青海理工学院 / 清华大学建筑设计研究院有限公司（THAD）

项目概况

Overall

丁香花在青海被称为“轮柏”，是青海各族人民最喜爱的花卉之一，因而也被誉为“高原花魁”，象征了吉祥富贵与旺盛的生命力和顽强乐观的精神。故而西宁的市花也是丁香花。2023年底这个承载着高原人民希望的大学如期建成，仿佛一簇美丽的丁香花绽放在青海高原之上。

The lilac flower, known as “Cypress” in Qinghai, is one of the favorite flowers of the people of Qinghai, and thus is also known as the “Flower of the Plateau”, which symbolizes good fortune and wealth, as well as exuberant vitality and tenacious optimism.The city flower of Xining is also the lilac, and by the end of 2023, the university will be completed on schedule, carrying the hopes of the people of the plateau, as if a cluster of beautiful lilacs had bloomed on the Qinghai Plateau.

▼东南侧鸟瞰，Aerial view of the southeast side © THAD

青海理工学院（原拟名西宁大学）的建设是为了加快推进教育现代化，提升西部地区高等教育的水平，服务国家战略和区域发展战略，助力区域经济社会发展的新措施，是青海省所作出的重大战略部署和重要民生工程，受到各方的高度关注与支持。青海省委省政府特别提出高起点规划、高水平建设、学科专业精准、办学体制创新，突出西部特点，彰显时代特色，打造“西部名校、百年大学”的要求。

Qinghai institute of Technology (formerly known as Xining University) is a new measure to accelerate the modernization of education, enhance the level of higher education in the western region, serve the national strategy and regional development strategy, help the economic and social development of the region,it is a major strategic plan and an important project of people’s livelihood in Qinghai Province, which has been highly concerned and supported by all parties.The provincial government of Qinghai especially puts forward the requirements of high starting point planning, high level construction, precise disciplines and specialties, innovation in school running system, highlighting the characteristics of the west, showing the characteristics of the times, and creating a “famous university in the west and a hundred years of university”.

▼开放日主校门，Main Campus Gate On Open Day © THAD

学校位于青海省西宁市城北区，校园占地总面积1641.48亩，规划近期容纳1万人，远期1.7万人，拟建约70万平米的校舍建筑。一期主要包括核心教学区的核心建筑智慧学术中心（图书馆综合体）、五组院系综合楼、行政办公楼；学生生活区的大学生活动中心、本科及研究生学生宿舍、教工宿舍、餐饮服务综合楼；以及体育运动区的2座400米跑道标准体育场及看台、3000座体育馆。一期建筑完成后形成了教学科研、公共交往、行政管理、生活服务、运动休闲等功能完备、空间完整的校园结构。项目在各方大力支持下已于2023年9月竣工并于12月底通过综合验收。学校已于今年录取第一批新生并于2024年9月顺利开学。

The university is located in Chengbei District, Xining City, Qinghai Province, with a total campus area of 1,641.48 acres, planning to accommodate 10,000 people in the near future and 17,000 people in the long term, and proposing to build about 700,000 square meters of school buildings.The first phase mainly includes the core academic center (library complex), five groups of faculty and departmental complexes, and administrative office buildings in the core teaching area; the college student activity center, undergraduate and postgraduate student dormitories, faculty dormitories, and food service complexes in the student living area; and two 400-meter runway standard stadiums and grandstands, and 3,000-seat gymnasiums in the physical education and sports area.After the completion of the first phase of construction, the campus structure has formed a fully functional and spatially complete structure for teaching and research, public interaction, administration, living services, sports and leisure.The project was completed in September 2023 and passed the comprehensive inspection at the end of December with strong support from all parties.The first batch of new students was admitted this year and the school opened in September 2024 successfully.

