courses in summer term

Informationsmodelle in der Automation

Lecture Details

Course description

The aim of the lecture is to convey basic and specialized knowledge about typical information models in the field of automation of industrial processes. Based on basic architectures of complex automation systems, typical application scenarios are considered, the information flows are analyzed and the underlying models are presented. One focus is on models for linking to systems of operational management.

Course materials

Are available in OPAL .

Industrielle Kommunikationssysteme

Lecture Details

Course description

The aim of the lecture is to impart knowledge in the field of industrial communication systems, as they are primarily used in the application areas of manufacturing and process engineering. For this purpose, requirement profiles, architectural principles and implementation details of typical fieldbus systems are presented. Comparative considerations round off the lecture.

Course materials

Are available in OPAL.

Ethernet-basierte Systeme in der Industrie

Lecture Details

Course description

The aim of the lecture is to impart knowledge in the field of industrial applications of Ethernet technologies. For this purpose, industrial communication systems based on Ethernet are presented, which are used in the application areas of manufacturing and process engineering. Besides the discussion of real-time aspects, engineering and management of such systems, industrial solutions with implementation details are presented.

Course materials

Are available in OPAL.

Industrial Cyber Physical Systems

Lecture Details

Course description

The students have the necessary knowledge and know specialized methods to design and implement application systems. The scope of this course focuses on industrial cyberphysical systems (CPS).

In the course, methods from current research projects on the following topics are presented:

• Cyberphysical production systems

• various aspects of industrial networking, e.g. real-time, prioritization, reservation, synchronization, multiplexing  

• holistic management of industrial networks and systems e 

• information modeling for industrial cyberphysical systems, e.g. digital twin

• Industry 4.0, especially basic concepts, models, services and interactions  

The methods are first introduced theoretically and then applied to realistic problems in exercises.  

The course provides the basics for the "Cyber Physical Systems Lab" (wim).

Course materials

Are available in OPAL.