WHAT IS GENERATIVE DESIGN IN CONSTRUCTION?



Such a feat may someday be possible with generative design, an advanced computer technology that, while still in its infancy, is rapidly gaining momentum in the construction and manufacturing industries. To get more news about architectural cad software, you can visit shine news official website.

Generative design puts the computer in the co-pilot seat alongside human architects and product designers. Companies that have harnessed it are already realizing some major benefits, including part cost reductions of up to 20%, part weight reductions up to 15%, and cutting development time in half, according to McKinsey.
So what is generative design? How does it work? What benefits (and drawbacks) might it bring to the architecture, engineering, and construction industry?
WHAT IS GENERATIVE DESIGN?
Generative design is a computer-assisted process that enables users to rapidly create and explore a variety of unique design options for a building or manufacturing project.

It accomplishes this with something called generative “artificial intelligence,” the same technology that’s behind headline-grabbing AI art generators like Lensa and DALL-E.
Flowing lines, sweeping curves, and honeycombed “lightweighted” geometries are telltale signs that a structure has been created with generative design. These eye-catching biomimetic shapes are more than mere aesthetics, however. Generative design creates highly refined forms that have been precisely configured against dozens of alternatives for optimal strength, weight, flexibility, or any other number of handpicked design parameters.

What makes generative design such a powerful tool is that it arrives at these unique forms in bulk, using powerful algorithms to create hundreds if not thousands of design options for a project in a fraction of the time it would take to create a single concept using traditional methods.
In traditional design, an architect draws multiple sketches by hand, probably using a standard kit of drafting tools (compass, t-square, and so on) or maybe a digital sketchpad. Like the drawing itself, information about site surveys and structural engineering is factored in manually. This process is time and energy intensive, taking weeks or months to complete.

Then there’s computer aided design, or CAD. In this method, an architect uses digital tools in CAD software to create a comprehensive 3D model of the bridge, complete with site and structural data. Though significantly faster and more precise, CAD only allows you to work on one possible version of your bridge at a time.

Generative design represents a giant leap forward in terms of speed, efficiency, optimization, diversity, and complexity of design, allowing you to automatically generate and explore dozens of iterations until you zero-in on the perfect concept for your bridge.

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