▼局部鸟瞰，Partial aerial view © THAD

▼学街鸟瞰，Aerial view of the school street © THAD

设计难点

Design Difficulties

项目用地位于西宁市城北区海湖大道西侧山坡地。用地路东侧为青海师范大学城北校区，以西为酉山山区。用地地形复杂，自东向西地势逐步抬升，最大高差约70米。用地内有“三纵一横”四条已建成规划道路，将用地划分为七个台地，地块间是高达6~10米的陡坎，场地及道路需在此次规划中优化整合以利打造完整顺畅的大学校园。同时，本项目另一个设计难点是建设场地为四级重度湿陷性黄土，用地存在不良地质作用的不稳定边坡、落水洞及雨水冲沟等。

The project site is located on the west side of Haihu Avenue, Chengbei District, Xining City, on the hillside.On the east side of the road is the north campus of Qinghai Normal University, and on the west side is the mountainous area of Youshan.The topography of the site is complex, with the terrain gradually rising from east to west, with a maximum height difference of about 70 meters.There are “three vertical and one horizontal” four completed planning roads in the site, dividing the site into seven terraces, and between the plots are steep cans as high as 6~10 meters, the site and the roads need to be optimized and integrated in this planning in order to facilitate the creation of a complete and smooth university campus.Meanwhile, another design difficulty of this project is that the construction site is Grade 4 heavy wetted loess, and there are unstable slopes, drop holes and rainwater gullies on the site with adverse geological effects.

▼项目用地，Project site © THAD

为此，设计采用了环境敏感型开发策略，以适地适候、因地制宜的方针的回应校园的地质与生态基底，通过采用规模适中的组团式建筑，避免过于分散的建筑体量与坡地的矛盾，以“梯度建设”的策略，保证中轴广场及空间序列的平整并通过建筑内院高差处理及坡道台阶等向两侧延伸，通过建筑体量及入口层叠级布置、景观绿坡连接场地、体育看台顺坡设置、室外多标高广场等方式，将大型陡坎消解为缓坡地与多个小型退台融入校园建筑及景观绿地之中，避免了断裂式的高差对校园环境的割裂，还控制并减小了校园建设的土方工程量。其中，利用原地形冲沟的区域和特点，设计了名为“石溪花谷”的旱溪生态景观链，以链状的雨水花园构成由西北至东南贯通整个校园的生态景观绿带，提升了校园的生态品质，呼应了原始地形的生态基底，取得了十分良好的效果。

For this reason, the design adopts an environmentally sensitive development strategy, responding to the geological and ecological substrate of the campus with the policy of appropriate land and climate, adapting to the local conditions, avoiding the contradiction between the overly dispersed building volumes and the slopes by adopting moderately-scaled group-type buildings, and guaranteeing the leveling of the central plaza and the spatial sequences through the strategy of “gradient construction”.The height difference between the inner courtyard of the building is handled and the ramps and steps are extended to both sides, and through the cascading arrangement of the building volume and the entrance layer, the landscape green slope connecting the site, the sports stands set up along the slope, and the outdoor plaza with multiple elevations, etc., the large-scale steep cans are dissolved into the gently sloping land and multiple small-scale retired platforms are integrated into the campus buildings and the landscape green space, which avoids the fracture of the campus environment by the fracture type of the height difference, and also controls and reduces the amount of the earthworks of the campus construction.It also controls and reduces the amount of earthwork for campus construction.In particular, the area and characteristics of the original topographic gullies were utilized to design an ecological landscape chain of dry streams called “Shixi Hua Gu”, which forms an ecological landscape green belt from northwest to southeast through the entire campus with chain-like rain gardens, enhancing the ecological quality of the campus and echoing the ecological base of the original topography, and achieving very good results.

▼建筑与地形结合，Architecture and Terrain © THAD

▼从石溪花谷望体育中心，Sports Center from Shixhuai Valley © THAD

同时，建筑单体通过采取“防风组团”模式、自遮阳墙体以及向阳门厅、共享露台、耐候连廊、光导管采光、光伏遮阳等建筑措施，通过减少夏季过强紫外线暴晒，屏蔽冬季西北风吹袭，改善高原日照与寒冷天气及冬季积雪对校园环境的影响。青海理工的设计正是通过深度研究地形、地质及气候的特征，挖掘其独特的自然禀赋，同时结合河湟文化的地域特征设计构建出高原山地大学校园的独特气质。

