2018SDC完美落幕|东南大学-布伦瑞克工业大学联队荣获2018中国国际太阳能十项全能竞赛第三名

2018SDC完美落幕|东南大学-布伦瑞克工业大学联队荣获2018中国国际太阳能十项全能竞赛第三名



初衷

设计改变生活,科技引领未来

我们有同一追求 同一信念——

利用太阳能改变未来居住生活 推动绿色低碳发展

于是

3年前,东南大学-布伦瑞克工业大学联队(简称TUBSEU)组建于东南

900多个日日夜夜,

团队前期精心地设计准备与建造筹划

繁春四月,联队聚首德州

齐心协力 艰苦奋斗

经历了30多天的预建造

实现了20天的超高速建造

通过了15天激烈而紧张的现场测试与评审答辩

最终

东南大学-布伦瑞克工业大学联队

在国内外9个国家和地区37所高校组成的

19支赛队中脱颖而出

取得建筑设计单项第三名,总成绩第三名的好成绩

此外,在十项全能测试项目中

获得电动车、家庭生活单项第一名和舒适度第三名的成绩

Original Intention

Design changes life, technology leads the future We have the same belief  and  the same pursuit

Using solar energy to change future living

and promoting green and low-carbon development  

Therefore

Three years ago, Southeast University and Technical University Braunschweig Union (TUBSEU) was set up in Southeast University

More than 900 days and nights

The team carefully make the preparation and construction plan

In April, Our team gathered in Dezhou

Work together and struggle hard

After more than 30 days of pre-construction

Achieved  high-speed construction in 20 days

Finished intense test and assessment reply in 15 days

Finally

Southeast University and Technical University Braunschweig

Stand out in 19 teams composed of 37 universities from 9 countries and regions at home and abroad

 Get good results of third in architectural design and third total score

In addition, in the ten  test project

Get the first place in electric vehicle, family lifeand comfort third



竞赛介绍

Competition Introduction

国际太阳能十项全能竞赛被誉为太阳能和绿色建筑行业的“奥运会”。由美国能源部发起,首届竞赛于2002年在美国华盛顿举行。2018中国国际太阳能十项全能竞赛(简称SDC2018)由中国国家能源局和美国能源部联合主办,中国海外发展协会承办,以全球高校为参赛单位的绿色能源建筑科技竞赛。本次竞赛在山东德州举办,共邀请了来自全球9个国家和地区37所高校的19支赛队参与。大赛要求每支赛队以永久性住宅为目标,设计建造一栋完成面积为120-200平方米的单层或双层太阳能住宅,并要求在二十天内建造完成。最后,进行为期十五天的竞赛现场测试与答辩评审,就建设设计、市场潜力、工程设计、宣传推广、创新能力、舒适程度、家用电器、家庭生活、电动车通勤、能源绩效等10个单项进行角逐,最终由独立专家裁判评比确定名次。

Solar  Decathlon China is known as the Olympic Games of solar energy and green building industry. Sponsored by the US Department of energy, the first competition was held in Washington, D.C. in 2002. Solar Decathlon China 2018(SDC2018) is jointly sponsored by the National Energy Administration of China and the United States Department of Energy, and held by the China Overseas Development Association. It is a green energy building science and technology competition with global universities as participants. The competition was held in Dezhou, Shandong  and 19 teams consisted of 37 universities from 9 countries and regions were invited to participate in . Each team is required to design and construct a single-storey or double-storey solar house with an area of 120-200 square meters for a permanent residence as the goal, and reqireto complete the construction within 20 days. Finally, a test and defense review of the competition for 15 days will be conducted. Ten individual items, including construction design, market potential, engineering design, publicity and promotion, innovative ability, comfort, household appliances, family life, electric vehicle commuting, and energy performance, will be contested and ranked by independent experts.


