Ronen Krayzman, Shai Gul , Stav Herstein

Statement

We use mathematical concepts of lattices and folding algorithms for designing multi functional furniture which is needed in small spaces. We designed three pieces of furniture that transform seamlessly, fold easily, and store compactly. Starting with a square layout, we refined its shape for comfort by rounding edges, lowering height, and adding a locking mechanism for stability. Instead of symmetrical reductions, we subtracted freely, creating a dynamic aesthetic while optimizing material use. Storage efficiency and structural integrity were key, ensuring stability wasn’t compromised. We placed magnets to secure folding components, enhancing durability and support, resulting in a functional and visually engaging design.

Artworks

For the model, we used thin cardboard to keep it lightweight and ensured proper spacing between parts for smooth folding. Magnets are hidden within the fabric, adding strength without being visible. The top image shows a chair with a curved backrest, designed for comfort. A locking mechanism was added to the armrests using a magnetically reinforced folding bottom for stability. The middle image features a coffee table supported by two angled sections, forming a triangular structure for stability. The final image displays the full design layout, highlighting rounded elements, while parts like the chair seat retain their original form for functionality. Some areas are cut out for folding flexibility.