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在深圳中学光明科学城学校的整体设计中，我们以学生的使用体验为出发点，希望在城市森林中创造一座漾溢生命力的“知识绿洲”，以绿色人文的设计手法贯穿校园布局，来构建一个面向未来和国际的生态、开放、人文、创新的现代化叠台式校园，以培养注重“环保·交流·互动”全方位的人才，为未来教育提供可持续发展的空间。

▼视频，Video © 直角建筑摄影

In the holistic design of Shenzhen Middle School Guangming Science City School, we prioritized the student experience, envisioning an urban forest transformed into a vibrant “Knowledge Oasis “—a future-oriented, international campus that harmonizes ecology, openness, humanity, and innovation through layered terraces. Guided by green and humanistic design principles, the campus layout fosters environmental awareness, communication, and interaction, cultivating well-rounded talents while providing a sustainable space for the future of education.

▼校园整体鸟瞰，Overview © 直角建筑摄影

01 创新校园的组织模式
Innovative Campus Organizational Model

基于三角地形的基地特征，校园采用立体开发的设计策略，整体布局兼顾功能性与环境协调性。

Capitalizing on the triangular site’s unique geometry, the campus adopts a three-dimensional development strategy, achieving both functional efficiency and environmental harmony in its overall layout.

▼概念生成，Concept Generation © AG汇创

▼规划生成，Planning and Form Generation © AG汇创

教学区布置于场地西侧，即城市主干道旁，在给校园师生提供绝佳的自然河道景观视野的同时，也以其较大的退让距离设计隔绝了城市噪音。

The academic quarter is situated along the western edge adjacent to the city’s arterial road. This placement not only affords faculty and students panoramic views of the natural waterway, but also employs generous setback distances to create an acoustic buffer against urban noise.

▼校园整体鸟瞰，Aerial View © 直角建筑摄影

运动场则布置于场地东北侧，设计抬高至车辆顶部高度，以保证学生在户外活动拥有良好的视线以及较好的使用体验。

The athletic complex rises prominently in the northeast sector, elevated to vehicle canopy height. This innovative positioning ensures unobstructed sightlines and optimizes user experience for outdoor activities.

▼轴侧分析图，Axonometric Diagram © AG汇创

而相对独立于教学区的教师宿舍，则布置于基地的最南侧，满足了教师宿舍与教学区既分且合的组织布局关系，同时通过双入口的人车分流设计，最大限度减少了对城市交通的干扰。

The relatively independent faculty residences are situated at the southernmost edge of the site. This layout achieves an organizational relationship that both separates and connects the housing area with the academic quarter. Additionally, a dual-entry system with pedestrian-vehicle segregation has been implemented to minimize interference with urban traffic.

▼从校内看校园主入口，Looking towards the Main Entrance from the Inside © 直角建筑摄影

▼入口广场，Entrance Plaza © 直角建筑摄影

▼功能布局图，Function Composition Diagram © AG汇创

▼剖透视图，Perspective Section © AG汇创

▼综合球馆，Sports Hall © 直角建筑摄影

▼多功能厅，Multi-Functional Hall © 直角建筑摄影

02 活力丰富的教学主轴
Vibrant Central Teaching Axis

我们希望校园可以支持未来教学的发展，也相信学生课上活动不仅只局限于教室空间内，故在设计中，我们采用多平台的设计手法，以教学为主轴，多维立体的活动空间围绕创造而生，来满足不同楼层、不同空间的学生活动需求。

Our campus design supports the evolution of future pedagogy by recognizing that student engagement extends beyond classroom walls. Through a multi-platform design approach, we’ve created a three-dimensional network of activity spaces centered around the central teaching axis. This framework accommodates diverse student needs across different floors and functional areas.

