Introduction to Computational Design
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Intro
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FAQ
Information
| Course Code | AR1B024 |
| Last updated | September 9, 2026 |
| Primary study | Master |
| Secondary study | BK Master |
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| Faculty |
Introduction to Computational Design 0/6
Introduction to Computational Design
This course introduces computational design approaches, methods and techniques to address several aspects of the design process. It is structured into a series of theoretical lectures complemented by practical workshops covering how computational design can support generating, analysing, optimising, and prototyping design options. The student will develop computational design skills by working on a design assignment. At the end of the course, the student will present their design process, alongside the final design outcome, to showcase how each computational design approach, method and technique informed the development of their project.
The course consists of the following topics:
- Parametric Modelling
- Performance-Based Design
- Design Optimisation
- Data and Information Models
Introduction to Computational Design 1/6
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FAQ
Acoustics
Do I need more than one sound source for the acoustics simulation?
No. One sound source is sufficient to run the simulation and evaluate the acoustic performance.
What should I do if the acoustics simulation is slow or not working properly?
First, try lowering the simulation settings to reduce computation time. If the simulation still does not run as expected, check the minimum distance between the sound source and the target, as well as the relevant tolerance settings. A dedicated video demonstrates how to lower the simulation settings and troubleshoot these common issues.
Structural Analysis
Can I combine different types of structural elements in the structural model?
Yes. A structural model can combine different element types. For example, a model can be constructed using both shell elements and beam elements, allowing different parts of the structure to be represented according to their structural behaviour.
Fitness Landscape
Why can’t I see the mesh edges when plotting a fitness landscape?
Before plotting the graph, make sure that Preview Mesh Edges is activated in Grasshopper. This allows the mesh structure to be displayed correctly and makes the fitness landscape easier to interpret.
What can I do if the fitness landscape has very large peaks?
If some peaks dominate the graph and make the rest of the fitness landscape difficult to see, you can cap the graph along the Z-axis. Limiting the Z-axis range makes it easier to visualise the overall shape and compare different areas of the fitness landscape.
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