团队介绍

Team Introduction


Team TUBSEU代表着TUBS + SEU,即德国的布伦瑞克工业大学和中国的东南大学,字母S(Solar)就像太阳能一样把这两个队伍连接到一起。布伦瑞克工业大学是德国著名的具有270年历史的公立大学,也是德国第一所工业大学和德国第一个设立工科和自然学专业的大学,隶属于德国TU9大学联盟。团队汇集来自东南大学和布伦瑞克工业大学两个学校的众多专业的30多位老师和60多名本硕博同学,包括建筑学院、土木工程学院、能源与环境学院、化学化工学院、计算机科学与工程学院等等。团队主要负责人分别是建筑技术与科学研究所所长、博士生导师张宏教授和布伦瑞克工业大学建筑服务与能源设计研究所主任Norbert Fisch教授。团队双方紧密合作、融合创新,克服文化壁垒,结合当下绿色生态发展、高质量发展、健康发展的时代需求,设计建造一座舒适健康、灵活可变、集成预制、低碳智慧的太阳能共享住宅。

TUBSEU stands for TUBS + SEU, the University TU Braunschweig in Germany and Southeast University in China.The letter S connects both universities, just as the solar connects this team to the competition.The University TUBraunschweig is a famous German university with a history of 270 years. It is also Germany's first university of technology and the first university in Germany to set up engineering and natural sciences. It is affiliated to TU9 University in Germany.The team gathers more than 30 teachers and over 60 students of different disciplines from Southeast University and the University TUBraunschweig, including School of Architecture, School of Civil Engineering, School of Energy and Environment and College of chemistry and chemical engineering, School of computer science and Engineering. The team’s main faculty advisors are Professor Zhang Hong, Director of the Department of Building Science and Technology, School of Architecture, Southeast University, and Professor Norbert Fisch, Director of the Institute of Architectural Services and Energy Design at the University TU Braunschweig.We work together closely to unite our collective wisdom, integrate innovation, overcome cultural barriers, and focus on current need about the ecological, high-quality and healthy development to design and build a flexible, prefabricated, smart, low-carbon and comfortable solar-powered shared house.


C-House设计与建造特点

Characteristics of design and construction 

C-House设计与建造理念介绍视频

The video to introduce C-House design and construction concept 

      01 空间可变与共享

Variable and sharing space 


灵活多变的室内空间

Flexible indoor space 

C-House 的名称来源于我们的基本设计理念,即由简洁的立方体(Cube)和集成的核芯(Core)的组合。C-House的核芯集成了所有服务空间,包括厨房、浴室、厕所、设备间、楼梯,围绕核芯布置围护结构,形成整体通用空间。围绕着核芯筒的空间自由灵活,结合模块化和可变式家具的设计,不仅革新了传统建筑的户型使用局限,也带来了使用空间的复合可变,在完美地满足了一个家庭日常生活之外,还可以作为一种多用途、多功能的共享空间,适应居住、居住办公、社区服务和展览等多用途可变功能,并与现代智能化产能与用能技术相结合,像概念车一样,提供了一个面向未来的“智慧化概念房”,开创了概念房展示模式。

The name of C-House comes from our basic design logic, a combination of a compact cube and an integrated core. The core integrates all services, including kitchen, bathroom, toilet, equipment rooms, stair, and enclosures around the core to form a general space. Around the core C-House space is free and flexible, combined with modular and variable furniture design, not only innovated the use of traditional building limits, but also brought the use of space complex variable.It can also be used as a multi-purpose, multi-functional shared space to accommodate residential, residential office, community services and exhibition and other multi-purpose variable functions, and combined with modern intelligent capacity and energy, like a concept car, provided a future-oriented concept house, and started the mode of displaying concept house .

02 主动式产能理念,打造小型智慧能源站

The concept of Energy Plus to build the smart energy station

C-house是一个可以发电的小型能源站,在紧凑的立方形体外围护结构三个面集成了140块的薄膜电池和屋顶60块单晶硅太阳能电池,形成连续的能量表皮,示范了一座适合中国国情先进的BIPV(光伏建筑一体化)房屋系统,成为独具特色和具有广泛市场前景的光伏建筑一体化房屋产品。实际测试中,在天气良好情况下,C-House日均发电量超过150KWH,成为一座名副其实的小型发电站,充足可调配的能源除自给自足外,还可以供给公共电网,实现能源共享和智慧产能与用能。

C-house is a small energy station that can generate electricity. It integrates 140 thin-film cells and 60 monocrystalline silicon solar cells on the roof on three sides of a compact cubic enclosure to form a continuous energy skin, demonstrating an advanced BIPV (photovoltaic building integration) housing system suitable for Chinese national conditions and becoming photovoltaic building integrated housing products with unique characteristics and broad market prospects. In fact, under good weather conditions, C-House generates more than 150  degrees of electricity, making it a truly small power station. Adequate and adjustable energy can be supplied to the public grid in addition to self-sufficiency, which achieves energy sharing , intelligent production and energy use.

