| Beschreibung |
Parametric feature-based 3D-models are the base for current CAD systems used in mechanical and civil engineering as well as in architecture and other disciplines. An example is FreeCAD, an OpenSource-CAD-application with functionality similar to commercial programs such as CATIA, SolidWorks or Solid Edge. In addition to the creation of models, FreeCAD also allows for analysis (e.g. FEM), simulation, rendering and preparation for 3D printing. It can be extended through scripts in Python or plugins in C++.
The participants get to know typical CAD functionality demonstrated in a practical example, and beyond that learn about the theoretical foundations of CAD-modelling, the various modelling paradigms and the underlying data models. They come to know how to use Python scripts in order to analyse CAD models and automate modelling tasks. Practical work will be conducted in tandems to apply the basics in guided exercises first and then proceed to domain-specific projects from architecture, engineering, design. |
| Voraussetzungen |
Good command of English language is necessary.
One of the following preconditions has to be fulfilled:
Profile 3D-modelling: Basic knowledge in modelling, construction or technical drawing is required. Knowledge of another 2D or a 3D modelling software package is helpful.
Profile programming: Basic knowledge in any object-oriented programming language is required. Knowledge in Python is helpful. |
| Zielgruppe |
Bachelor and Master students who fulfill the conditions
Die Veranstaltung steht im Rahmen der »Bauhaus.Module« allen Bachelor- und Masterstudierenden der Fakultäten Architektur und Urbanistik, Bauingenieurwesen, Kunst und Gestaltung sowie Medien offen. Bitte halten Sie vor der Anmeldung Rücksprache mit Ihrer Fachstudienberatung und klären Sie, ob diese Veranstaltung in ihrem Curriculum angerechnet werden kann. Bei Bedarf schließen Sie vor Veranstaltungsbeginn ein Learning Agreement ab.
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