# computational design

> study and practice of design activities through the application and development of ideas and techniques in computing

**Wikidata**: [Q106195621](https://www.wikidata.org/wiki/Q106195621)  
**Source**: https://4ort.xyz/entity/computational-design

## Summary
Computational design is a field of study focused on using computing ideas and techniques within the design process. It involves both the study and the practical application of computational methods to design activities, often practiced by architects and designers.

## Key Facts
- **Type:** Field of study
- **Primary Definition:** The study and practice of design activities through the application and development of ideas and techniques in computing.
- **Superclass:** A subclass of design, computing, and data visualisation and computational design.
- **Parent Field:** Considered part of the broader field of computer science.
- **Practitioners:** Commonly practiced by architects and designers.
- **Knowledge Graph:** The entity has one sitelink and a Wikipedia entry in Hebrew.

## FAQs
### Q: What is computational design?
A: Computational design is a field that applies ideas and techniques from computing to the process of design. It is both an area of academic study and a practical methodology used in creative fields.

### Q: Who uses computational design?
A: The provided source material identifies architects and designers as the primary practitioners of computational design.

### Q: What fields is computational design related to?
A: Computational design is a sub-field of design, computing, and data visualisation. It is also considered part of the broader discipline of computer science.

## Why It Matters
Computational design is significant because it fundamentally changes the design process by integrating the power of computation. Instead of just using computers as tools for documentation or visualization, this field uses them as active partners in creation and problem-solving. By applying computational techniques, designers and architects can explore a vastly larger range of possibilities, test complex scenarios, and optimize designs based on data and performance criteria in ways that would be impossible manually. This bridges the gap between the creative, intuitive aspects of design and the logical, analytical power of computer science, enabling more innovative, efficient, and data-informed solutions in fields like architecture and product design.

## Notable For
- **Interdisciplinary Nature:** It uniquely combines the creative field of design with the technical and analytical field of computing.
- **Dual Focus:** The field is defined by its equal emphasis on both the academic "study" and the professional "practice" of applying computational techniques to design.
- **Hierarchical Classification:** It is specifically classified as a subclass of multiple fields, including design, computing, and data visualisation, highlighting its role as a specialized intersection of these domains.

## Body
### Definition and Scope
Computational design is formally defined as the study and practice of design activities through the application and development of ideas and techniques in computing. It is recognized as a distinct field of study.

### Classification and Relationships
Computational design holds a specific place within academic and professional hierarchies:
- **Instance of:** Field of study
- **Subclass of:**
    - design
    - computing
    - data visualisation and computational design
- **Parent Field:** It is situated within the broader discipline of computer science.

### Practitioners
The methods and principles of computational design are actively used by professionals in creative fields. The source material explicitly identifies the following practitioners:
- Architect
- Designer