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Content
The second semester starts with an introduction into computer aided Construction-methods. Based on this the representation of Systems which support Construction tasks takes place. Meanwhile properties and application scenarios from experts and construction systems as well as from systems for execution of calculations will be characterized.
Subsequent computer aided process planning and systems for computer aided process planning will be introduced. Concerning this problem-oriented applications like NC-programming-systems and assembly scheduling will be described. In two further lectures integration aspects of constructions and process planning will be covered. Conclusice the selection and introduction to CAD-Systemen will be presented.
A prospect finishes each semester including a short repetition and some deeper going Highlights of the lecture. At the same time there will be tutorials offered in which a program systems will be presented to deeper the knowledge of the lecture. Students will use these systems to solve basic example problems.
Objectives
Students shall learn methods of informatics for the solution of engineering problems in industrial design and manufacturing. Application-specific IT solutions are prepared especially in the field of design, planning, production control, manufacturing, mounting and quality assurance.
Target audience
Suitable courses of study:
- machine engineering and production technology
- biomedical engineering
- traffic systems
- automotive engineering
- aerospace techniques
- Computational Engineering Science
- engineering economics
The module is free for all listeners.
Requirements:
obligatory:
none
preferable:
Attendance of "Technologies of Virtual Product Development I"; familiarity with the basics of CAD-Modeling.
Extent
| Kind | SWS | LP(ECTS) |
|---|---|---|
| lecture | 2 | 3 |
| tutorial | 2 | 3 |
Lecture: 30h presence, 30h pre- and postprocessing, 30h preprocessing for exam
Tutorial/Project: 30h presence, 60h pre- and postprocessing
Overall performance points: 180h = 6LP (1 LP equals 30 working hours)
Application
Registration for tutorials (via ISIS):
Link: follows
Registration for exam (via QISPOS):
until: 31.05.2019