42 monthsProgramme duration
16,300 EURTuition Fee/year
Jan, Feb, Aug, SepStarting Month
Programme overview
Main Subject
Engineering - Electrical and Electronic
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
Electronics are at the heart of digital innovation. Without electronics, we wouldn't have smartphones, satellites, advanced medical equipment, smart energy grids, or countless other inventions that are an integral part of our modern lives.
In the Bachelor of Engineering in Electronics program, you work with technology that makes the world more sustainable, the healthcare sector more efficient, and people more digitally connected. You learn to use the technologies that drive digital development forward – and that create solutions we have not yet imagined.
You will gain a basic understanding of how electronics and software are interconnected, and you will also learn to work with, among other things, digital signal processing, artificial intelligence, robotics, control technology, the Internet of Things and machine learning, which are the basis for an important part of technological development in society.
Math plays an important role in your education because it helps you understand how electronics work. For example, when you develop a wireless connection, you use mathematical formulas to optimize signal strength and battery life. If you program a hearing aid, you use advanced models to filter noise and improve sound quality. And when you design a heart monitor, you use statistics to identify patterns in heart rhythms so doctors can make faster and more accurate diagnoses.
Together with your fellow students, you will work on designing electronics from scratch – from idea to testing and implementation. You will gain lots of practical experience in building circuits, developing intelligent control systems and programming sensors, but you will also learn about the interaction between technology and people, so that as a graduate engineer you will create good solutions.
From the first semester, you work on real-world problems, often in collaboration with companies, hospitals and public institutions. For example, you can help develop small computers for the ear that can monitor your sleep or work with intelligent drones that inspect wind turbines and improve the maintenance of green energy.
In the fifth semester, you will do an internship, where you will have the opportunity to test your skills in a company. We will help you find the right match – and in most cases the internship is paid. If you have an entrepreneurial dream, you can also use your internship semester to develop your own business idea in a startup environment.
When you have completed your Bachelor of Engineering degree, you can enter the job market directly, or you can continue your studies to become a Master of Engineering (+2 years).
In the Bachelor of Engineering in Electronics program, you work with technology that makes the world more sustainable, the healthcare sector more efficient, and people more digitally connected. You learn to use the technologies that drive digital development forward – and that create solutions we have not yet imagined.
You will gain a basic understanding of how electronics and software are interconnected, and you will also learn to work with, among other things, digital signal processing, artificial intelligence, robotics, control technology, the Internet of Things and machine learning, which are the basis for an important part of technological development in society.
Math plays an important role in your education because it helps you understand how electronics work. For example, when you develop a wireless connection, you use mathematical formulas to optimize signal strength and battery life. If you program a hearing aid, you use advanced models to filter noise and improve sound quality. And when you design a heart monitor, you use statistics to identify patterns in heart rhythms so doctors can make faster and more accurate diagnoses.
Together with your fellow students, you will work on designing electronics from scratch – from idea to testing and implementation. You will gain lots of practical experience in building circuits, developing intelligent control systems and programming sensors, but you will also learn about the interaction between technology and people, so that as a graduate engineer you will create good solutions.
From the first semester, you work on real-world problems, often in collaboration with companies, hospitals and public institutions. For example, you can help develop small computers for the ear that can monitor your sleep or work with intelligent drones that inspect wind turbines and improve the maintenance of green energy.
In the fifth semester, you will do an internship, where you will have the opportunity to test your skills in a company. We will help you find the right match – and in most cases the internship is paid. If you have an entrepreneurial dream, you can also use your internship semester to develop your own business idea in a startup environment.
When you have completed your Bachelor of Engineering degree, you can enter the job market directly, or you can continue your studies to become a Master of Engineering (+2 years).
Programme overview
Main Subject
Engineering - Electrical and Electronic
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
Electronics are at the heart of digital innovation. Without electronics, we wouldn't have smartphones, satellites, advanced medical equipment, smart energy grids, or countless other inventions that are an integral part of our modern lives.
In the Bachelor of Engineering in Electronics program, you work with technology that makes the world more sustainable, the healthcare sector more efficient, and people more digitally connected. You learn to use the technologies that drive digital development forward – and that create solutions we have not yet imagined.
