CECEP·Shouzuo Beijing By gad

CECEP·Shouzuo Beijing, designed by gad, is a large-scale mixed-use development located along Beijing’s South Fifth Ring Road, conceived as a new benchmark for integrated urban real estate. With a total construction area of 263,955 m², the project combines office buildings, talent apartments, and shared public spaces into a cohesive environment that supports contemporary patterns of work, living, and leisure.

Driven by a forward-looking vision, the project integrates advanced technologies, sustainable strategies, and innovative spatial organization to deliver both practical utility and long-term urban value.

An Integrated Work–Life Community

At the core of the design is the ambition to dissolve rigid boundaries between professional and residential life. By juxtaposing urban office spaces with talent apartments, the project explores functional linkage and resource sharing between public work environments and community living.

This integrated planning approach fosters a high-quality mixed-use community where daily routines—working, resting, socializing, and recreation—are seamlessly interconnected, reflecting evolving lifestyles in China’s major metropolitan areas.

Spatial Strategy: Buffer, Transition, and Connection

The project’s masterplan strategically uses continuous horizontal office buildings to enclose the residential zones. This configuration strengthens the project’s relationship with the surrounding city while simultaneously creating a buffer zone that protects the talent apartments from urban noise and traffic.

Between the office areas and residential buildings, large-scale shared green spaces function as spatial and programmatic transitions. These landscaped zones ensure efficient connectivity while preserving the relative independence and privacy of each function, creating a calm living environment within a dense urban context.

Architectural Expression and Façade Design

The architectural language of CECEP·Shouzuo Beijing follows a modern, minimalist design philosophy. Building façades are composed of restrained materials—glass curtain walls combined with russet aluminum panels—to form a clean and contemporary visual identity.

For the office buildings, horizontal volumes are articulated through angular folds, vertical rhythms, and contrasts between solid and transparent surfaces, breaking down the scale of the long façades and enhancing visual proportion. This rhythmic façade treatment lends the development a distinctive and recognizable skyline presence.

The talent apartments are defined by tan aluminum panels that emphasize horizontal lines, reinforcing a sense of openness and residential calm. The consistent material palette across the park creates formal unity while maintaining architectural clarity and modern elegance.

Climate-Responsive and Sustainable Design

Sustainability is embedded throughout the project, with design strategies tailored to Beijing’s climate, characterized by hot, humid summers and cold, dry winters. Office buildings incorporate multiple vented atriums to improve natural ventilation, while the enclosed park layout forms a sheltered microclimate that acts as a winter wind buffer.

Landscape design prioritizes local, climate-resilient plant species, enhancing biodiversity and improving the site’s micro-ecological conditions.

From a technical perspective, the project employs high-airtightness, low-energy enclosure systems, permeable paving, and water-saving fixtures to optimize resource use. These measures are supported by high-efficiency HVAC systems, real-time energy monitoring, and solar water heating, achieving comprehensive energy-saving performance.

A Model for Large-Scale Urban Parks

CECEP·Shouzuo Beijing serves as a referential design paradigm for the planning, construction, and long-term operation of large-scale integrated park developments. Its careful balance of density, openness, sustainability, and functionality contributes to the enhancement of Beijing’s urban image and elevates the business and service capacity of the Daxing Xihongmen area.

By attracting high-end industries and talent while offering a livable and environmentally responsive setting, the project strengthens regional competitiveness and demonstrates how mixed-use architecture can shape future urban growth.

All the photographs are works of Architectural Translator