03 20天超高速装配,建造高性能房屋

 High-speed assembly to build high-performance housing within 20 days

C-House20天超高速建造视频

C-House high-speed construction video within 20 days

C-House在20天内完成全部建造任务,并投入使用的高性能房屋,这样的建造速度技术支撑来源于竞赛团队取得的超高速装配建造房屋系统关键技术国家发明专利。C-House在建造中,采用全预制装配的施工方式,房屋主体构件全部在工厂加工成型,现场组装成整体式大构件再进行吊装,极大的降低了高空作业量,既加快了施工速度,又保障了施工安全;核芯筒构件在德国预制完成,运到德州组合装配。在这种建造技术支持下,实现了C-House两天半内封顶,快速形成全天候工地,确保后续建造工程安全高效进行。

C-House completed all the construction tasks in 20 days, and put into use high-performance housing, such construction speed technology support from the the  national invention patent high-speed assembly building housing system key technology obtained by School of Architecture, Southeast University. C-House adopted the construction method of full prefabrication and assembly, and all the main components of the house are processed and formed in the factory, assembled into integral large components on the spot and hoisted, which greatly reduced the workload at high altitude, speeded up the construction speed and ensured the construction safety; the core  components were prefabricated in Germany and shipped to assembly in Dezhou. With the support of this construction technology, the C-House roof was sealed in two and a half days, and the all-weather construction site was quickly formed to ensure the safe and efficient follow-up construction.

04 全生命周期建筑智能化及信息化工程管理——BIM

Whole life cycle building intelligent and Information Engineering Management -- BIM

利用团队自主开发的,具有自主知识产权的装配式建筑信息化平台,使构件模型生成代表构件身份且具有唯一性的二维码,是建筑构件全生命周期管理的基础。C-House建造期间,每天由BIM模型导出次日工程计划表,让各个分项负责人都清楚自己和他人的工作,对整体施工进度进行整体掌控,根据实际情况,做出及时调整,控制施工进度。

It is the foundation of the whole life cycle management of building components to make use of the assembled building information platform developed by the team and with independent intellectual property rights to make the component model generate two-dimensional code which represents the identity and uniqueness of components. During the construction of C-House, the next day's project schedule is derived from BIM model every day, so that each sub-project leader is aware of their own and other people's work, the overall construction progress is controlled, according to the actual situation, make timely adjustments to control the construction progress.

05 智慧玻璃 实现建筑冬暖夏凉

Smart glass makes buildings warm in winter and cool in summer.

C-House的玻璃采用的是东南大学化学化工学院付国东教授团队自主研发,并获得国家发明专利的产品,是一款将气候控制调光膜与普通玻璃“三明治”般复合的智能热敏玻璃。气候控制调光玻璃具有生命力,可感受光照强弱和温度高低,并根据这种变化自主调节颜色深浅。夏季室外温度较高时,玻璃吸收光热表面温度升高,颜色自动加深,阻挡热量进入;冬季室外温度较低时,玻璃表面温度低,颜色浅,增加光热进入,提高了室内光线的舒适感。如此以来,智慧的玻璃实现了 “夏季隔热,冬季得热”,成为了保证室内舒适的智能“皮肤”。

Glass in C-House is developed by Professor Fu Guodong from the School of Chemistry and Chemical Engineering of Southeast University and patented. It is a kind of smart thermosensitive glass which combines climate control dimming film with ordinary glass sandwich. Climate control dimming glass with vitality, can feel the intensity of light and temperature, and according to this change to adjust the color depth independently. In summer, when the outdoor temperature is high, the glass absorbs light and heat surface temperature, the color deepens automatically, and blocks the heat from entering. In winter, when the outdoor temperature is low , the glass surface temperature is low, and the color is light, which increases the light and heat entering, and improves the comfort of indoor light. In this way, the intelligent glass to achieve summer insulation, winter heat, become a comfortable indoor intelligent skin. Smart glass makes buildings warm in winter and cool in summer. 

