Traditional design relies on intuition and experience, but by leveraging data, rules, and algorithms, computation can help better inform design decisions.
But what does that mean in practice? Computational design automates repetitive and challenging problems using iterative processes—so our team can focus on the vision of a project. Computational, parametric, and generative tools help us find efficient design-delivery workflows, freeing up time to innovate or just do it all more quickly.
Are you too busy for BIM?BIM allows the architecture, engineering, and construction industry to collaborate more effectively and improve the design process. The opportunity to rely on data embedded in model objects has transformed how we approach cost estimating, quality assurance, design- construction transition, and finally building operations. For this to happen, everybody needs to play their part, but not every member of a project team is as willing to accept the changes associated with a BIM-enabled workflow. Read More
Computational design and MarsInspired by the possibilities of parametric software, our entry in the Marstopia competition, led by co-op student Marcel Tarnogorski, explored the potential for life on Mars with computational design. Read More
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