There’s a new tool in timber’s toolbox, one that promises to revolutionize the efficiencies of theindustry and produce astounding works of machine-assisted architecture.

With the help of artificial intelligence, the heavy timber AEC industry is on the precipice of the extraordinary: computer-aided design that includes machine learning and generative AI functionality integrated into 3D CAD software. Platforms like Autodesk AI are now providing designers with a powerfulway to problem-solve and streamline decision-making. Used in conjunction with DAISY, optimizing AI software that creates designs for wood structures, flooring and wall design time is being greatly shortened. This software combination is also capable of limiting a building’s carbon footprint byreducing the amount of concrete used in foundations.

Further AI software innovation is being achieved with Maestro. By analyzing the natural contours oftrees before they would typically be turned into straight planks, this software uses the original curves of the wood to advise on geometric cuts that then fit together like puzzle pieces to create CLT (cross-laminated timber). This is predicted to save as much as 30% of the tree from being wasted and creates strong, interlocked pieces that are unique and naturally beautiful.

Cost savings and time efficiencies will continue to drive the integration of AI into the timber frame industry, providing design suggestions, identifying safety concerns, and helping designers achieve exciting new shapes and features in their work. Those who ignore its abilities do so at their peril – the digital revolution is here and ready to benefit one of the world’s oldest building industries.