This project explored the idea of how a simple material, such as paper, can be transformed and given new qualities through cutting, folding and movement. ‘Star shaped pattern’ explores a dynamic pattern with multi-directional folds that can be elevated from a flat surface into a 3d shape. A series of cut-outs and half-cuts allows to form a material that can be compressed, stretched and folded into a flat surface through being pulled in different directions

The first stage of the project involved experimenting with how paper can be transformed through cuts and folds. Each group member focused on different solutions. We explored organic shapes inspired by mushroom gills, brutal forms, 3d weaving and kirigami techniques, and later came to conclusion that the most interesting results could be achieved by combining the ideas of 3d weave and kirigami structures.

We developed a multidimensional pattern with a shape of a star that folds from a flat surface, into a 3d space and through pulling of the edges, and as shown below, can change the shape. it is created through a series of cut-outs and half-cuts in the surface, of the paper, that allow easier folding of the shape.

We tested two potential applications in the field of textile and product design. For textile we presented the transformed material in a form of a sleeve to prove its flexibility and bring up a discussion of possible uses of its other qualities, such as insulation and ventilation. On the other hand, thin but strong material allowed for the exploration in product design and architecture, especially as facades, dividers or shades, granting an engaging user - product interaction and a play with light and shadows.

PROJECT BY: Mahdi Salehi, Maria Maciejko, Diana Olarte Franco, Lennard Sahin