At the same time, by adopting the “wind-proof group” model, self-shading walls, sun-facing foyers, shared terraces, weather-resistant connecting corridors, light tubes, photovoltaic shading and other architectural measures, the building units can improve the impact of highland sunshine, cold weather and winter snow on the campus environment, by reducing the excessive ultraviolet radiation in the summer and shielding the campus from the northwesterly winds in the winter.The design of Qinghai Polytechnic is precisely the result of the in-depth study of the impact of sunlight on the campus environment.Qinghai science and technology design is through in-depth study of topography, geology and climate characteristics, mining its unique natural endowments, while combining the Huangshui culture of the regional characteristics of the design of the construction of the unique temperament of the plateau mountain university campus.

▼景观连接场地竖向，Landscape connecting the vertical direction of the site © THAD

▼建筑内庭院化解高差，The courtyard inside the building solves the height difference © THAD

设计策略及理念

Design Strategy and Concept

“学术圈层 + 绿十字结构” 的学术型校园空间

Academic Campus Space of “Academic Circle + Green Cross Structure”

方案传承中国经典的杏坛讲学、明堂辟雍的学术礼仪空间，以中央布局智慧学术中心（图书馆及扩展功能）形成的空间序列，体现出对知识的尊重，突出校园作为教化空间的象征性和仪式感，凸显进入知识殿堂的学术氛围并且方便师生的使用。设计形成以智慧学术中心为核心，环绕布置公共教学及院系教学实验组团，外围布置学生生活、体育运动及文化活动用房的大圈层结构，减少了交通距离，方便师生的共享使用。

The program inherits the classic Chinese academic ritual space of apricot altar lecturing and Mingtang Biyong, and the space sequence formed by the central layout of the Smart Academic Center (library and extended functions) reflects the respect for knowledge, highlights the symbolic and ceremonial nature of the campus as a space for education, highlights the academic atmosphere of the Temple of Knowledge, and facilitates the use of teachers and students.The design forms a large circle structure with the Intelligent Academic Center as the core, surrounded by public teaching and faculty teaching and experimental groups, and surrounded by student living, sports and cultural activities, which reduces the traffic distance and facilitates the sharing of students and faculty.

▼构思草图，Conceptual sketch © THAD

▼学术圈层分析图，Academic Circle Analysis © THAD

校前区智慧学术中心、学院组群形成的品字形布局，构成纵向的广场学术轴，依次布置主校门、明德广场、明理广场、智慧学术中心、绿坡、学生活动中心等节点，凸显进入知识殿堂的学术氛围；横向的林荫文化轴依次布置酉山广场、读书广场、台阶花坡、石溪广场，林荫晨读、体育馆等公共活动空间，体现学校的生态文化。双轴交叉打造了经典的“绿十字”校园空间结构。

The zigzag layout formed by the Intelligent Academic Center and college clusters in the front area of the school constitutes the vertical square academic axis, which arranges nodes such as the main school gate, the Mingde Square, the Mingli Square, the Intelligent Academic Center, the Green Slope, the Student Activity Center and so on, highlighting the academic atmosphere in the Temple of Knowledge; and the horizontal cultural axis of the shade is arranged by the Youshan Square, the reading plaza, the terrace and flower slopes, the Shixi Plaza, the morning reading in the shade, the public activity space such as the gym and so on, reflecting the school’s ecological culture and the school’s cultural activities space.activity space, reflecting the ecological culture of the school.The crossing of the two axes creates the classic “Green Cross” campus space structure.

▼校园轴线夜景，Night view of campus axis © THAD

▼主入口轴线空间序列，Spatial sequence of the main entrance axis © THAD

在大圈层结构之中，利用了现状用地的冲沟设计了“石溪花谷”生态景观“链”，将链状的绿地景观带贯穿校园主要公共空间，呼应了青海高原的原始地形的生态基底，将校区两端的体育休闲空间和学术交流空间连成整体，成为本校园独具魅力的特色空间。

In the large circle structure, the “Shixihua Valley” ecological landscape “chain” is designed by utilizing the gully of the existing site, and the chain-like green landscape belt runs through the main public space of the campus, echoing the ecological base of the original topography of Qinghai Plateau, and connecting the sports and recreational space and academic exchange space at both ends of the campus into a whole, which becomes a unique and charming space of the campus.It connects the leisure space and academic exchange space at both ends of the campus into a whole, and becomes a unique and attractive feature space of the campus.

