Sleek Design Inspired by Cellular Structure
Architecture studio BDP has unveiled a groundbreaking pharmaceutical research campus in Shanghai, China, featuring interconnected buildings inspired by the movement of cell division. Situated in the Hongqiao International Central Business District, this 186,000-square-metre facility not only serves as the research and development headquarters for Chia Tai Tianqing Pharmaceutical Group, a leading name in the industry, but also exemplifies cutting-edge architectural innovation.
Innovative Structural Design in Shanghai’s Research Developments
The campus consists of two pairs of buildings designed to mimic cells splitting, connected by elegant glass-covered bridges. These buildings provide flexible floor plans, accommodating evolving laboratory needs. As part of this architectural design, one structure links to a block that houses staff accommodations, while another connects to a towering administrative building, which forms the focal point of the headquarters.
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Furthermore, this extensive pharmaceutical campus offers an innovative space where scientific advancements flourish, illustrating the dynamic nature of the complex’s design.
Creating a Collaborative Environment
BDP director Tianyi Gu emphasizes the site’s open heart, welcoming both public access and fostering collaboration among researchers. The campus integrates work, research, and everyday life, featuring a raised sky bridge that encircles the area, linking all structures while incorporating indoor and outdoor meeting spaces.
Amenities and Wellbeing
To promote staff well-being and work-life balance, cafes, a canteen, and a gym are strategically located on the lower levels. This arrangement reflects BDP’s attention to details that enhance the daily work experience, such as access to natural light, fresh air, and spaces for relaxation and social interaction within the architectural framework.
Sustainability and Identity
The campus employs passive design strategies like natural ventilation and solar shading. Low-E glass was used to improve energy performance, while photovoltaic panels on the rooftops create distinct patterns that contribute to the campus’s identity. For CTTQ, this development is not just a research hub but a testament to their dedication to people and innovation in the architectural landscape of Shanghai.
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Contextual Developments
Elsewhere in China, similar architectural feats are emerging. KPF’s tech campus in Shenzhen showcases a one-kilometer-long “landscape ribbon,” while RSHP’s skyscraper in Shanghai draws inspiration from the city’s historical laneway network. The photographs featured are courtesy of BDP.
Source: dezeen.com
Frequently asked questions
What inspired the architectural design of the Shanghai research hub?
The architectural design of the Shanghai research hub by BDP was inspired by the movement of cell division, resulting in interconnected buildings that mimic cells splitting.
How does Shanghai’s research campus promote staff well-being?
The campus promotes staff well-being by incorporating cafes, a canteen, and a gym strategically located on the lower levels, offering natural light, fresh air, and spaces for relaxation and social interaction.
What sustainability features are included in the Shanghai research hub?
The campus employs passive design strategies such as natural ventilation and solar shading, and uses Low-E glass to enhance energy performance, with photovoltaic panels on rooftops contributing to its identity.