Intelligent Form

Full description

BACKGROUND: The project extends research into modified topology optimisation, robotic 3D printing formwork and high-performance concrete. It is part of a body of research that employs structural generative design process and robotic 3D printing fabrication. Intelligent Form is no longer stranded by complex design methods, eventually balancing optimal mechanics performance and architectural aesthetics. It has been fabricated as a prototype of a 2.9m high symmetrical intricate wall through a 3D printing mould and spraying concrete. These technologies have the potential to be widely applied to mass customisation and manufacturing in the building industry.

CONTRIBUTION Intelligent Form is a pioneering project in the integration of a new topology optimisation method, 3D printed inexpensive material for formwork and cheap high-performance concrete. The project demonstrates the potential of new design and construction strategies for low-cost buildings. It contributes to the building industry through using material-efficient design and inexpensive materials in construction. This research further enables the creation of innovative, efficient, and organic architectural forms needed to facilitate the realization of mass customization in the construction industry.

SIGNIFICANCE
The work was exhibited at the 11th DigitalFUTURES International 2021 Conference & Exhibition, co-curated by Philip Yuan, Neil Leach, Achim Menges, Mette Thomson, Mike Xie (peer review). It received the 2021 French Grand Prix Design Paris (GPDP) International Design Award - Professional Award of Cultural Architecture and 2021 MUSE International Design Award (Silver).