THE STREAM LEARNING CENTER AT NANJING ZHONGHUA HIGH SCHOOL, CHINA: CLIMATE ADAPTIVE DESIGN OF CENTRALIZED EDUCATIONAL SPACES

ABSTRACT The STREAM Learning Center of Nanjing Zhonghua High School Yuhua Campus is a design produced under the background of educational reform in China, aiming to explore a new type of educational space design adapted to the future needs of education. Taking the advanced educational concept and new educational spatial pattern as the starting point, the project proposes a centralized educational space layout with an atrium as the core, while also exploring the climate-adaptive design of new educational spaces. In order to study the environmental performance of the centralized educational spaces, simulations, comparisons and optimizations are carried out by using DesignBuilder, Phoenics, and ClimateStudio software, which are used to support the architectural design decision-making at the early stages of the project with a view to achieve low-carbon operation and a sustainable campus environment, providing guiding principles and practical references for future innovations in educational architecture and the development of green buildings.

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Publication Details

Journal
Journal of Green Building
Published
2025-01-01
DOI
https://doi.org/10.3992/jgb.20.3.427
Primary Topic
Educational Environments and Student Outcomes
Type
article
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article

THE STREAM LEARNING CENTER AT NANJING ZHONGHUA HIGH SCHOOL, CHINA: CLIMATE ADAPTIVE DESIGN OF CENTRALIZED EDUCATIONAL SPACES

Zhengxian Liu, Jin Ma
Journal of Green Building
Educational Environments and Student Outcomes
article

THE STREAM LEARNING CENTER AT NANJING ZHONGHUA HIGH SCHOOL, CHINA: CLIMATE ADAPTIVE DESIGN OF CENTRALIZED EDUCATIONAL SPACES

Zhengxian Liu, Jin Ma
article en

Abstract

ABSTRACT The STREAM Learning Center of Nanjing Zhonghua High School Yuhua Campus is a design produced under the background of educational reform in China, aiming to explore a new type of educational space design adapted to the future needs of education. Taking the advanced educational concept and new educational spatial pattern as the starting point, the project proposes a centralized educational space layout with an atrium as the core, while also exploring the climate-adaptive design of new educational spaces. In order to study the environmental performance of the centralized educational spaces, simulations, comparisons and optimizations are carried out by using DesignBuilder, Phoenics, and ClimateStudio software, which are used to support the architectural design decision-making at the early stages of the project with a view to achieve low-carbon operation and a sustainable campus environment, providing guiding principles and practical references for future innovations in educational architecture and the development of green buildings.

Journal of Green BuildingVol. 20(3)
Southeast University (BD), Southeast University (CN)
Openalex Percentile: Top 72%
Educational Environments and Student Outcomes
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THE STREAM LEARNING CENTER AT NANJING ZHONGHUA HIGH SCHOOL, CHINA: CLIMATE ADAPTIVE DESIGN OF CENTRALIZED EDUCATIONAL SPACES — Zhengxian Liu, Jin Ma · Journal of Green Building (2025) | TGRS Research Map | TGRS