▼教学主轴，Central Teaching Axis © AG汇创

同时设计也旨在鼓励教学走出教室，让学生更多的感知校园环境，以促进多种学习教育、文化交流及知识探索的发生，进而构建一个充满文化气息的多平台交流场所，激发学生的创造力与互动性。

The design actively encourages teaching to extend beyond traditional classrooms, inviting students to engage more deeply with the campus environment. This fosters diverse educational experiences, cultural exchanges, and intellectual exploration, ultimately creating a vibrant, multi-platform hub imbued with cultural vitality—one that sparks creativity and interaction among students.

▼主轴空间，Central Teaching Axis Space © 直角建筑摄影

03 多元复合的共享庭院
Pluralistic and Interwoven Communal Courtyard

区别于普通学校单一空间的堆叠设计，在教学组团中我们采用半围合的庭院空间设计，通过教学主轴串联，来形成适合各种交流的层次丰富的公共活动空间。

Departing from conventional designs that merely stack single-purpose spaces, we adopt a semi-enclosed courtyard layout within the academic clusters. Connected by a central teaching axis, this approach forms a layered public activity space, facilitating various forms of interaction.

▼多元复合的共享庭院，Pluralistic and Interwoven Communal Courtyards © AG汇创

▼共享庭院，Communal Courtyard © 直角建筑摄影

首层架空有效降低了建筑密度，不仅带来良好的自然采光和通风效果，也为学生塑造了一个开放、自由、探索的校园环境，激发学习与互动的活力。

The elevated ground floor effectively reduces building density, not only enhancing natural lighting and ventilation but also creating an open, free, and exploratory campus environment that energizes learning and interaction.

▼空中花园，Sky Garden © 直角建筑摄影

▼空中平台，Sky Platform © 直角建筑摄影

04 自然生态的立体呈现
Three-Dimensional Natural Ecosystem

依势展开的校园，巧妙地将地上生态绿化休闲径、教学主轴空中绿化、下沉庭院景观、屋顶组团农场等多维度、多层次的有机结合，形成独一无二的校园绿化系统。

The campus unfolds harmoniously with the terrain, artfully integrating multi-dimensional and layered green spaces—including ground-level ecological pathways, elevated green corridors along the central teaching axis, sunken courtyard gardens, and rooftop cluster farms—to form a truly unique campus greening system.

▼立体生态，Three-Dimension Ecology © AG汇创

▼屋顶农场，Rooftop Farm © 直角建筑摄影

▼屋顶花园，Rooftop Garden © 直角建筑摄影

这多维立体绿化层级构成，为师生提供了一种在场所里潜移默化地认知自然、探索自然的可能，营造与自然共生的学习氛围。

This multi-layered vertical greening system creates an immersive environment where students and faculty unconsciously engage with nature, fostering an educational atmosphere harmonized with the natural world.

▼转角花园，Corner Garden © 直角建筑摄影

05 建筑语言符号的延续
Continuity of Architectural Vernacular

学校的沿街立面高区采用多层次、水平曲线为主要突出元素，形态柔和优雅，城市关系和谐。低区则延续深圳中学的建筑符号，选择学院红为陶土砖的颜色，为建筑表皮肌理增添学院气息和质感，营造稳重并且有文化内涵的书院气氛。

The upper street-facing elevation features multi-layered horizontal curves as dominant elements, creating soft, graceful forms that harmonize with the urban context. The lower inherits Shenzhen Middle School’s architectural vernacular, employing collegiate-red terracotta bricks that imbue the façade with academic character, establishing a dignified and culturally rich scholastic atmosphere.

▼校园立面，Elevation © 直角建筑摄影

▼校园立面，Elevation © 直角建筑摄影

▼立面细节，Façade Detail © AG汇创

结语
Epilogue

深圳中学光明科学城学校是对“未来校园建筑”的一次尝试与探索，我们希望通过建筑设计回应未来城市发展，努力以一系列的多形态、多层次、多尺度的空间营造，来满足不用模式的教学行为，在打造了一个规范标准之上的活力校园的同时也为师生提供更多的教育体验和新可能。

Shenzhen Middle School Guangming Science City School represents an innovative exploration of “Future Campus Architecture.” Through architectural design that responds to urban development needs, we’ve created diverse spatial configurations across multiple forms, layers, and scales to accommodate varied pedagogical approaches. This vibrant campus transcends conventional standards while offering enriched educational experiences and new possibilities for both teachers and students.

