Oppo Technology & Research Centre Tower in Chengdu: A Vertical Village for Innovation by Gianni Botsford Architects + RJWu & Partner

A Landmark in Chengdu’s Innovation District

Located at the heart of the Singapore-Sichuan Hi-Tech Innovation Park, the Oppo Technology & Research Centre Tower stands as a defining landmark in Chengdu, the capital of Sichuan Province. Designed by Gianni Botsford Architects (UK) in collaboration with RJWu & Partner (Taiwan), the project was the result of a winning competition entry in 2014 and officially completed in 2023.

This 42-storey, 68,000 m² tower anchors the urban masterplan of the southern district and serves as a regional headquarters for Chinese tech giant Oppo. As one of China's top-tier cities with over 15 million urban residents, Chengdu provides a fitting backdrop for this architectural statement of technological innovation.

Vertical Village Concept: Humanizing the High-Rise

Rather than following a conventional corporate tower typology, the architects envisioned the Oppo Tower as a “vertical village” — an interconnected system of spaces that promotes collaboration, creativity, and well-being.

The tower accommodates over 5,000 engineers and support staff, offering diverse environments for work, informal interaction, leisure, training, and exhibition. Strategic voids and staggered floor plates create an internal rhythm that encourages movement and spontaneous encounters. These spatial punctuations also introduce variety in the plan, supporting Oppo’s vision of a dynamic and innovative work culture.

Massing and Daylight: Designing for Scale and Light

To counter the monumental scale of a typical high-rise, the tower is articulated through a series of shifting vertical volumes. These elements are offset both horizontally and vertically, creating a visually engaging silhouette and breaking the building into components more attuned to the human scale.

Each floorplate is designed as a “room with a view”, arranged around the perimeter to optimize natural daylight penetration and offer framed vistas of the city and surrounding park. This spatial strategy enhances both environmental performance and occupant experience.

Façade and Regulation: A Dynamic Skin

A key innovation lies in the tower’s self-similar façade system, which applies the same shifting logic as the internal volumes. The façade achieves a delicate filigree effect that balances transparency with solid mass, responding effectively to Chengdu’s planning requirement of 30% solid façade coverage for high-rise buildings.

The external expression is as performative as it is aesthetic—regulating daylight, reducing glare, and providing visual dynamism across all elevations.

The Lantern Crown: Dissolving into the Sky

Capping each vertical volume is a triple-height lantern space, a luminous architectural gesture that allows the tower to dissolve into the skyline. These elevated voids introduce daylight deep into the structure, while also offering connective social zones between departments and disciplines.

The lanterns reinforce the tower’s theme of openness and transparency, serving as metaphors for innovation, elevation, and clarity.

Masterplanning Integration: Vertical Meets Horizontal

The Oppo Tower is not an isolated object, but a carefully calibrated part of its larger urban ecosystem. Surrounded by low-rise horizontal buildings, the tower introduces verticality and legibility into the masterplan, acting as a visual anchor and a spatial connector between the landscape and city fabric.

This integration enhances orientation, strengthens placemaking, and creates a legible architectural identity for the park.

A New Standard for High-Tech Headquarters

Blending architectural innovation, environmental sensitivity, and urban strategy, the Oppo Technology & Research Centre Tower marks a new era in corporate high-rise design in China. Its fusion of form, function, and future-focused programming makes it not just a place of work—but a living laboratory for creativity and collaboration.

All Photographs are works of Shihao Xiao