Lecture-No.: L.104.51960
Type: Laboratory (P6)
Target group: Students of mechanical engineering, industrial engineering and engineering computing
Requirements / foundation: Lecture "Computer Integrated Manufacturing" (CIM)
Lecturer: Prof. Dr.-Ing. Jürgen Gausemeier
Contact person: Dipl.-Inf. Marcus Petersen
Objectives of the laboratory "Digital Factory"
General Expertise:
The participants have worked on a specific task developing, implementing and optimizing an automated manufacturing- and handling device based on the requirements of an industrial partner. They are familiar with the tools of the Digital Factory and its features; they know the manufacturing resources and are able to program and optimize manufacturing- and handling devices.
Specific Key Skills:
- Presentation Techniques and Speaking Skills
- Teamwork under time pressure
- Knowledge of the Digital Factory and its tools
Contents
The following steps will be followed by re-planning and optimizing automated manufacturing- and handling devices:
- Determine the requirements of the industrial partner to the production system (directly at production site if possible)
- Analyzing the requirements and modeling the current situation
- Development of basic concepts for possible solutions
- Construction of simulation models and analysis of possible solutions
- Technical and economical evaluation of possible solutions
- Elaboration of selected solutions
Presentation of results to representatives of the industrial partner.
Literature
- Lecture notes “Computer Integrated Manufacturing” (CIM)
- Laboratory notes (presentation techniques, project management)
- Grundig, C-G: Fabrikplanung - Planungssystematik - Methoden - Anwendungen. (2. Auflage), Carl Hanser Verlag, München, 2006
- Kühn, W.: Digitale Fabrik - Fabriksimulation für Produktionsplaner. Carl Hanser Verlag, München, 2006