CUHK (Shenzhen) Phase II: Courtyard-Based Campus Planning Balances Institutional Scale, Subtropical Climate, and Human Experience

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In Longgang District, Shenzhen, the Chinese University of Hong Kong (Shenzhen) Phase II completes a campus masterplan that serves 11,000 students across 78,926 m² of new teaching, research, and assembly facilities. Designed by Wang Weijen Architecture and completed in November 2023, the project organizes four distinct building clusters along a central green mall, using layered courtyards and an integrated water system to connect compact architecture with the surrounding mountain and lake landscape.

Earning AIA Hong Kong’s 2025 Merit Award for Architecture and a Sustainability Award, the project demonstrates how Lingnan courtyard tradition can address contemporary challenges: high density, subtropical climate, ecological continuity, and the creation of welcoming public realm at institutional scale.

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Understanding the Challenge

CUHK(SZ) represents Shenzhen’s strategic investment in world-class higher education within the Guangdong-Hong Kong-Macao Greater Bay Area. Phase II extends the campus from its 2017 opening, adding capacity to serve an eventual 18,000 students when Schools of Music and Medicine complete. The design brief required coordinating seven reserved sites across upper and lower campuses while maintaining spatial clarity and environmental quality.

The site’s 267,180 m² offered both opportunity and constraint. Natural landscapes descend from western mountains toward an eastern lake, but the elongated campus geometry risked fragmentation. The design team needed to establish legible connections between disparate programs—teaching complex, assembly hall, central library and student center, laboratory tower—while preserving ecological continuity and creating spaces scaled for daily campus life rather than institutional monumentality.

Timeline constraints added urgency. The jury acknowledged the project succeeded at managing an exceptionally large and complex program across multiple clusters under tight construction schedules while maintaining clarity of circulation and orientation—no small feat for a campus serving thousands of students and faculty.

Courtyards as Three-Dimensional Campus Structure

Wang Weijen Architecture’s approach draws from Lingnan architectural tradition, reinterpreting the courtyard not as decorative void but as sectional system organizing density, light, ventilation, and movement. The firm’s broader research into “courtyardism” treats courtyards as multi-layered infrastructure balancing high-density development with ecological responsiveness and human scale—principles directly applicable to CUHK(SZ)’s subtropical Shenzhen location.

Four coordinated clusters structure the campus:

• Teaching Courtyard Complex (Cluster A): Windmill-shaped configuration with alternating high and low blocks creates porous, multi-layered courtyards at the campus entrance. A floating landmark building frames views while maintaining permeability between interior and exterior spaces.
• Assembly-Conference Complex (Cluster B): Anchored by an eco-pond, this cluster connects entrance plaza to lake and mountain views through spatial framing. The conference hall links meeting rooms with outdoor terraces via lakefront corridors and vertical atriums.
• Central Quad (Cluster C): Library and Student Centre flank an open quad that introduces natural landscape through gaps between buildings, integrating multiple ground levels with connecting corridors.
• Laboratory Tower (Cluster D): Parallel high and low blocks bend and fold to frame mountain and city views, extending campus vistas toward surrounding landscapes.

The design employs a three-level height strategy—12-meter walkways at pedestrian scale, 24-meter platforms integrating greenery, and 60-meter landmarks establishing campus identity—coordinating compact clusters while bringing nature into multi-dimensional campus space.

Water as Ecological Infrastructure

The eco-pond near Cluster B functions as integrated infrastructure rather than landscape feature alone. Connected to the municipal water system, neighboring lake, and broader urban watershed, it serves multiple roles: rainwater reservoir during storms, groundwater recharge system, microclimate cooling, and biodiversity habitat supporting plants and animals. The design matches water quality to uses, promotes natural filtration and storage, and reduces runoff to mitigate flooding while contributing to regional hydrological health.

Natural landscapes extend from the western mountainside through individual buildings to the campus green mall and eastern courtyards, maintaining ecological continuity across the development. Open courtyards and sky-patios frame views of mountains, lakes, and cityscapes, connecting users to the regional ecosystem while providing naturally ventilated outdoor spaces.

Multiple water features work with the green mall and covered walkways to cool the microclimate, supporting thermal comfort in Shenzhen’s subtropical climate. Semi-outdoor covered walkways and multi-level courtyards maximize natural ventilation and daylight, reducing reliance on mechanical systems.

Campus Experience and Well-Being

The jury’s assessment highlighted experiential qualities that don’t always translate through images alone. The Jury Chair’s firsthand campus visit noted the project “gives me quite a warm feeling. It’s quite human scale”—validation that the layered courtyards, walkways, and landscape connections create welcoming environments scaled for daily campus life despite the project’s institutional size.

The alternating building heights moderate perceived density while creating varied courtyard experiences. Each cluster establishes distinct spatial character through configuration, proportion, and relationship to landscape. The windmill-shaped teaching courtyard offers protected yet porous spaces for informal gathering. The assembly complex frames water and distant views. The central quad opens to sky and mountain. The laboratory tower extends sight lines toward city and nature.

