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Computer Science * (Bachelor)
Computer Science * (Bachelor)

Computer Science * (Bachelor)

With the Computer Science, Business Informatics and Computer Engineering degree programs, the Computer Science degree program trains the digitalization experts

Computer Science * (Master)
Computer Science * (Master)

Computer Science * (Master)

Become an expert in current topics in computer science, such as artificial intelligence, human-computer interaction, energy informatics, computer graphics, big

Business Informatics * (Master)
Business Informatics * (Master)

Business Informatics * (Master)

Business informatics performs an interface function between computer science, which is often technically oriented, and application-oriented business

Digital Technologies * (Bachelor)
Digital Technologies * (Bachelor)

Digital Technologies * (Bachelor)

The Bachelor's degree program focuses on the digital technologies of tomorrow. It combines the subjects of computer science, an individual field of application

Digital Technologies * (Master)
Digital Technologies * (Master)

Digital Technologies * (Master)

The Master's degree program is application-oriented and interdisciplinary. The computer science subjects are further deepened and tested within the digitization

Industrial / Applied Mathematics  * (Bachelor)
Industrial / Applied Mathematics  * (Bachelor)

Industrial / Applied Mathematics * (Bachelor)

Mathematical methods are used in almost all areas of our society, e.g. for planning, simulation and control in production or transportation.

Industrial / Applied Mathematics * (Master)
Industrial / Applied Mathematics * (Master)

Industrial / Applied Mathematics * (Master)

Excellent career opportunities, e.g. in the automotive and aviation industries, in telecommunications and transportation companies, at banks and insurance

Intelligent Manufacturing (Master)
Intelligent Manufacturing (Master)

Intelligent Manufacturing (Master)

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

Mechanical Engineering * (Master)
Mechanical Engineering * (Master)

Mechanical Engineering * (Master)

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

Mechanical Engineering * (Bachelor)
Mechanical Engineering * (Bachelor)

Mechanical Engineering * (Bachelor)

The degree program is not just about manufacturing efficient, high-quality products, but about constantly making new contributions to solving urgent problems in

Process Engineering / Chemical Engineering (Bachelor)
Process Engineering / Chemical Engineering (Bachelor)

Process Engineering / Chemical Engineering (Bachelor)

Process engineering and chemical engineering deal with all aspects of the conversion of materials and energy.

Process Engineering / Chemical Engineering * (Master)
Process Engineering / Chemical Engineering * (Master)

Process Engineering / Chemical Engineering * (Master)

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

Electrical Engineering (Bachelor)
Electrical Engineering (Bachelor)

Electrical Engineering (Bachelor)

One of the most important economic sectors in Germany, covering the classic areas of energy supply, automation technology, telecommunications and circuit

Electric Engineering and Information Technology (Master)
Electric Engineering and Information Technology (Master)

Electric Engineering and Information Technology (Master)

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