The project is located in the core area of Guangming Scientist Valley, within the cluster of large scientific facilities in Guangming Science City, Shenzhen. It is surrounded by Liantang Reservoir, Loucun Pond, Baiheling Mountain, and Danti Mountain, boasting a unique ecological advantage of an integrated landscape of mountains and waters. The site covers a land area of 36,193.93 ㎡ and a total floor area of 68,353 ㎡. Situated at the foot of Baiheling Mountain, the site is V-shaped and stretches east-west. The mountain slope ranges from 10° to 20°, with the terrain higher in the north and lower in the south. The maximum elevation difference within the red line is approximately 20 meters. The existing mountain vegetation is well-covered, and the main vehicle access is located on the planned No. 2 Road to the south.

01 Spatial Growth & Modular Metrology
The design adopts a 10m × 10m modular grid system as the fundamental logic for project implementation, comprehensively coordinating site layout, functional elements, and technical environments. Through modular design, the project can continuously grow and adapt to changing usage requirements, addressing future expansion needs. This embodies the institutional character of the National Institute of Metrology, China as the national leader in metrology, and aims to establish a new "Metrological Coordinate" in China.

02 Process-Driven & Derived Architecture
The functional layout centers on experimental processes. A foundational framework is established for 4 administrative departments and 15 research institutes, based on vibration resistance levels, exhaust emission volumes, spatial requirements, and inter-functional correlations. By leveraging the site’s physical conditions—including topography, elevation, and prevailing wind direction—the design achieves clear separation of dynamic and static zones, as well as clean and polluted streams. The result is a metrological experimental campus model representing the nation’s highest professional standards.

03 Lingnan Charm & Integration with Nature
Drawing inspiration from traditional Lingnan architecture, the building layout is optimized for Shenzhen’s climate and regional wind patterns, ensuring harmony with the broader mountain-water landscape. The base follows the terrain, with research institute platforms arranged in a staggered manner. Traditional Lingnan spatial elements—such as elevated verandas and central courtyards—are integrated throughout the campus, promoting healthy lifestyles and preserving cultural heritage.

04Spatial Pattern: Following Terrain, Dispersed Volumes, Diverse Textures, and Blending with Nature
The architecture follows the mountain’s contour, unfolding around Baiheling Mountain to the north. Building volumes step down gradually, facing the water-view corridor to the south. This configuration maximizes landscape exposure while utilizing water bodies to guide natural ventilation. Tower volumes are dispersed, with light, elegant facade textures that open up mountain-water corridors through interstitial spaces. The podium merges with the mountain, featuring natural, ecological facade treatments. The goal is to create a landscape-integrated ecological campus with distinct Lingnan characteristics.