▼中央核心建筑—智慧学术中心，Central Core Building – Smart Academic Center © THAD

▼中央核心建筑—智慧学术中心，Central Core Building – Intelligent Academic Center © THAD

“学院 + 书院 + 共享空间” 的创新型大学校园

Innovative University Campus of “College + School + Shared Space”

方案以提出“创新型学习校园”为设计目标，以“学院+书院+共享学术空间”为基本要素的构成模式，通过智慧学术中心、跨专业学院组团、博雅书院以及室内外共享交流空间等核心建筑及景观要素，共同打造激发创新、鼓励交流、学科融合、开放共享的新型教育及研究的平台。

With “innovative learning campus” as the design goal and “college + academy + shared academic space” as the basic elements of the composition model, the program is designed to create an innovative university campus through core architectural and landscape elements such as the Smart Academic Center, inter-disciplinary college clusters, the Boya Academy, and indoor and outdoor shared communication spaces.Through the core architectural and landscape elements such as the Intelligent Academic Center, the Boya Academy, and the indoor and outdoor shared exchange spaces, we jointly create a new education and research platform that stimulates innovation, encourages exchanges, integrates disciplines, and is open for sharing.

▼共享交流空间分析，Shared Communication Space Analysis © THAD

▼学街空间，School Street Space © THAD

▼博雅文化广场，Boya Cultural Square © THAD

学院制体现了现代大学的治理理念与大学文化精神。本设计以基于大学科分类的学院制组群的建筑布局，破除原有学科间的壁垒，促进学科间的交叉与有机组合，培养适应社会需要的宽口径、厚基础、高素质的人才。

The college system embodies the concept of modern university governance and the spirit of university culture.The architectural layout of the college system cluster based on the classification of major disciplines is designed to break down the barriers between the original disciplines, promote the intersection and organic combination of the disciplines, and cultivate broad-mouth, thick-base and high-quality talents to meet the needs of the society.

▼学生活动中心与博雅文化广场，Student Activity Center and Boya Culture Square © THAD

▼学生活动中心立面细节，

Detail of the elevation of the Student Activity Center © THAD

▼教学组团小广场，Small square of teaching group © THAD

▼教学组团小广场，The small square of the teaching group © THAD

书院制是实现通识教育，达到全面人才培育目标的一种方式，也是中国高校教育改革的一种积极探索。本项目在学生宿舍中通过植入公共起居室，学习讨论厅、图书自习室及健身房等书院文化空间，拓展学术及文化活动，实现环境熏陶，立德树人的目标。

The Academy system is a way to realize general education and achieve the goal of cultivating comprehensive talents, and it is also a positive exploration of China’s university education reform.The project expands academic and cultural activities in the student dormitories through the implantation of common living rooms, study and discussion halls, library study rooms, gymnasiums and other cultural spaces of the academy, realizing the goal of cultivating morality and nurturing people through environmental cultivation.

▼图书馆中庭，Library Atrium © THAD

▼图书馆中庭，Library Atrium © THAD

“适地适候、生态智慧”的可持续发展校园

Sustainable Campus of Appropriate Land, Appropriate Weather, Ecological Wisdom

建设用地为坡地，自西向东逐级下降，总高差70米。场地由湿陷性黄土组成，存在较多冲沟、落水洞等不利因素。为此，设计采用了环境敏感型开发策略回应校园的生态基底。针对大型冲沟填方区，采取利用与退让结合的措施：在校园东南角布置操场运动区，并结合布置地下车库，节约了土方，保证了结构的安全，设计利用中部较小的雨水冲沟，设计了“石溪花谷”的生态景观“链”。以“梯度建设”的策略，顺应地势坡度布置体育看台、大教室阶梯座席、下沉广场等，通过建筑叠级、绿地退台等方式，将高陡坎消解为多个退台和绿坡，避免了断裂式的高差对校园空间的割裂，保证了中央礼仪广场和核心学术区的平整。

