- Associate Design Director : Angela Wu
- Technical Coordinator : Brian Cook
- Technical Design : Francesca Oliveira
- Design Architect : Christopher Talbott
- Project Coordinator : Stephanie Chang, Josephine Pai
- Digital Design Coordinator : Jeffrey Bajamundi
- Structural Engineering Partner : Mark Sarkisian
- Senior Structural Engineering Associate Director : Neville Mathias
- Structural Engineering Associate Director : Rupa Garai
- Structural Engineer : Andrew Krebs, Zhaofan Li, Joanna Zhang, Jeffrey Keileh, Christopher Horiuchi
- Technical : Danny Bently, Feliciano Racines
- Design Partner : Leo Chow
- Consulting Partner : Gene Schnair
- Technical Partner : Keith Boswell
- Project Managing Director : Larry Chien
- City : Chaoyang Qu
- Country : China
Text description provided by the architects. Located midway between the Forbidden City and Beijing Capital Airport, Poly International Plaza occupies a prominent position in a new business district adjacent to the Capital Airport Expressway.
The project site comprises a main tower and two smaller supporting towers. The elliptical footprint of the three towers frees the buildings from the rigid geometry of the adjoining urban fabric, allowing the landscape of surrounding parks to continue seamlessly through the project site.The landscaping covers garage ramps and egress stairs, minimizing their visual impact while creating a tranquil, undulating topography with pedestrian paths.
Inspired by Chinese paper lanterns, the design of the main tower’s exterior is formed by a continuous diagrid pattern, with a jewel-like faceting that shimmers as it reflects the sky.
The exoskeleton structural system forms an outer thermal envelope around the office spaces, which are enclosed within a second glazed interior envelope. This creates day-lit communal areas that accommodate meetings and foster social interaction, while establishing physical and visual connections between floors.
The long-span structural design not only opens up the interior, creating a column-free work environment, but also employs a highly sustainable architectural/mechanical approach to address the climatic and air quality challenges particular to Beijing.