Zhubo Design and Nickl & Partner Build an Urban Forest Hospital for Children in Shenzhen
A 315,000-square-meter pediatric campus in Longhua District uses courtyards, color, and modular wards to ease the stress of childhood illness.
Hospitals for children carry a design burden that no office tower or museum will ever know: every corridor, every waiting room, every ward must quietly persuade a frightened child that this place is not hostile. In Shenzhen's Longhua District, Zhubo Design and Nickl & Partner Architekten have taken that obligation seriously across 315,000 square meters of built area, producing a 1,500-bed pediatric campus that is simultaneously one of the largest children's hospitals in southern China and one of the most deliberately playful.
What makes the Longhua Campus genuinely interesting is not its size but the clarity of its argument. The architects propose that a high-density medical facility on a constrained urban site can still feel intimate, bright, and almost domestic in scale. They achieve this through a strategy they call the "urban forest," which translates into staggered towers, cloverleaf ward plans, planted facades, and elevated green platforms that bring landscape into every zone of the building. The result reads less like a hospital and more like a small city designed exclusively for children.
Towers and Podium: Reading the Building from the Street



From street level the campus announces itself with twin curved glass towers rising above a transparent podium base. The chequered facades, composed of multicolored panels interspersed with vertical planted strips, give the building a soft, almost textile quality that is unusual for a structure of this scale. At dusk, the illuminated podium and the reflections on wet asphalt dissolve the boundary between building and city, making the hospital feel more like a public amenity than an institutional compound.
The aerial perspective reveals how carefully the twin towers have been placed to open sightlines and allow air movement through the site. Landscaped pathways, a canal, and generous setbacks from the road keep the hospital from overwhelming its neighbors in the Minzhi area. With a floor area ratio of roughly 5.1, density is high, but the architects have distributed mass in a way that never feels oppressive.
Vertical Greenery and the Living Facade



The most visible expression of the urban forest concept is the facade itself. Vertical green wall panels are threaded between glazed bays across the podium, turning what would otherwise be a standard curtain wall into a layered composition of glass, planting, and color. At the plaza level, trees in planters and young courtyard plantings reinforce the vertical greenery above, establishing a continuous gradient from ground to sky.
White mesh figural sculptures stationed outside the podium add a whimsical note that signals the building's purpose before anyone reads a sign. These gestures are deliberate: a child arriving for a blood draw or a consultation encounters animals and greenery before encountering a reception desk. That sequencing matters enormously in pediatric design, and the architects have embedded it into the approach to the building rather than relying on interior decoration alone.
Entrances and the Softened Threshold


The curving driveway at the podium entrance is framed by greenery panels and a cylindrical glass volume that pulls visitors gently inward rather than confronting them with a monolithic facade. An exterior staircase ascending to a landscaped terrace beneath the cantilevered upper floors offers an alternative route that feels more like entering a park than a medical facility. These thresholds are where the hospital's argument about child-friendly scale is most legible: the building crouches down, opens up, and invites rather than directs.
Interior Atria: Light, Color, and Orientation



Inside, the hospital deploys a series of daylit atria that serve both wayfinding and therapeutic purposes. The double-height lobby with its white columns and lime-green ceiling baffles establishes a palette that is warm without being saccharine. A yellow curved reception desk and chartreuse ceiling disc in a secondary atrium introduce accent colors that help visitors orient themselves intuitively. Color is not decorative here; it is infrastructural.
Crisscrossing escalators with glass balustrades connect multiple levels while maintaining visual continuity through the atrium void. Natural light penetrates deep into the plan, reducing reliance on artificial lighting and providing the kind of bright, airy atmosphere that the architects identified as one of their five core design principles. For a building this large, the sense of openness on the interior is remarkable.
Corridors and Ward Atmospheres


Lobby corridors lined with curved white columns, recessed linear lighting, and leaf-graphic appliqués demonstrate how a simple material palette can produce richness through geometry and pattern. The leaf motifs continue the forest metaphor at a haptic scale, giving young patients something to trace with their eyes as they move through the building. Meanwhile, exterior views of the towers reveal how the multicolored panelwork and vertical planting strips extend the interior logic outward, wrapping each ward floor in a distinct identity.
The single-story four-unit courtyard ward model, reportedly the first of its kind in China, gives each nursing unit its own outdoor space and natural ventilation. Independent yet connected, these modules can be adapted as medical needs evolve, a flexibility that is critical for a hospital expected to serve the region for decades.
Plans and Drawings











The drawings tell a story that photographs alone cannot. The axonometric of stacked cloverleaf floor plates connected by green circulation paths shows how each ward cluster opens onto rooftop courtyards, creating a vertical landscape that adds up to roughly 5,200 square meters of elevated green space. The exploded diagram makes the three-tier strategy explicit: a podium for outpatient and emergency functions, a middle zone of diagnostic modules, and tower wards above, each layer stepping back to admit light and air.
Section drawings with animal silhouettes, panda on one floor, deer on another, crane above, clarify the wayfinding strategy embedded in the facade panels. Each floor has its own creature and color, turning the building into a vertical zoo that children can read from outside. The facade detail sections confirm the integration of planted panels between glazed window units, revealing the structural depth required to support living walls at this height. Floor plans of the lobed ward volumes show how color-coded zones map directly onto the facade pattern, so the exterior is a legible diagram of the interior organization.
Why This Project Matters
Pediatric hospitals tend to fall into two traps. Some are ruthlessly efficient machines that happen to have cartoon murals glued to the walls. Others are so consumed by the desire to delight children that they neglect the logistical precision on which medical outcomes depend. The Shenzhen Children's Hospital Longhua Campus avoids both pitfalls. Its courtyard ward model, three-dimensional traffic system, and modular diagnostic units are rigorously organized around patient flow and clinical efficiency, while its color strategy, planted facades, and animal-themed floors address the emotional dimension of pediatric care with equal conviction.
The collaboration between Zhubo Design and Nickl & Partner Architekten produced a building that treats child-friendliness not as a style but as a spatial system. From the macro scale of the urban forest concept down to the micro scale of leaf appliqués in a corridor, every decision serves the same argument: that a hospital for children must be legible, navigable, and gently surprising at every turn. In a city as dense and fast-moving as Shenzhen, building 315,000 square meters of tenderness is no small achievement.
Shenzhen Children's Hospital Longhua Campus, designed by Zhubo Design and Nickl & Partner Architekten. Located in Longhua District, Shenzhen, China. 315,000 square meters. Completed 2024. Photography by Chaoying Yang.
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