The construction site is a sloping land, descending step by step from west to east, with a total height difference of 70 meters.The site consists of wet-set loess, and there are more unfavorable factors such as washouts and drop holes.For this reason, the design adopts an environmentally sensitive development strategy in response to the ecological substrate of the campus.For the large gully filling area, a combination of utilization and setback measures is taken: the playground sports area is arranged in the southeast corner of the campus, and combined with the underground garage, saving earthworks and ensuring the safety of the structure, and the design utilizes the smaller rainwater gully in the middle, designing the ecological landscape “chain” of the “Shixixi Valley”.Chain”.With the strategy of “gradient construction”, the sports stands, large classroom ladder seats and sunken plaza are arranged in accordance with the slope of the terrain, and the high and steep cans are dissolved into a number of retreats and green slopes by means of architectural stacking and green space retreats, which avoids the severance of campus space caused by the fractured elevation difference and ensures the leveling of the central ceremonial plaza and the core academic area.

▼创新设计中心，Innovation and Design Center © THAD

▼创新设计中心屋顶光伏，Photovoltaic on the roof of the Center for Innovation and Design © THAD

校园生态设计还利用风环境模拟、场地热辐射模拟技术辅助进行微气候设计，使校园成为具有自然修复能力的天然生态系统，并充分利太阳能等资源，在新建大学设计中实践碳中和的设计理念，保护校园生态基底，将环境意识和学生的生活相结合，探索高等教育的生态新模式。设计还综合运用智慧校园技术，通过感知与互动反馈，智能化控制、智能化管理、数据智能分析和可视化等手段，实现校园资源和服务共享的数字化校园环境

The ecological design of the campus also utilizes wind environment simulation and site thermal radiation simulation technology to assist in microclimate design, making the campus a natural ecosystem with natural restorative capacity, and fully utilizing solar energy and other resources, practicing carbon-neutral design concepts in the design of the new university, protecting the ecological substrate of the campus, combining environmental awareness with student life, and exploring a new ecological model for higher education.The design also makes comprehensive use of smart campus technology to realize a digital campus environment for sharing campus resources and services through perception and interactive feedback, intelligent control, intelligent management, intelligent data analysis and visualization.

▼体育活动中心，Sports Activity Center © THAD

▼体育活动中心光导管采光，Sports activity center light pipe lighting © THAD

“河湟风韵”、“文化传承”的西部标志性校园

Western landmark campus with “Hehuang Rhythm”, “cultural heritage “

设计遵循“高原山水、现代风尚、河湟风韵”的设计定位，通过敦厚质朴的建筑形象，中庭合院的空间结构，富有时代特征的建筑技术，充分体现出一所立足于西部的理工大学所具备的美学意境。

Designed to follow the “plateau landscape, modern style, Hehuang rhyme” design positioning, through the thick and simple architectural image, the space structure of the atrium courtyard, rich in the characteristics of the times of the building technology, fully embodies a university of science and technology based in the west of the aesthetic mood.

▼地域建筑文化分析，Regional architectural culture analysis © THAD

▼智慧学术中心夜景，Night view of Wisdom Academic Center © THAD

▼夕阳下的智慧学术中心，Wisdom Academic Center at sunset © THAD

▼智慧学术中心立面细节，Detail of the façade of the Academic Center © THAD

▼夜幕下的智慧学术中心，Wisdom Academic Center at night © THAD

设计借鉴的庄廓院是河湟地区代表性的传统村落民居形式。庄廓是由高大的土筑围墙、平实屋顶，开敞内院组成的四合院，有着深远的历史性和很强的实用性。河湟地区指青海东部、甘肃西部的黄河上游、湟水流域、大通河流域。这一地区自古以来多民族繁衍生息，先民耕牧于其间，创造了辉煌灿烂的河湟文化。独具特色的河湟文化是以中原文明为主干，不断吸收融合游牧文明、西域文明形成的包容并举、多元一体的文化形态，是黄河文明的重要分支和中华文明的重要组成部分。其中齐家文化是河湟文化的源头及组成部分。齐家文化的礼器玉琮质量精美具有很高的文化艺术价值。智慧学术中心设计即采用了庄廓的方正轮廓，与玉琮的方圆结合的造型，体现了中华文化方圆结合、兼收并蓄的文化观与天圆地方的宇宙观。

