The project addresses the critical issue of material waste in architectural model construction, a prevalent concern in architectural education and design. It primarily focuses on promoting the sustainable reuse of various materials – ranging from single-use final models and intricately crafted scaled furniture to partially used resources. This initiative is rooted in the principle of sustainability, emphasizing that materials deemed as waste for one project can become valuable resources for another. Central to this project is the implementation of a Kirigami algorithm, inspired by an academic paper, to create a bounding hexagon that optimally fits random cuts [1]. This is achieved by accurately detecting the location of each edge point and minimizing the area wasted. The algorithm is designed to integrate the hexagon within a background triangular grid, subsequently generating a crease pattern that delineates mountain and valley folds. This pattern is pivotal for facilitating further simulations using the Kangaroo physics engine. The tangible outcomes of this project are physical demonstrations that vividly illustrate the transformation of flat materials into complex geometrical forms. These demonstrations reveal how origami folding techniques can resolve curvatures induced by the cuts, thereby generating intricate geometric complexity. Extending beyond theoretical exploration, the project also includes the practical application of these surface prototypes to a bag design.