06 小型分散式污水处理系统  变废为宝

Small decentralized sewage treatment system turns waste into treasure

TUBSEU团队采用了东南大学能源与环境学院吕锡武教授团队自主研发并获得国家发明专利的小型分散式污水处理系统,系统以实现污水处理的节能、高效和稳定的出水水质为目标,以先进的灰黑分离,生物、生态处理工艺组合的理念,提出“高效折板厌氧反应器—缺氧调节池—水车驱动生物转盘—景观型人工湿地”的生物生态组合式污水处理工艺。污水中有机物主要通过生物处理单元去除,氮磷营养盐在生态处理单元依靠基质和植物根系的过滤、吸附、吸收等过程实现资源化利用。房屋内污水经处理后可达到《城镇污水处理厂污染物排放标准》(GB18918-2002)一级A排放标准,污水中的多种污染物质亦得到充分资源化利用:碳源产沼气;氮磷用作肥料,培养植物,构建生态景观。

Team TUBSEU adopted the small and dispersive sewage treatment system developed by Professor Lu Xiwu , School of Energy and Environment, Southeast University. The system aims to achieve energy-saving, efficient and stable effluent quality of sewage treatment. With the concept of advanced gray-black separation and combination of biological and ecological treatment processes, the bio-ecological combined sewage treatment process of high-efficiency folding anaerobic reactor - anoxic regulating tank - waterwheel driving biological turntable - landscape type constructed wetland is proposed. The organic matter in the sewage is mainly removed by the biological treatment unit, and the nitrogen and phosphorus nutrient salt is resource-utilized in the ecological treatment unit by the filtration, adsorption and absorption processes of the substrate and the plant root. After the sewage in the house is treated, it can reach Standard A of the first class in Discharge standard of pollutants for municipal wastewater treatment plant(GB18918-2002). Various pollutants in sewage are also fully utilized:Carbon source are used to produce biogas and nitrogen and phosphorus are used as fertilizers to cultivate plants and build ecological landscapes. In addition, the treatment system has a small area, simple construction, excellent treatment effect, especially suitable for sewage treatment in rural area, to solve the problem of sewage treatment in rural areas.

07 秸秆资源化综合利用  打造绿色秸秆砖(稷贝砖)墙

Comprehensive utilization of straw resource to build green straw brick walls 

华炯先生及夫人亲自加工制作秸秆砖并指导学生进行砌筑实验

Mr. Hua Jiong and his wife processed straw bricks in person, and instructed students to carry out masonry experiments

C-House场地外侧的景观墙由是由2500余块稷贝砖砌筑而成的,其建造由经过训练的团队同学完成。秸秆砖的研发制作得益于民间绿色低碳技术推广人士华炯先生多年来在秸秆资源化利用领域的研究,与传统建造方式不同,稷贝砖替代了传统黏土砖以及其他碳排放较大的建筑材料,在建设初期实现建筑的低碳排放和低能耗,也为农村秸秆资源化综合利用提供了解决思路和方法。

The landscape wall on the outside of the C-House site is made of more than 2,500 pieces of straw bricks. The construction is completed by a trained team of students. The research and manufacture of straw brick benefit from many years of research on straw resource utilization by Mr. Hua Jiong, non-governmental green low-carbon technology promoter . Unlike the traditional construction method, the straw brick replaces the traditional clay brick and other building materials with large carbon emissions, and achieves low carbon emissions and low energy consumption in the early stage of construction. It also provides solutions and methods of the comprehensive utilization of straw resources in rural areas.

建造、性能与人文一体化实现的理念,

是阳光方舟2.0——C-House的宗旨和目标

The integration concept of construction, performance and humanities is the goal of sunshine ship 2.0 —— C-House.

C-house这座20天超高速建造完成的高性能房屋,是联合国际团队,践行新型建筑学(Next Generation Architecture)教学、科研和人才培养新模式的阶段性成果。从经典建筑学(Classical Architecture)注重形式和空间,拓展到既注重空间、形式又注重建造、性能控制技术的新型建筑学层面、让建筑有艺术感的同时,又实现真正的健康舒适和低碳智慧,为推动社会绿色生态和城乡建设可持续发展贡献力量。

C-house, completed with high-performance house in 20 days, is a phased achievement of the new Next Generation Architecture teaching, research and talent development model implemented by the United Nations International Team at the School of Architecture of Southeast University. From Classical Architecture, which lays stress on form and space, to a new architectural level that lays stress on space, form, construction and performance control technology, which makes architecture artistic, and at the same time realizes real health, comfort and low-carbon wisdom, in order to promote social green ecology and sustainable urban and rural construction. Contribute to development.

 C-House建成实景    

谁说工科人只懂技术

我们一样喜欢玩、会玩、

玩的有品味、有文化艺术修养

上的了赛场 下的了厨房

绘画  音乐 DIY  样样精通

比赛之余

我们玩的也很High!