The design draws on the Zhuangkuoyuan, a representative traditional village dwelling form in Hehuang. Zhuangkuo is a courtyard consisting of a tall earthen wall, a flat roof and an open inner courtyard, which has a profound history and strong practicality.Hehuang region refers to the east of Qinghai, Gansu west of the upper reaches of the Yellow River, Huangshui basin, Datong River basin.This area since ancient times, multi-ethnic people live and prosper, the first people farming and herding in its midst, creating a brilliant Hehuang culture.The unique rive rHehuang culture is to the central civilization as the main stem, constantly absorbing and fusing nomadic civilization, western civilization formed by the tolerance and, diversified one cultural form, is the yellow river civilization and the important branch of the important part of Chinese civilization.Among them, Qijia culture is the source of Hehuang culture and component.The Qijia culture ritual jade cong exquisite quality has a high cultural and artistic value.The design of the Wisdom Academic Center adopts the square outline of Zhuangkuo, combined with the square and round shape of the jade cong, reflecting the Chinese culture of combining the square and round, the eclectic cultural outlook and the cosmology of the heavenly circle and the earthly sphere.

▼实验B\C组团，Experimental B\C Group © THAD

▼实验B\C组团立面细部，Detailed elevation of Experimental B\C © THAD

▼实验D\E组团，Experimental D\E © THAD

▼实验D\E组团立面细部，Experiment D\E group façade detail © THAD

▼公共教学组团，Public Education Group © THAD

▼公共教学组团立面细部，Public Education Group Elevation Detail © THAD

▼总平面图，General Layout © THAD

▼智慧学术中心一层平面图，The first floor plan of Smart Academic Center © THAD

▼智慧学术中心二层平面图，Layout of the second floor of the Smart Academic Center © THAD

▼智慧学术中心三层平面图，Floor plan of the third floor of the Smart Academic Center © THAD

▼智慧学术中心四层平面图，The fourth floor plan of the Smart Academic Center © THAD

▼智慧学术中心五-七层平面图，The 5th-7th floor plan of Smart Academic Center © THAD

▼智慧学术中心剖面图，Cross-section of Smart Academic Center © THAD

项目信息

Project Information

项目名称丨青海理工学院（原项目名称：西宁大学校园）

项目地点丨青海省西宁市

建筑类型丨教育建筑

用地面积丨717,610.62㎡

建筑面积丨344,627㎡（一期）

设计时间丨2020-2022

竣工时间丨2023

设计单位丨清华大学建筑设计研究院有限公司

施工单位丨中国建筑第八工程局有限公司

业主单位丨西宁大学筹建办 青海省公共建设项目管理有限公司

获奖情况丨教育部2023年优秀勘察设计规划设计一等奖

项目总指导丨庄惟敏

项目总负责人丨陈若光

项目负责人丨史立群 唐艳春 聂仕兵 余劲松 万瑶 成旭东 张赟

规划及方案丨陈若光 史立群 唐艳春 刘婷 李汭橦 李芳晟  董战强 王承博 姜魁元 王洁

建筑专业丨史立群 唐艳春 聂仕兵 余劲松 万瑶 康洁 卢伶 张赟 盛文革 宫力维 李汭橦 李芳晟 董战强 王承博 姜魁元 王斌 李刚 刘婷 韩瑞茜 冯正海 李飞

