Robotics deals with all aspects of modern information technology. The programme combines the computer scientist's knowledge in programming with the engineer's insight in machines and equipment, and you get an overview of all areas within computer technology.
You must choose between one of five fields of study:
In Embedded Systems you will work with the embedding of computers and electronics into different products.
You will study topics like Embedded Control, Automation, Embedded Hard- & Software Architecture, Input/output Techniques and System Software.
You will research and experiment with embedded systems yourself. You will be combine theory with practical hands-on work, and you will experience trans-disciplinary cooperation with other engineering disciplines.
In Modern Artificial Intelligence you will learn to incorporate advanced artificial intelligence into robots, enabling them to behave intelligently and autonomously.
You will follow courses in Classical Artificial Intelligence, Behaviour-based Artificial Intelligence, Neural Networks, Genetic Algorithms, Machine Learning and Adaptive Robots. You will be introduced to the research areas of modular robotics and biomemetic robots. The theories will be tried out on real robots in hands-on projects.
In Robotics you will work with the development of robots for industrial purposes. You will learn through Mathematics, IT and Robotics, how to make robots behave intelligently and autonomously. You will study topics such as Applied Mathematics, Machine Vision, Control and Robotics, Mathematical Modelling of Industrial Systems and Computer Simulation and Animation.
In the Software Systems Engineering programme, you will work with the development of software for use within manufacturing. Among other things you will learn about Programmable electronics, Hardware/software co-design, Hardware-near programming and Data communication.
In Computer Vision you will among other things learn about Image processing, Object recognition, Real-time tracking of non-rigid objects, 3D Kalman filtering and Scene interaction using robots.
This programme aims to provide you with competences to work with the fundamental yet complex integration of:
- State-of-the-art object-oriented software engineering concepts, principles, and tools
- Advanced technologies and novel application types such as pervasive and ubiquitous computing, virtual and augmented reality, and robotics.
Teaching varies between lectures and classroom instruction. In addition, there is often project work together with other students. Students are encouraged to participate in class discussions.
Read more about Danish teaching methods at www.studyindenmark.dk.
If you choose to complete the master programme, you will graduate with the academic title of Master of Science in Engineering (MSc).