Who says engineering students only know technology?

We like to play and are good at play

Play with taste, culture and artistic

We are proficient in everything

 like painting, music and DIY

During the rest of the competition

We had fun too! 


晚宴

Dinner party

废旧塑料瓶手工艺术品DIY活动

Waste plastic bottles DIY activity

烧烤活动

Barbecue

齐康院士建筑画展  临摹赠书活动

Academician Qi Kang Architectural Painting Exhibition 

Dj Night 现场火爆视频

Dj Night video

通过晚宴活动,让我们品尝到不同国家的美食和了解不同的饮食习惯;开展废弃塑料瓶手工艺术品DIY活动,让绿色低碳与百姓日常生活结合起来,让更多的人们用实际行动助力绿色低碳;8月16日下午,在竞赛场地共用大厅,举办齐康院士建筑画展,现场张宏教授指导学生临摹齐康院士钢笔画作,并赠送东南大学团队所著建筑学领域第一本关于构件法建筑设计的专著——《构件成型、定位、连接与空间和形式生成——新型建筑工业化设计与建造示例》,不仅让大家领略到中国老一辈建筑大师建筑钢笔画艺术风采,而且让大家学到新型建筑学(Next Generation Architetcure)知识和内容;当天傍晚,TUBSEU联队还举办了Movie Night,DJ Night等一系列活动,场面火爆动人,让大家在欢乐中了解中、德多元文化的魅力。这些活动促进了各国家各高校学生之间的交流与互动,为共同推动全球可持续发展提供了交流机会和平台,这也是SD竞赛的初衷和魅力之一!

Through the dinner activities, let us taste the delicacies of different countries and understand different eating habits; we carry out discarded plastic bottles DIY activities, combining green low-carbon with people's daily life , so that more people use practical action to help  low-carbon; In afternoon, August 16th , in the common hall of the competition venue, we held Qikang academician painting exhibition. At the exhibition, Professor Zhang Hong instructed students to copy Academician Qikang's pen paintings and presented the first monograph on component-based architectural design by the Southeast University team  Component Forming, Positioning, Connecting and Spatial and Formal Generation - Example of Industrialized Design and Construction of New Architecture  to the students. We appreciated the art of pen paintings by the older generation of Chinese architects, and make us learn the knowledge and content of Next Generation Architecture. In the evening of the same day, TUBSEU organized a series of activities, such as Movie Night, DJ Night, and so on. The scene was very exciting, so that we can understand Chinese and Germany culture in the joy and the charm of multiculturalism. These activities promoted exchanges and interactions among students from different countries and universities, and provided opportunities and platforms for the joint promotion of global sustainable development. This was also one of the original purposes and charms of Solar Decathlon China 2018.


特别鸣谢

Special Thanks

在此特别感谢在这过去的三年里,为这个竞赛默默付出的所有中德指导老师和赞助企业,特别鸣谢团队第一合作企业南京长江都市建筑设计股份有限公司在资金、技术、工作协同等方面的全力支持和帮助;鸣谢南京思丹鼎建筑科技有限公司在房屋建造过程中的大力支持和帮助;鸣谢皇明太阳能集团在工程场地与用房上支持和帮助。团队取得成果离不开你们的支撑,希望这仅仅是个开始,在今后探索高质量、绿色生态发展道路上,我们能同创共赢,共同面向可持续发展未来。

In particular, thanks to all the Chinese and German instructors and sponsors who have silently paid for the competition in the past three years.Thanks to Nanjing Changjiang River Architectural Design Co., Ltd. for their full support and assistance in the fields of capital, technology and work coordination, thanks to Nanjing Si Dan Ding Construction Technology Co., Ltd. for strong support and assistance in the process of construction and construction, and thanks to HiMin Solar Group for its support and assistance in engineering sites and housing.

The team can not achieve results without your support and help, I hope this is only the beginning, in the exploration of the future of high-quality, green ecological development, we can work together to create a win-win, sustainable development for the future.