Natural light and ventilation reach deep into buildings through courtyard organization. The sectional strategy positions outdoor spaces at multiple levels—12-meter walkways, 18-meter patios, 24-meter platforms—creating opportunities for pause, gathering, and connection to landscape throughout the vertical campus.

The central green mall functions as organizing spine and social infrastructure, connecting clusters while providing continuous landscape from entrance to research precincts. Trees, lawns, water features, and platforms create varied settings for movement, study, and community interaction.

Applying the Framework for Design Excellence

Viewed through the AIA Framework for Design Excellence, CUHK(SZ) Phase II demonstrates integrated thinking across multiple principles, earning both Merit and Sustainability Award recognition.

Design for Integration anchors the project. The design coordinates architecture, landscape, and natural systems across social, environmental, and spatial dimensions. The three-level height strategy connects compact clusters while incorporating nature into multi-dimensional campus space. The eco-pond integrates stormwater management, biodiversity support, and microclimate cooling into a single system serving multiple functions.

Design for Ecosystems extends natural landscapes through the campus, connecting to regional ecological systems. The eco-pond creates a self-sustaining ecosystem while integrating with the city’s water network and neighboring lake. Natural landscape penetration from mountainside through buildings to courtyards maintains ecological continuity. Courtyards and sky-patios with mountain and lake views connect users to the regional environment.

Design for Water demonstrates thoughtful hydrological thinking. The eco-pond serves as rainwater reservoir, reducing runoff and mitigating flooding while recharging groundwater. Connected water systems integrate with municipal infrastructure, lake, and urban watershed. Natural filtration and storage support regional water quality.

Design for Well-Being emerges through human-scaled spaces, natural light and ventilation, and connection to landscape. The jury recognized the project creates a warm, welcoming environment despite its institutional scale—courtyards, patios, and walkways provide naturally lit and ventilated spaces throughout the campus.

The jury awarded the Sustainability Award recognizing the project’s ambition to approach net-zero carbon performance through integrated passive design strategies—natural ventilation, daylighting, water management, and ecosystem integration working together rather than as isolated features.

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Lessons for Practice

Treat courtyards as sectional systems, not decorative voids. CUHK(SZ) demonstrates how courtyard thinking applied across multiple levels creates ventilation, daylighting, thermal comfort, and social space simultaneously. The three-level height strategy (12m/18m/60m) coordinates pedestrian scale, landscape platforms, and campus landmarks while organizing airflow and light penetration.

Integrate water as infrastructure, not amenity. The eco-pond connects stormwater management, groundwater recharge, biodiversity habitat, and microclimate cooling into a single system serving ecological and experiential functions. This integration delivers environmental performance while creating meaningful campus place.

Design for experienced scale, not visual impression alone. The jury’s recognition that the campus feels warmer and more human-scaled in person than in photographs underscores the importance of spatial sequence, material texture, and bodily movement through architecture. Campus design succeeds when circulation becomes exploration and courtyards invite pause.

Learn from regional tradition to address contemporary challenges. Lingnan courtyard principles—balancing density with porosity, integrating landscape and architecture, moderating subtropical climate through configuration—offer tested strategies for high-density institutional development. CUHK(SZ) translates these traditions into contemporary campus typology without pastiche.

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Designing for Campus Futures

CUHK(SZ) Phase II positions courtyard urbanism as a method for balancing density, ecology, and human experience at institutional scale. By organizing 78,926 m² of program through layered courtyards connected by a landscape spine, the project demonstrates that large campuses can maintain intimacy, ecological continuity, and environmental responsiveness.

The project’s significance extends beyond this specific campus. As the Greater Bay Area develops world-class educational infrastructure, CUHK(SZ) offers a model: integrate architecture with natural systems from the beginning, use sectional thinking to coordinate multiple performance objectives, and design for lived experience rather than image alone. The Merit and Sustainability Award recognition validates this approach—campus design succeeds when it serves both ecological systems and daily campus life with equal rigor.

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Project Credits

Project: The Chinese University of Hong Kong (Shenzhen) Phase II
Location: Longgang District, Shenzhen, China
Completion: November 2023
Site Area: 267,180 m²
Floor Area: 78,926 m²
Building Height: 60m
Project Cost: ¥1,500,000,000

Architect: Wang Weijen Architecture
Design Team: Wang Weijen, Qian Jianshi, Su Chang, Cheng Xiao, Xie Jing, Sun Yuerong, Yvonne Xu, Liu Kaixuan, Chang Jiun Yu, Derek Lau King Ho, Andrew Xu Zhu, Lin Xiaoyu, Li Hui, Luo Zhi, Li Ruoxi, Zhao Xiaoxu, Zhu Kaiyuan
Associate Architect: Qian Jianshi
Collaboration: A+E Architects (Phase II), Arup Shenzhen (Phase II), Shenzhen HitrusDesign (Phase II)
Structural Engineer: A+E Architects
Landscape Architect: Palm Landscape
Main Contractor: China Construction First Group
Owner: The Chinese University of Hong Kong, Bureau of Public Works of Shenzhen Municipality

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