Modul

Success is monitored within the framework of an written examination (60 minutes) and an alternative academic achievement

The students

• are able to describe the difficulties of interdisciplinary projects.
• are able to coordinate processes, structures, responsibilities and interfaces within a project
• know different solutions for mechanic/electric problems
• know the elements of the treated product development processes, are able to describe different views onto them and execute them
• know the model based systems engineering approaches
• know the basic principles of virtual design and are able to apply the methods of virtual system design
• are able to identify the differences between virtuality and reality
• are able to recognize the advantages of early validation
• Students are able to understand and apply model description with Bond graphs and generalized system elements
• Students are able to synthesize and analyze multi-domain models
• Students are able to apply parameter identification methods

None

The lecture provides the theoretic basics, which will be applied and enhanced in development project during the semester. The project will take part in small groups, where the students have to organize and distribute the tasks on their own. In the project work - the workshop Mechatronic Systems and Products - they work on a development task in teams. This involves various development phases, from the development of technical solution concepts to the development and validation of virtual prototypes and physical functional prototypes.

It is recommended not to take this module with other time-consuming workshops, such as MD, at the same time.

1. Time of presence lecture: 17 * 1.5 h= 25,5 h

2. Prepare/follow-up lecture: 17 * 1.5 h= 25,5 h

3. Time of presence exercise + workshop: 4 * 1,5h + 12 * 7h = 90 h

4. Prepare/follow-up exercise: 4 * 1.5h = 6 h

5. Exam preparation and time of presence: 33 h
Total: 180 h = 6 LP

Lecture, exercise and project work