Library of the High School Affiliated to Nanjing Normal University, Xiaozhuang Campus By Atelier FCJZ | Innovative Vertical Learning Spaces in Nanjing, ChinaLibrary of the High School Affiliated to Nanjing Normal University, Xiaozhuang Campus By Atelier FCJZ | Innovative Vertical Learning Spaces in Nanjing, China

Library of the High School Affiliated to Nanjing Normal University, Xiaozhuang Campus By Atelier FCJZ | Innovative Vertical Learning Spaces in Nanjing, China

UNI Editorial
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The Library of the High School Affiliated to Nanjing Normal University, Xiaozhuang Campus, designed by Atelier FCJZ, exemplifies contemporary educational architecture that balances high-density campus planning, spatial innovation, and seamless integration with nature. Located on a 66,700 m² site with a total building area of approximately 95,000 m², the campus accommodates 42 classes in a compact footprint while preserving historical structures, mature trees, and semi-outdoor spaces.

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High-Density Vertical Campus Design

Constrained by land availability, the master plan organizes the campus around the heritage structure of the former Second Communication Station of the Republic of China Air Force. Adjacent mature trees form the nucleus of a central landscape, with the southern side dedicated to academic and administrative functions, and the northern side accommodating living and sports facilities.

The 400-meter running-track sports field on the western edge is structurally elevated, optimizing space below. This multi-use podium houses a parent drop-off zone, semi-sunken natatorium, indoor basketball court, training hall, and all-weather running track. Elevated platforms provide students and staff with expansive views across the dense urban setting, encouraging physical activity and relaxation during breaks.

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Academic Buildings and Courtyards

The academic buildings to the south adopt a zigzag configuration around the heritage structure, forming five semi-enclosed courtyards. Elevated ground floors allow free movement between courtyards, creating visual connections between entrances and fostering an interactive campus environment. Green landscapes extend into elevated and sunken semi-outdoor areas, providing versatile venues for outdoor learning.

Bridges and open platforms connect upper floors, extending the public realm vertically. Features such as atriums, open staircases with resting areas, terrace classrooms, and wide corridors promote self-directed learning and informal interaction among students.

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The Open School Library

Situated east of the heritage plaza, the 3,800 m² library embodies the “open school” concept. Departing from traditional floor plates, the design interweaves five large-span tubular and terraced reading volumes within a central atrium. This layout creates diverse reading environments, including semi-enclosed spaces and open terraces, catering to faculty, students, and collaborative activities.

A central skylight introduces natural light into the atrium, which diffuses across multiple surfaces to produce a layered, luminous atmosphere. A continuous “wandering path” connects ground-floor entrances, book areas, service desks, reading bleachers, multi-level student platforms, and a top-floor digital reading room. Gently sloped ramps ensure accessible circulation throughout the library.

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Structural and Material Integration

The library’s fair-faced concrete, poured using ply-bamboo formwork, functions as both structure and finish, defining the spatial character. Warmth is added through solid wood flooring, handrails, and bookshelves, creating sculptural interiors with tactile intimacy.

Building services are seamlessly integrated within the structural framework. Pipes, ducts, and air outlets are routed through voids in the long-span structure or incorporated into bookshelves, desks, and railings, unifying architecture, structure, and services.

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Advanced Design and Construction

The project heavily relies on sectional design to coordinate spatial composition, structural requirements, and service integration. Full-scale BIM and Revit modeling during construction ensured precise execution of complex spaces and high-quality fair-faced concrete finishes. The result is a library that merges vertical density, openness, and interaction with nature, fostering an enriched learning environment for students and faculty alike.

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