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Inside Smartgeometry
Expanding the Architectural Possibilities of Computational Design
by Terri Peters, Brady Peters · 1st Edition · 2013 · John Wiley & Sons
Book / Architectural Reference Computational & Parametric Architecture Computational Design & Generative Architecture Advanced
Explores how computational design expands architectural possibilities through parametric processes, digital fabrication, algorithmic thinking, and advanced computational workflows.
Title: Inside Smartgeometry
Subtitle: Expanding the Architectural Possibilities of Computational Design
Author / Editor: Terri Peters, Brady Peters
Type: Book / Architectural Reference
Edition: 1st Edition
Year: 2013
Publisher: John Wiley & Sons
ISBN: 978-1-118-52722-1
Slug: inside-smartgeometry
Summary
The book presents research and projects associated with the Smart Geometry community, examining how computational methods can transform architectural design and fabrication. It explores relationships between geometry, algorithms, material behavior, fabrication technologies, and architectural form.
Key takeaways
- 1.Computational design can expand the range of architectural forms and solutions.
- 2.Parametric methods allow designers to control complex relationships between design variables.
- 3.Algorithms can become active design tools rather than simply production tools.
- 4.Digital fabrication connects computational models directly with physical construction.
- 5.Material behavior can be incorporated into computational design processes.
- 6.Complex geometry requires integrated collaboration between architects, engineers, and fabricators.
- 7.Computational thinking can support experimentation and design innovation.
- 8.Smart Geometry demonstrates the potential of combining digital technologies with architectural research.
CreaCore Insight
Computational design is most valuable when it becomes a design-thinking method, allowing architects to explore relationships between geometry, material, performance, fabrication, and construction rather than simply producing complex forms.
Practical application
Useful for parametric modelling, algorithmic design, computational geometry, digital fabrication, complex-form development, generative workflows, and research-based architectural experimentation using tools such as Grasshopper and related computational platforms.
Good to know
Who it's for: Architecture Students, Architects, Computational Designers, Digital Fabrication Professionals, Researchers
ISBN: 978-1-118-52722-1
Topics
Computational Design Parametric Design Generative Design Digital Fabrication SmartGeometry Algorithmic Architecture Digital Tools Architectural Geometry Design Technology