▼鸟瞰夜景，Aerial View at Night © 直角建筑摄影

▼总平面图，Site Plan © AG汇创

▼首层平面图，Ground Floor Plan © AG汇创

▼地下一层平面图，Basement Plan © AG汇创

▼二层平面图，Second Floor Plan © AG汇创

▼三层平面图，Third Floor Plan © AG汇创

▼四层平面图，Fourth Floor Plan © AG汇创

▼五层平面图，Fifth Floor Plan © AG汇创

▼六层平面图，Sixth Floor Plan © AG汇创

▼北立面图，North Elevation © AG汇创

▼南立面图，South Elevation © AG汇创

▼西立面图，West Elevation © AG汇创

▼东立面图，East Elevation © AG汇创

▼A-A剖面图，Section A-A © AG汇创

▼B-B剖面图，Section B-B © AG汇创

▼C-C剖面图，Section C-C © AG汇创

项目信息
项目名称：深圳中学光明科学城学校
设计方：汇创国际建筑设计有限公司
设计时间：2020.03-2022.07
建设时间：2022.07-2023.09
主创建筑师：吕达文、蔡晖
投标阶段：余羡伟、彭柯蜜、蔡俊彦、张怀宇、黄丽云、余聪城
方案及建筑扩初阶段：
建筑：余羡伟、张怀宇、李宜乔、梁希、陈宇恒、罗竣文、李凌
室内：蔡超、郭汝凤
项目位置：深圳市光明区凤凰街道东长路958号
业主：深圳市光明区工务署
LDI：中国建筑西南设计研究院有限公司
施工方：中建科工
基地面积：47,827 ㎡
建筑面积：：102,921 ㎡
结构形式：钢筋混凝土框架结构体系+剪力墙结构体系
建筑层数：地上最高11 层，地下 1 层
主要用途：中小学教学用房及教职工宿舍
建筑主要用材：涂料（立邦漆）、陶瓷软砖（畾田陶瓷）、Low-E玻璃（信义玻璃）
室内主要用材：水磨石（现浇）、瓷砖（冠珠瓷砖）、无机涂料（立邦漆）、格栅（伟业金属）
摄影师：直角建筑摄影

Credits
Project Name: Shenzhen Middle School Guangming Science City School
Architectural Design: Atelier Global
Design Period: March 2020 – July 2022
Construction Period: July 2022 – September 2023
Principle Architect: Frankie Lui, Larry Tsoi
Concept Design: Yu Xianwei, Peng Kemi, Cai Junyan, Zhang Huaiyu, Huang Liyun, Yu Congcheng
Scheme Design and Development
Architectural Design: Yu Xianwei, Zhang Huaiyu, Li Yiqiao, Zhang Xi, Chen Yuheng, Luo Junwen, Li Ling
Interior Design: Cai Chao, Guo Rufeng
Location: No.958, Dongchang Road, Fenghuang Street, Guangming District, Shenzhen
Client: Bureau of Public Works of Guangming District
LDI: CSWADI
Construction Contractor: CSCEC
Site Area: 47,827㎡
Gross Floor Area: 102,921㎡
Structure: Reinforced Concrete Frame Structure System, Shear Wall Structure System
Building Story: 11 Story, 1 Basement
Principal Use: Middle and Primary Academic Buildings, Faculty Residence
Architectural Materials: Coating (Nippon), Soft Ceramic (Leitian Ceramic), Low-E Glass (Xinyi Glass)
Interior Materials: Terrazzo (Cast-in-Place), Ceramic Tile (GUANZHU), Inorganic Coating (Nippon), Grid (WEIYE)
Photography: Right Angle

More: Atelier Global。更多关于他们： Atelier Global on gooood

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