This project supported Strong By Form, Inc. in the development of a computational design and robotic fabrication workflow for timber slab elements with customized shell geometry. The computational workflow implemented a custom Grasshopper plugin that translated 3D design geometry and stress vectors into 2D locations for rectangular wood lamellae. The fabrication workflow utilized a Universal Robot and OpenCV to pick up lamellae and place them in a build area according to the determined locations. The resulting lay-ups were layered and pressed in a mould to produce the final shell geometry, which provided exceptional structural performance with minimal weight compared to other timber building products.