting Month
Programme overview
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Sustainable energy will be an essential component in safeguarding the welfare society of the future. Global energy systems are changing from fossil fuels to renewable energy. This is a huge technological challenge requiring creative engineers. Financially, environmentally, and socially viable solutions must be developed. The Design of Sustainable Energy Systems programme caters for students wishing to contribute to new, long-term energy solutions. What will you learn?
On the Design of Sustainable Energy Systems programme, you will learn to design innovative solutions for energy systems and the many elements included in, for example, wind turbines, solar cells, electric cars, and storage. The programme also focuses on consumers’ new role as an active energy system player in a market in which intelligent and disruptive solutions are making themselves felt.
You will acquire a solid natural scientific background supplemented by discipline-specific energy courses in which the electrical system is the central unifying element. During your studies, you will spend a good deal of time in a brand-new learning environment with state-of-the-art laboratories, and with proximity to ongoing research activities.
Study programme structure
The first two semesters are characterized by basic natural science courses, mathematics, physics, and biology/chemistry, as well as two project-oriented courses on which you are to design your first energy solutions. The programme will subsequently focus increasingly on energy technologies, and how you can manage energy at both consumer level and system level.
Energy markets, economy, entrepreneurship, and digital solutions are dealt with midway through the study programme. In semesters 4-6 there is room for electives, which you select according to your interests. Project work constitutes a significant part of the programme, and you can develop innovative ideas already from the first semester. In the second half of the programme, you will have opportunities to engage in exciting projects in collaboration with companies. The programme is concluded with a BSc project.
On the Design of Sustainable Energy Systems programme, you will learn to design innovative solutions for energy systems and the many elements included in, for example, wind turbines, solar cells, electric cars, and storage. The programme also focuses on consumers’ new role as an active energy system player in a market in which intelligent and disruptive solutions are making themselves felt.
You will acquire a solid natural scientific background supplemented by discipline-specific energy courses in which the electrical system is the central unifying element. During your studies, you will spend a good deal of time in a brand-new learning environment with state-of-the-art laboratories, and with proximity to ongoing research activities.
Study programme structure
The first two semesters are characterized by basic natural science courses, mathematics, physics, and biology/chemistry, as well as two project-oriented courses on which you are to design your first energy solutions. The programme will subsequently focus increasingly on energy technologies, and how you can manage energy at both consumer level and system level.
Energy markets, economy, entrepreneurship, and digital solutions are dealt with midway through the study programme. In semesters 4-6 there is room for electives, which you select according to your interests. Project work constitutes a significant part of the programme, and you can develop innovative ideas already from the first semester. In the second half of the programme, you will have opportunities to engage in exciting projects in collaboration with companies. The programme is concluded with a BSc project.
Programme overview
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Sustainable energy will be an essential component in safeguarding the welfare society of the future. Global energy systems are changing from fossil fuels to renewable energy. This is a huge technological challenge requiring creative engineers. Financially, environmentally, and socially viable solutions must be developed. The Design of Sustainable Energy Systems programme caters for students wishing to contribute to new, long-term energy solutions. What will you learn?
On the Design of Sustainable Energy Systems programme, you will learn to design innovative solutions for energy systems and the many elements included in, for example, wind turbines, solar cells, electric cars, and storage. The programme also focuses on consumers’ new role as an active energy system player in a market in which intelligent and disruptive solutions are making themselves felt.
You will acquire a solid natural scientific background supplemented by discipline-specific energy courses in which the electrical system is the central unifying element. During your studies, you will spend a good deal of time in a brand-new learning environment with state-of-the-art laboratories, and with proximity to ongoing research activities.
Study programme structure
The first two semesters are characterized by basic natural science courses, mathematics, physics, and biology/chemistry, as well as two project-oriented courses on which you are to design your first energy solutions. The programme will subsequently focus increasingly on energy technologies, and how you can manage energy at both consumer level and system level.
