University of Washington (UW) researchers have developed a digital tool that, when users design woodworking projects, generates fabrication instructions based on the materials and equipment available, while solving problems with techniques from programming languages.
The Carpentry Compiler includes Hardware Extensible Languages for Manufacturing, a system with two programming languages: a high-level object-design language, and a low-level fabrication-instruction language. As the user designs an object with the high-level language, a compiler confirms that the design is possible according to the specified tools and materials; once the design is complete, the compiler formulates instructions for building it based on different costs.
"The future of manufacturing is about being able to create diverse, customizable high-performing parts,” said UW’s Adriana Shulz. “Previous revolutions have been about productivity mostly, but now it’s about what we can make, and who can make it."
From UW News
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Abstracts Copyright © 2019 SmithBucklin, Washington, DC, USA
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