Shenzhen Greater Bay Area – The construction site of OPPO’s new headquarters campus, designed by Zaha Hadid Architects, has kicked off curtain wall installation, marking a significant milestone in the project’s development. Slated to serve as the integrated office hub for the Chinese tech giant, the campus is strategically located in a fast-growing area of Shenzhen, tailored to accommodate the company’s expanding workforce while blending office functions with public-accessible spaces. Current construction focuses on assembling the external enclosure, which reflects the project’s planned building volume, tower layout, and overall spatial configuration.
Project Overview: Scale and Layout
The headquarters complex comprises four interconnected towers with a total gross floor area of approximately 185,000 square meters. Each tower stands 42 stories tall, reaching a maximum height of 200 meters. Two of the towers feature flexible office spaces, while the other two are dedicated to vertical transportation and service functions. A 20-story vertical atrium links the four structures, optimizing internal circulation and providing a shared public transit space.
Orientated toward Shenzhen Bay, the towers’ lower floors are set back inward, creating expansive open areas at ground level. This design fosters an organic connection between the building and its surrounding urban environment, enhancing accessibility and visual continuity with the cityscape.
Architectural Innovations: Space and Efficiency
A key design highlight is the placement of service cores on the exterior of the towers, eliminating structural and mechanical obstructions within the internal floor plates. This approach delivers unobstructed, column-free workspace with panoramic views, while the grand atrium visually connects different floors. The project’s vertical and horizontal circulation systems are strategically distributed to enable seamless movement throughout the complex, reducing reliance on a single central core.
According to the design team, the layout prioritizes spatial clarity and flexibility, allowing departments to adapt their configurations over time while maintaining visual connectivity across the entire campus. This adaptability aligns with modern workplace needs, supporting long-term operational efficiency for OPPO.
Public-Focused Design: Access and Sustainability
Beyond serving as a corporate headquarters, the campus is designed to function as an open urban node rather than a closed corporate park. A diagonal pedestrian corridor cuts through the site, linking a landscape plaza with art galleries, retail areas, restaurants, and a direct passage to the nearby metro station. Additional public spaces are planned above ground level, including a sky plaza on the 10th floor and rooftop terraces, inviting both employees and visitors to engage with the building.
The project targets LEED Gold certification, incorporating external louvers and an advanced energy management system. These features aim to minimize solar heat gain and enhance operational energy efficiency, aligning with global sustainability standards and reducing the building’s environmental footprint.
Progress and Significance
With curtain wall installation now underway, the project advances toward its completion as a landmark development in Shenzhen’s tech-centric skyline. The headquarters is set to redefine corporate workspace design by integrating functional efficiency, public accessibility, and architectural innovation. Once finished, it will not only meet OPPO’s growing operational needs but also contribute to the urban fabric of the Shenzhen Greater Bay Area, serving as a dynamic intersection of business, culture, and public life.
Zaha Hadid Architects, renowned for its bold and futuristic designs, brings its signature aesthetic and engineering expertise to the project, further solidifying Shenzhen’s reputation as a hub for innovative architecture and tech-driven urban development. The OPPO headquarters campus is poised to become a symbol of the city’s evolving identity as a global leader in technology and design.