Energy markets, economy, entrepreneurship, and digital solutions are dealt with midway through the study programme. In semesters 4-6 there is room for electives, which you select according to your interests. Project work constitutes a significant part of the programme, and you can develop innovative ideas already from the first semester. In the second half of the programme, you will have opportunities to engage in exciting projects in collaboration with companies. The programme is concluded with a BSc project.
On the Design of Sustainable Energy Systems programme, you will learn to design innovative solutions for energy systems and the many elements included in, for example, wind turbines, solar cells, electric cars, and storage. The programme also focuses on consumers’ new role as an active energy system player in a market in which intelligent and disruptive solutions are making themselves felt.
You will acquire a solid natural scientific background supplemented by discipline-specific energy courses in which the electrical system is the central unifying element. During your studies, you will spend a good deal of time in a brand-new learning environment with state-of-the-art laboratories, and with proximity to ongoing research activities.
Study programme structure
The first two semesters are characterized by basic natural science courses, mathematics, physics, and biology/chemistry, as well as two project-oriented courses on which you are to design your first energy solutions. The programme will subsequently focus increasingly on energy technologies, and how you can manage energy at both consumer level and system level.
Energy markets, economy, entrepreneurship, and digital solutions are dealt with midway through the study programme. In semesters 4-6 there is room for electives, which you select according to your interests. Project work constitutes a significant part of the programme, and you can develop innovative ideas already from the first semester. In the second half of the programme, you will have opportunities to engage in exciting projects in collaboration with companies. The programme is concluded with a BSc project.
Admission Requirements
6.5+
88+
24+
180+
Level requirements
In all Danish-language civil engineering and engineering majors, it is a requirement that your Danish qualifications are equivalent to a Danish A-level from upper secondary school. This is called the Danish language requirement. The Danish language requirement applies to those who apply with a foreign entrance examination.
In the Danish-language civil engineering majors, the Danish A-level is included as one of the specific entrance requirements. Fulfilling the Danish A-level by passing a subject in the Danish A-level also fulfills the Danish language requirement.
In engineering majors, the Danish A-level is not included as one of the specific entrance requirements and the Danish language requirement is therefore relevant if you apply on the basis of a foreign entrance examination.
How to meet Danish language requirements/Danish A-level
English language requirement
For admission to the English-language bachelor's degree in General Engineering, all applicants with a foreign degree must meet the English language requirement. Even if you meet the requirement for English at B level from your foreign upper secondary education, you must still take an English test when applying for admission to General Engineering. If you have a Danish entrance exam, please note that you cannot take a language test instead of taking a supplementary course. The English language requirement can be met by documenting completion of the tests below with a test result above the minimum score.
- Mathematics A
- Physics B or Earth Sciences A
- Chemistry C or Biotechnology A
- Danish A
- English B
In all Danish-language civil engineering and engineering majors, it is a requirement that your Danish qualifications are equivalent to a Danish A-level from upper secondary school. This is called the Danish language requirement. The Danish language requirement applies to those who apply with a foreign entrance examination.
In the Danish-language civil engineering majors, the Danish A-level is included as one of the specific entrance requirements. Fulfilling the Danish A-level by passing a subject in the Danish A-level also fulfills the Danish language requirement.
In engineering majors, the Danish A-level is not included as one of the specific entrance requirements and the Danish language requirement is therefore relevant if you apply on the basis of a foreign entrance examination.
How to meet Danish language requirements/Danish A-level
- High school Danish A-level
- Nordic entrance exams
- The Danish language proficiency test
- The Danish primary school leaving exam
- Prior learning assessment certificate with full recognition in Danish A
English language requirement
For admission to the English-language bachelor's degree in General Engineering, all applicants with a foreign degree must meet the English language requirement. Even if you meet the requirement for English at B level from your foreign upper secondary education, you must still take an English test when applying for admission to General Engineering. If you have a Danish entrance exam, please note that you cannot take a language test instead of taking a supplementary course. The English language requirement can be met by documenting completion of the tests below with a test result above the minimum score.
3 Years
Sep
Tuition fees
International
15,000 EUR
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