36 monthsProgramme duration
16,300 EURTuition Fee/year
Aug, SepStarting Month
Programme overview
Main Subject
Engineering - Electrical and Electronic
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
In the Bachelor's degree program in Electrical Engineering, you learn to understand and develop the technology that connects the digital world with the physical. You work with everything that makes electronics work – from hearing aids and mobile phones to electric cars and medical technology. This is a degree program for those who are interested in science – and especially in how you can bring science to life and create change in the real world.
You learn to work with the latest digital technologies – such as artificial intelligence and advanced microchips. But you also learn to reflect on the role of technology in society, see things from multiple angles, ask questions and see opportunities where others see obstacles. This is necessary in a time when technologies are developing rapidly, and where your ability to acquire new knowledge and deal with complex dilemmas becomes at least as important as the technical skills you build.
Mathematics and physics take up a lot of your studies. They are your foundation when you have to analyze, calculate, predict, and control or prove how electronics behave – and they are integrated into all your study projects.
Perhaps you are working with technology that monitors the heart rhythm of intensive care patients. Here you use differential equations to distinguish between normal and pathological fluctuations. Or you are working on a task where you have to help people with paralysis to control a robotic arm with their thoughts. Here you use mathematics to translate electrical signals from the brain into movements. It may also be that you have to design an incubator for premature babies – and here you activate your knowledge of the laws of physics about resistance and voltage to detect errors in the electronic systems so that they avoid breakdowns.
The education is structured so that, alongside your theoretical specialization, you gain practical experience in experimenting, programming, designing electronics and analyzing electrical circuits. You will be thrown into project work in groups, where it becomes clear to you and your fellow students how you can use your knowledge from the university out in society.
The Bachelor's degree in Electrical Engineering constitutes the first three years of the five-year Master of Science in Electrical Engineering, and you can largely tailor your education to your interests.
You learn to work with the latest digital technologies – such as artificial intelligence and advanced microchips. But you also learn to reflect on the role of technology in society, see things from multiple angles, ask questions and see opportunities where others see obstacles. This is necessary in a time when technologies are developing rapidly, and where your ability to acquire new knowledge and deal with complex dilemmas becomes at least as important as the technical skills you build.
Mathematics and physics take up a lot of your studies. They are your foundation when you have to analyze, calculate, predict, and control or prove how electronics behave – and they are integrated into all your study projects.
Perhaps you are working with technology that monitors the heart rhythm of intensive care patients. Here you use differential equations to distinguish between normal and pathological fluctuations. Or you are working on a task where you have to help people with paralysis to control a robotic arm with their thoughts. Here you use mathematics to translate electrical signals from the brain into movements. It may also be that you have to design an incubator for premature babies – and here you activate your knowledge of the laws of physics about resistance and voltage to detect errors in the electronic systems so that they avoid breakdowns.
The education is structured so that, alongside your theoretical specialization, you gain practical experience in experimenting, programming, designing electronics and analyzing electrical circuits. You will be thrown into project work in groups, where it becomes clear to you and your fellow students how you can use your knowledge from the university out in society.
The Bachelor's degree in Electrical Engineering constitutes the first three years of the five-year Master of Science in Electrical Engineering, and you can largely tailor your education to your interests.
Programme overview
Main Subject
Engineering - Electrical and Electronic
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
In the Bachelor's degree program in Electrical Engineering, you learn to understand and develop the technology that connects the digital world with the physical. You work with everything that makes electronics work – from hearing aids and mobile phones to electric cars and medical technology. This is a degree program for those who are interested in science – and especially in how you can bring science to life and create change in the real world.
You learn to work with the latest digital technologies – such as artificial intelligence and advanced microchips. But you also learn to reflect on the role of technology in society, see things from multiple angles, ask questions and see opportunities where others see obstacles. This is necessary in a time when technologies are developing rapidly, and where your ability to acquire new knowledge and deal with complex dilemmas becomes at least as important as the technical skills you build.
Mathematics and physics take up a lot of your studies. They are your foundation when you have to analyze, calculate, predict, and control or prove how electronics behave – and they are integrated into all your study projects.
Perhaps you are working with technology that monitors the heart rhythm of intensive care patients. Here you use differential equations to distinguish between normal and pathological fluctuations. Or you are working on a task where you have to help people with paralysis to control a robotic arm with their thoughts. Here you use mathematics to translate electrical signals from the brain into movements. It may also be that you have to design an incubator for premature babies – and here you activate your knowledge of the laws of physics about resistance and voltage to detect errors in the electronic systems so that they avoid breakdowns.
The education is structured so that, alongside your theoretical specialization, you gain practical experience in experimenting, programming, designing electronics and analyzing electrical circuits. You will be thrown into project work in groups, where it becomes clear to you and your fellow students how you can use your knowledge from the university out in society.
The Bachelor's degree in Electrical Engineering constitutes the first three years of the five-year Master of Science in Electrical Engineering, and you can largely tailor your education to your interests.
You learn to work with the latest digital technologies – such as artificial intelligence and advanced microchips. But you also learn to reflect on the role of technology in society, see things from multiple angles, ask questions and see opportunities where others see obstacles. This is necessary in a time when technologies are developing rapidly, and where your ability to acquire new knowledge and deal with complex dilemmas becomes at least as important as the technical skills you build.
Mathematics and physics take up a lot of your studies. They are your foundation when you have to analyze, calculate, predict, and control or prove how electronics behave – and they are integrated into all your study projects.
Perhaps you are working with technology that monitors the heart rhythm of intensive care patients. Here you use differential equations to distinguish between normal and pathological fluctuations. Or you are working on a task where you have to help people with paralysis to control a robotic arm with their thoughts. Here you use mathematics to translate electrical signals from the brain into movements. It may also be that you have to design an incubator for premature babies – and here you activate your knowledge of the laws of physics about resistance and voltage to detect errors in the electronic systems so that they avoid breakdowns.
The education is structured so that, alongside your theoretical specialization, you gain practical experience in experimenting, programming, designing electronics and analyzing electrical circuits. You will be thrown into project work in groups, where it becomes clear to you and your fellow students how you can use your knowledge from the university out in society.
The Bachelor's degree in Electrical Engineering constitutes the first three years of the five-year Master of Science in Electrical Engineering, and you can largely tailor your education to your interests.
Admission Requirements
6+
180+
6.5+
24+
83+
Entrance exam
You must have passed an entrance exam.
Specific admission requirements
You must have passed the following specific admission requirements:
* Mathematics is an important tool in engineering education. We therefore recommend that you participate in our brush-up course in Mathematics, where you will refresh the most important elements of the subject.
You must have passed an entrance exam.
Specific admission requirements
You must have passed the following specific admission requirements:
- Danish A
- English B
- Mathematics A*
- Physics B and Chemistry C or
- Physics B and Biotechnology A or
- Geoscience A and Chemistry C
* Mathematics is an important tool in engineering education. We therefore recommend that you participate in our brush-up course in Mathematics, where you will refresh the most important elements of the subject.
3 Years
Aug
Sep
Tuition fees
Domestic
0 EUR
International
16,300 EUR
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