You will gain a basic understanding of how electronics and software are interconnected, and you will also learn to work with, among other things, digital signal processing, artificial intelligence, robotics, control technology, the Internet of Things and machine learning, which are the basis for an important part of technological development in society.
Math plays an important role in your education because it helps you understand how electronics work. For example, when you develop a wireless connection, you use mathematical formulas to optimize signal strength and battery life. If you program a hearing aid, you use advanced models to filter noise and improve sound quality. And when you design a heart monitor, you use statistics to identify patterns in heart rhythms so doctors can make faster and more accurate diagnoses.
Together with your fellow students, you will work on designing electronics from scratch – from idea to testing and implementation. You will gain lots of practical experience in building circuits, developing intelligent control systems and programming sensors, but you will also learn about the interaction between technology and people, so that as a graduate engineer you will create good solutions.
From the first semester, you work on real-world problems, often in collaboration with companies, hospitals and public institutions. For example, you can help develop small computers for the ear that can monitor your sleep or work with intelligent drones that inspect wind turbines and improve the maintenance of green energy.
In the fifth semester, you will do an internship, where you will have the opportunity to test your skills in a company. We will help you find the right match – and in most cases the internship is paid. If you have an entrepreneurial dream, you can also use your internship semester to develop your own business idea in a startup environment.
When you have completed your Bachelor of Engineering degree, you can enter the job market directly, or you can continue your studies to become a Master of Engineering (+2 years).
In the Bachelor of Engineering in Electronics program, you work with technology that makes the world more sustainable, the healthcare sector more efficient, and people more digitally connected. You learn to use the technologies that drive digital development forward – and that create solutions we have not yet imagined.
You will gain a basic understanding of how electronics and software are interconnected, and you will also learn to work with, among other things, digital signal processing, artificial intelligence, robotics, control technology, the Internet of Things and machine learning, which are the basis for an important part of technological development in society.
Math plays an important role in your education because it helps you understand how electronics work. For example, when you develop a wireless connection, you use mathematical formulas to optimize signal strength and battery life. If you program a hearing aid, you use advanced models to filter noise and improve sound quality. And when you design a heart monitor, you use statistics to identify patterns in heart rhythms so doctors can make faster and more accurate diagnoses.
Together with your fellow students, you will work on designing electronics from scratch – from idea to testing and implementation. You will gain lots of practical experience in building circuits, developing intelligent control systems and programming sensors, but you will also learn about the interaction between technology and people, so that as a graduate engineer you will create good solutions.
From the first semester, you work on real-world problems, often in collaboration with companies, hospitals and public institutions. For example, you can help develop small computers for the ear that can monitor your sleep or work with intelligent drones that inspect wind turbines and improve the maintenance of green energy.
In the fifth semester, you will do an internship, where you will have the opportunity to test your skills in a company. We will help you find the right match – and in most cases the internship is paid. If you have an entrepreneurial dream, you can also use your internship semester to develop your own business idea in a startup environment.
When you have completed your Bachelor of Engineering degree, you can enter the job market directly, or you can continue your studies to become a Master of Engineering (+2 years).
Admission Requirements
180+
24+
6.5+
83+
Entrance exam
You must have passed an entrance exam.
Specific admission requirements
You must have passed the following specific admission requirements:
If you are missing one or more subject levels, you have the opportunity to supplement.
* 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:
- Mathematics A*
- Physics B or Geosciences A
- English B
- Danish A (only if you have a foreign qualifying exam)
If you are missing one or more subject levels, you have the opportunity to supplement.
* 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.
42 Months
Jan
Feb
Tuition fees
Domestic
0 EUR
International
16,300 EUR
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
By Sabrina Collier
Updated Aug 29, 2024
985.7K
2237
Scholarships to study abroad
Find scholarships to study abroad with our lists of international scholarships – categorized by country, by subject, and by type of student.
By Staff Writer
Updated Aug 21, 2024
499.9K
788
Scholarship Applications: Frequently Asked Questions
Get answers to all your questions about scholarship applications, including tips on how to find scholarships and chances of success.
By Laura Tucker
Updated Aug 14, 2021
226.1K
335
More programmes from the university
Undergrad Programmes
6
Get closer to your dream programme
Your consent preferences have been set.
Time to start exploring.
Your account has been removed.
You can still browse the site or sign up again once you have parental consent.
Get closer to your dream programme