The design team conducted extensive research on the spatial requirements for future AI labs, including the typology, scale and functional components. The result is a highly flexible complex space that can respond to the rapidly changing needs of the industry.

Fittingly, the architectural expression of the laboratory building draws upon the most fundamental component of the computer – the Central Processing Unit (CPU).  The podium, equivalent to a computer motherboard, houses the Super Lab, Specialist Labs and Data Centre. The Super Lab is a columnless, adaptable, triple-height space, able to host physical simulations of any kind to generate and harvest big data. The Specialist Labs provide flexible space for a range of technological developments. Onsite Data Centres provide a reduction in latency of data transfer vital for AI research and an increase in security. The General Labs are distributed across four upper floors in the box-shaped tower. Here the space is gathered around a central atrium with staggered volumes form indoor or semi-indoor public spaces into scientific research ecological clusters. Bridges and terraces scattered across all floors—all with the intent of enlivening the atrium, making it a vibrant place for collaboration and exchange.

“The AI Lab is where human ingenuity meets the boundless potential of AI. With this first-of-its-kind building, we’ve designed a space to empower scientists to tackle groundbreaking research through adaptive environments, cutting-edge infrastructure, and seamless data flow. The result is a laboratory of possibilities, redefining our relationship with technology and blurring the line between human and machine. The AI Lab is an open invitation to the world’s best minds to co-create a better future together”.  Andrei Martin, Partner, PLP Architecture

Beyond functionality, the AI Lab prioritises the researchers’ comfort and social interaction. A large central atrium provides five distinct collaboration spaces to encourage cross-disciplinary interaction and break down research silos. Interior lighting is specifically designed to boost creativity and productivity. Landscaped roof terraces and gardens promote relaxation and recharge for scientists.

The AI Lab integrates strategies for energy production and reduced consumption, emphasizing low-carbon, carbon-neutral and life-cycle environmental impact to create a world-class future AI lab with a comfortable, smart, and healthy environment.

The distinctive grid form, with large glass units and metallic panels, creates solar shading whilst bringing in natural light into the spaces that need it. On the roof, a mixture of translucent and opaque photovoltaic glass panels balance aesthetic, energy production and shading needs.

The project is designed to achieve China Green Star Three, Net Zero Building, LEED Gold and WELL Platinum.