WHY choose this programme?
- Because you want to make increasingly intelligent systems which are able to understand, recognise and react to what it sees
- Because you want to improve the established connection between you and everyday technologies.
WHAT does it contain?
Computer vision is a field which covers processing and analysis of images to give an understanding of what is captured by machines. Computer graphics covers all about displaying and how to represent things thanks to different methods supported by software and hardware. Finally, the interactive systems part is concerned with how to create and/or improve your experience of using your daily devices, for example the reaction of your TV, when you are browsing channels or how much fun it is to play the latest game on your phone.
These topics cover a large band of technologies and theories which will be a part of our future for sure.
HOW is it done?
- By combining theoretical knowledge gained from the courses with practical hands-on experience
- Semester projects centred on a general theme
- Semester courses (mandatory as well as elective)
- 1-2 weeks mini projects for particular subjects
- Well-equipped laboratories with all the necessary tools to build your project
- Helpful and open-minded teachers, willing to help you with your questions and ideas and to guide you through complex concepts.
The VGIS programme is research-based and shifts between theory and practical project work, where you can apply the theories introduced in the lectures. Through the projects you will be designing and building software systems within the fields of Computer Vision, Graphics and Interactive Systems.
Application deadline is 1st March.
Link to VGIS Programme's own website.
"After my Bachelor’s degree studies in electronic and computer engineering, I wanted to delve into the field of artificial intelligence, because I was fascinated by the idea of designing algorithms that allow machines to learn from data. One day, I came across the Master’s programme in Vision, Graphics and Interactive Systems at Aalborg University, and I decided to apply.
The programme combines different theories and technologies to build intelligent systems that can interact with their environment. I particularly appreciated the structure of the programme; each semester, you are supposed to work in a group on a real-world problem, generally in collaboration with a company. This approach is what the university is well known for, and it is called Problem Based Learning. Usually, the groups consist of members from several cultural and academic backgrounds: this allows seeing a problem from different angles and is what makes the education at Aalborg University extremely valuable.
Other elements also surprised me positively, such as the possibility to have access to the university facilities (library, group rooms and laboratories) whenever you like. Another aspect that I appreciated is the open relationship between the student and the professors, a direct consequence of the flat structure and the informal environment of the Danish society. This is something that I also experienced when I did the ninth-semester internship in a Danish company.
All in all, I am really satisfied with my choice, and this is one of the reasons why I decided to take a PhD stipend at Aalborg University."
Daniel Michelsanti, PhD fellow at AAU
4th best in the world
If you choose to study engineering at Aalborg University, you will be studying at one of the best universities in the world. In March 2018, our engineering programmes were named best in Europe and fourth best in the world according to a report commissioned by the Massachusetts Institute of Technology (MIT).