This project explores the possibilities of a future architecture, a ‘four dimensional architecture’ based on the changing dimension of time. In this concept, architecture is no longer a static physical structure, but a dynamic entity that can evolve over time and adapt to the environment and the needs of its users. Through deformable spatial units, intelligent projection technology and computationally generated architectural structures, the building is able to take on different appearances and functions at different times. The core objective is to break through the fixed form of traditional architecture and make the building an organism that interacts with the environment and people.

In terms of design concept, the project revolves around ‘dynamic structure, virtual facade and integration of time and space’. The basic framework of the building is generated by Ameba topology optimisation, and the mechanics are optimised by intelligent algorithms to make it both light and stable, while at the same time the spatial units can be dynamically adapted to different environments. The façade design eschews traditional solid materials and instead uses intelligent projection or augmented reality (AR) technology to enable the building to display a variety of visual forms at different times of day and under different lighting conditions. Architecture is not just a physical structure, but the result of the interplay of time and space, where its visual impact and spatial function can be adaptively adjusted to external factors.