Master programs

Future autonomous systems in industry and transport require research into measurement, control and automation technology.

The broad training opens up a wide range of fields of activity in all companies associated with the energy transition, especially in management and development

The Master's course is characterized by its interdisciplinary programme from the fields of applied geosciences, geoinformatics, geomatics, environmental

Training engineers with problem-solving skills for Industry 4.0 and strong expertise in product development, production and automation technology and data

Students acquire engineering and interdisciplinary qualifications that enable them to work individually in the industries and fields of mechanical engineering.

Our Mining Engineering students will be trained in a diversity of fields regarding the raw material production.

Even in times of climate protection and energy transition, fossil fuels such as crude oil and natural gas remain a mainstay of our society.

Dealing with waste, wastewater and emissions from a technical, economic, ecological and social point of view is the subject of the course.

Operational decisions are often characterized by a close link between business management and engineering issues.

The Master's program provides in-depth knowledge required for a responsible position, particularly in research and development.

Students are introduced to state-of-the-art research areas in the three focuses they can choose from: production and processes, management of energy and mineral