MC/3 BUCHAREST 2013
MC/3 is a new iteration of the prototypical research on modular structures, as part of the Minimal Complexity series. Form-finding algorithms are used to generate periodic minimal surface geometries that are then materialised through an assembly process driven by modularity through repetition of a small set of components. Based on a Hybrid minimal surface, the structure is made of 70 sets of 7 different pieces, digitally cut styrene fixed with aluminium rivets.
Minimal Complexity is a series of prototypes born of a holistic research into the genesis of form and space started in 2009. The self-organisation of matter, conservation of energy, equilibrium are concepts that have driven the creative process, a symbiotic mix of art and science. The analogy with the molecular behaviour of soap bubbles informs the research method, which involves nature inspired algorithms and geometric constraints. Focusing on periodic minimal surfaces, the design process challenges the concepts of multi-dimensional symmetry and repetition, creating modular continuous surfaces that are infinitely expandable.
A MODULAR SYSTEM
This line of research explores new spatial qualities, material effects and volumetric intricacy through continuous surface geometries and modular systems created from the repetition of identical cellular components. Form-finding algorithms are used to generate periodic minimal surface geometries that are then materialised through an assembly process driven by modularity.
Based on a Hybrid minimal surface, the structure is made of 70 sets of 7 different pieces, digitally cut styrene fixed with aluminium rivets. The resulting prototypes open-up opportunities at various scales in architecture, product and fashion design.
*Special thanks to Roxana Gibescu and Ilina Schileru and many thanks to everyone involved in the assembly process: Sorina Tigaeru & Ciprian Teodorescu – team coordinators and Ovidiu Pur, Elena G., George Dimitriu, Elisabeta Casu, Gloria Maciuca, Teodora Badicu, Antonia Ispas, Vlad Bleotu, Anca Bostina, Jamie Watson and Veronica Ochoa.