SDC2018TUBSEU联队中方指导教师名单:

张宏教授、李向峰副教授、张旭老师、张弦老师、傅秀章副教授、李永辉副教授、周欣副教授、杨维菊教授、方立新教授、徐晓东副教授、彭昌海副教授、淳庆副教授、闵鹤群副教授、金星副教授、冯世虎老师等

东南大学建筑设计研究院有限公司

丛勐博士、孙逊总工程师、魏剑工业化院总建筑师、伍雁华工程师、张翀工程师、盛春陵主任、方颖工程师、王晓晨工程师、李滨海工程师、任祖华工程师、谢萍工程师、王吉林工程师等

东南大学能源与环境学院

吕锡武教授、张晓松教授、王素美教授、陈振乾教授、吴义锋副教授等

东南大学土木工程学院

吴京教授、潘金龙教授等

东南大学材料科学与工程学院

张云升教授等

东南大学化学化工学院

付国东教授等

东南大学计算机科学与工程学院

宋爱波教授等

SDC2018TUBSEU联队德方指导教师名单:

Prof. Dr.-Ing. M.N. Fisch

Dipl.-Ing. Thomas Wilken

Dipl.-Ing. Philipp Knöfler

Ann-Kristin Mühlbach M.Sc.

Dipl.-Ing. Florian Witowski

Daniel Houschka

Dipl.-Ing. Markus Peter

List of SDC2018 TUBSEU Chinese guidance teachers:

 School of architecture, Southeast University  Hong Zhang, Xiangfeng Li, Xu Zhang, Xiangqun Zhang, Xiuzhang Fu,Yonghui  Li, Xin Zhou, Weiju Yang, Lixin Fang,  Xiaodong Xu, Changhai Peng, Qing Chun,Southeast University architectural design and Research Institute Co., Ltd.

Meng Cong, Xun Sun, Jian Wei , Yanhua Wu, Yi Zhang, Chunling Sheng,  Ying Fang,  Xiaochen Wang, Binhai Li, Zuhua Ren,  Ping Xie,Jilin Wang, etc.

 School of energy and environment,

Southeast University

Xiwu  Lv, Xiaosong Zhang, Sumei Wang,   Zhenqian Chen, Yifeng Wu, etc.

School of civil engineering, Southeast University

Jing Wu , Jinlong Pan, etc.

School of materials science and engineering, Southeast University

Yunsheng  Zhang, etc.

College of chemistry and chemical engineering, Southeast University  

Guodong Fu, etc.            

School of computer science and engineering, Southeast University

Aibo Song, etc.


TUBSUE联队第一合作企业——南京长江都市建筑设计股份有限公司


南京长江都市建筑设计股份有限公司创于1976年,经过四十多年的发展,形成以城市设计、居住建筑、办公建筑、商业建筑、科研教育建筑为主要产品,具有很强实力的区域性、综合性,且特征鲜明的现代建筑设计企业。近些年来,公司进行转型发展,致力于装配式建筑、智慧化城市与建筑、绿色低碳建筑和建筑信息化等领域的设计、研发和成果转化,取得的卓越成果在江苏省乃至全国都极具影响力。

2018中国国际太阳能十项全能竞赛中,TUBSEU联队和南京长江都市建筑设计股份有限公司紧密合作,积极发挥企业与高校联合的建筑科研和市场开拓优势,协同合作,高质量地完成了此次竞赛任务,并且很好地构建可持续发展的校企合作新模式,共同探索行业发展新方向,培养新型建筑学人才,为国家建设行业可持续发展贡献力量。

Nanjing Changjiang River Urban Architectural Design Co., Ltd. was founded in 1976. After more than 40 years of development, it has formed a modern architectural design enterprise with strong regional strength, comprehensiveness and distinctive characteristics, which mainly produces urban design, residential building, office building, commercial building, scientific research and educational building. In recent years, the company has been transforming and developing, devoting itself to the design, research and development of assembly building, intelligent city and building, green low-carbon building and building information technology and other fields. The outstanding achievements have great influence in Jiangsu  and even the whole country.            

In Solar Decathlon China 2018, TUBSEU and Nanjing Changjiang River Urban Architectural Design Co., Ltd. cooperated closely to take fully the advantages of joint research and market development between enterprises and universities, completed the competition task with high quality, and constructed a sustainable cooperation well. The new mode of enterprise and school cooperation will explore the new direction of industry development, train new architectural talents, and contribute to the sustainable development of national construction industry.

编辑:张敏

图片:崔旭峰(时差摄影)  赵乾盛 张宏 

孔振懿  罗申 刘沛 向逸明 卜嘉辰 张敏 陈雨蒙

建造视频素材:陈雨蒙 胡心怡

视频制作:张莹莹  朱梦然  Sebastian Musa




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