The “z” brick wall project integrates AR-enabled assembly processes with digital fabrication techniques, utilizing reclaimed materials to create a flexible and modular system. This project is part of a study exploring the expanded possibilities of circular construction through the use of non-standard materials. By employing AR-assisted cutting and assembly techniques, this project demonstrates how reclaimed wood can be transformed into a new type of modular brick with interlocking capabilities, redefining architectural possibilities.

The modular system is designed to be highly adaptable and scalable for various urban applications. It uses reclaimed 2x4 wooden elements, which are cut into small pieces at a 45-degree angle along their width, forming "Z" bricks. This unique Z brick configuration enhances the precision, efficiency, and accuracy of the assembly process, using a guide system that facilitates quick and precise construction. The tapered edges of the wooden bricks increase the compact surface area, allowing for better assembly and greater flexibility in terms of form curvature.