结构专业丨经杰 朱彤 张涛 唐忠华 陈刚 白凡玉 张苏奇 丁宇楠 付广宇 刘丽 王俊 李晓玉 盖珊珊

给排水专业丨王磊 李爱莲 翟莎莎 安宁 张怡 罗新宇

暖通专业丨汤小京 刘慧丽 唐振文 王晓芳 李晓东 肖庆国 米忠 梁雪梅

电气专业丨徐华 杨莉 钟新 张誉籍 孙永刚

总图专业丨刘婷 张小鹏

室内专业丨陈若光 陈巍 史立群 刘岩 李东

景观专业丨宋志生 李明秋楠 李诗瑶 张博

夜景照明丨徐华 李艳维 曹楠 赵姜辰 宋帅

智慧校园丨刘力红 郭红艳 刘炳君 延艳丽 胡昕

绿色建筑丨马莹莹 刘晓晖 袁朵

海绵城市丨李志红 郭汉英 张鹏

造价专业丨蒋会来 赖红英 吴建华 赵娜娜 邓波儿

标识设计丨陈若光 刘婷 李汭橦 董战强

建筑摄影丨是然摄影 陈若光 董战强

Project Name 丨Qinghai Polytechnic Institute (former project name: Xining University Campus)

Project Location 丨Xining City, Qinghai Province

Building Type丨Educational Building

Site Area 丨717,610.62㎡

Building Area 丨344,627㎡（Phase 1)

Design Period 丨2020-2022

Completion Time丨2023

Designer 丨Architectural Design and Research Institute Of Tsinghua University

Construction 丨China Construction Eighth Engineering Bureau Co.

Owner 丨Xining University Preparatory Office Qinghai Public Construction Project Management Co.

Awards丨Ministry of Education 2023 Excellent Survey and Design Planning and Design First Prize

Project Director丨Zhuang Weimin

Chief Project Manager丨Chen Ruoguang

Project Leader丨Shi Liqun Tang Yanchun Nie Shibing Yu Jinsong Wan Yao Cheng Xudong Zhang Eddie

Planning and Programming丨Chen Ruoguang Shi Liqun, Tang Yanchun, Liu Ting, Li Yanchun, Li Fangsheng, Dong Zhanqiang, Wang Chengbo, Jiang Kuiyuan, Wang Jie

Architecture丨Shi Liqun, Tang Yanchun, Nie Shibing, Yu Jinsong, Wan Yao, Kang Jie, Lu Ling, Eddie Zhang, Sheng Wenge, Gong Liwei, Li Bend, Li Fangsheng, Dong Zhaqiang, Wang Chengbo, Jiang Kuiyuan, Wang Bin, Li Gang, Liu Ting, Han Ruixi, Feng Zhenghai, Li Fei.

Structures丨Jie Jing, Tong Zhu, Tao Zhang, Zhonghua Tang, Gang Chen, Fanyu Bai, Suqi Zhang, Yunan Ding, Guangyu Fu, Li Liu, Jun Wang, Xiaoyu Li, Shanshan Gai.

Water Supply and Drainage丨Wang Lei Li Ailian Zhai Shasha An Ning Zhang Yi Luo Xinyu

HVAC丨Tang Xiaojing Liu Huili Tang Zhenwen Wang Xiaofang Li Xiaodong Xiao Qingguo Mi Zhong Liang Xuemei

Electricity丨Xu Hua Yang Li Zhong Xin Zhang Yuji Sun Yonggang

General Drawing丨Liu Ting Zhang Xiaopeng

Interior丨Chen Ruoguang Chen Wei Shi Liqun Liu Yan Li Dong

Landscape丨Song Zhisheng Li Mingqiu Nan Li Shiyao Zhang Bo

Night Lighting丨Xu Hua Li Yanwei Cao Nan Zhao Jiangchen Song Shuai

Smart Campus丨Liu Lihong Guo Hongyan Liu Bingjun Yan Yanli Hu Xin

Green Building丨Ma Yingying Liu Xiaohui Yuan Duo

Sponge City丨Li Zhihong Guo Hanying Zhang Peng

Cost Professional丨Jiang Huilai Lai Hongying Wu Jianhua Zhao Nana Deng Boer

Logo Design丨Chen Ruoguang Liu Ting Li Bendian Dong Zhanqiang

Architectural Photography丨Yeiran Photography Chen Ruoguang Dong Zhanqiang