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Browsing: Computational Design
Explore the cutting-edge field of computational design. Discover how algorithms, parametric modeling, and data-driven processes are revolutionizing architecture, engineering, and creative industries.
Revolutionising architecture, computational design fosters modularity, reusability, and circular economy principles to combat waste in construction. This article explores innovative approaches, showcasing projects and strategies that aim to redefine sustainability in the built environment. Discover how technology is reshaping architecture towards a zero-waste future.
Designers have been taught and trained (some even self-taught) in various computer-aided design software through academia or professional practice. Computer aid is determined and sought for situational-specific designs within particular disciplines.
Explore the evolution of computational design from early algorithms to advanced AI-driven tools reshaping modern architecture and engineering.
Self-assembling timber shells called FLIM-FLAMS are designed to quickly deploy wooden tents by cutting patterns from flat sheet materials, laminating them together, and stretching them upward.
The Parametric Coin Facade is a stunning example of modern design, featuring a modular and interactive facade created using parametric principles.
CD NEXT 17 is a Two-day online interactive conference with global frontiers, with live presentations, tutorials, interactive Sessions & panel discussions.
CD NEXT 16 is a Two-day online interactive conference with global frontiers, with live presentations, tutorials, interactive Sessions & panel discussions.
HygroShell shows how a full-size, long-spanning, lightweight shell was designed, engineered, and built from flat-packed parts that were bent on-site.
Computational Design: NEXT 15 brings together pioneers from all industries to discuss the new emerging technologies in architecture & design.
New Delft Blue hopes to reveal a new architectural potential of ceramic ornamentation in the twenty-first century by fusing 3D clay printing, computational design, and artisanal glazing.
