Electromobility is becoming increasingly important. This specialisation combines knowledge of mechanical engineering with that of electric drive technology and thus opens up the new professional field of "Electrification of the drive train in vehicles". In-depth knowledge in the areas of hybrid and electric drive concepts, energy storage, design of electrical machines and control of electric drives is taught.

This specialisation covers the modern state of process automation. The basics of electronics, sensors and actuators are combined with methods of signal and data processing, IT and switching and control systems. Mechanical and electronic components interact directly.

In the industries of natural stone and earth, glass, ceramics, cement, lime and gypsum, mining, metallurgy, recycling and raw materials processing as well as environmental remediation, in the construction industry, in the chemical industry, in the building materials industry and in power plants.

includes in-depth knowledge of the development and design of machines, devices and assemblies as well as their manufacturing and quality assurance processes using experimental and simulative methods.

is becoming increasingly important in mechanical engineering. Software tools allow tasks to be processed quickly and reliably that in the past could only have been solved through time-consuming experiments. Increasingly complex machines and devices are being used for simulation calculations.

is concerned with the computer-aided development and project planning of apparatus and systems in which flow and heat transfer play a special role, application in research and development, in testing and measurement.