Mechatronics – (M.Eng.)

This master programme provides you with a thorough knowledge of the core topics of mechatronics. Furthermore, you will specialise in one of these four areas:

Thermal Energy Systems

With an academic profile in Thermal Energy Systems you will have a thorough knowledge and understanding of the modelling of thermal systems and of thermal processes. Therefore, you will become a much sought after asset for companies involved in thermal systems and thermal technologies. As an engineer you will contribute to an increasingly efficient energy sector and, consequently, to a healthier climate.

Nanotechnology

With the ongoing trend of miniaturisation in engineering and modern information technology, nanotechnology becomes increasingly important in the area of mechatronics. Electromechanical systems are reaching nanoscale dimensions and the accompanying electronic devices can no longer neglect the principles of quantum mechanics.

Embedded Control Systems

The widespread use of microcontrollers has increased significantly in recent years, with billions of microcontrollers introduced every year in various kinds of control and monitoring applications, including a broad variety of mechatronic systems.
Today, there is no single piece of equipment without an embedded control system, and this adds a new, quantitative dimension to the problem of control system design, in addition to the great diversity and ever growing complexity of embedded applications.

Dynamic Mechatronic Systems

With the increasing demand for improvement of product development in industry, mathematical modelling support is becoming an important tool to avoid standard trial-and-error product innovation in order to minimise the total product development time.
As the Dynamic Systems (DS) profile is a profile providing students with strong applied mathematical skills in relation to mechatronics and dynamical systems, graduates will be qualified to undertake advanced analytical mathematical and physics problems in the mechatronics industry.

International students will study alongside the Danish students, giving you the opportunity to work with engineering in multicultural teams with students from Denmark and the rest of the world.