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When AI meets architectural design, the 9th "Shanghai digital future" exhibition opens

the 9th "Shanghai digital future" exhibition opens in the underground Hall of building C of the school of architecture and urban planning of our university on the afternoon of July 6. The exhibition shows the wonderful achievements of the 9th "Shanghai digital future" summer camp. The theme of this "Shanghai digital future" activity is building intelligence. This topic discusses how artificial intelligence and big data provide information for architectural design, how robots build buildings, and how to visualize the potential of augmented reality and virtual reality

it is reported that the "Shanghai digital future" summer camp was founded in 2011. Due to its cutting-edge theme and professional teaching, its influence has increased year by year. It has become an international digital design and construction event, providing a platform for excellent talents active in the field of digital design at home and abroad to exchange and learn. This year's "Shanghai digital future" activity invited teaching teams and conference speakers from 17 internationally renowned universities and institutions to participate, with a total of 28 experts and scholars and 20 teaching assistants. A total of 12 groups were set up in the work camp, and 194 students were selected to participate. The exhibition will last until October 14. All teachers, students and people from all walks of life are welcome to visit

attachment: achievement display:

group 1 eth zurich

digital tensioning mold concrete thin shell design

philippe block (ETH Zurich)

tom van Mele (ETH Zurich)

teaching assistant: Zhang Xiao

team members: keerthana udaykumar, Eleni Maria skevaki, Du Chaoyu, Li Jinghan, Chen Yingyi, Liu Ke, Ge Di, Luo Dan, Xu Haotian, Cui Qiang, Hu Yi.Hao, Zhang Yumeng, Wang Cong, Nikolas arvanitopoulos, Escudero Gongora Jesus, Yang shuoyong, Liu Rui, Lin Kan, Liu Haoyu, Liu Xuan, Yang Qingfeng, Yan Jian

after 7 days of study, the first group of students gradually learned how to call the database in compas to complete the geometric operations in rhino model (such as solving the vector of lattice, offset operation, etc.). Of course, in the process of learning, we also need a lot of foundation of computer graphics, and students need to improve later. Although the final concrete shell could not be poured in time, the whole frame system was built, from the node to the scaffold foundation system, which presented a rigorous system of formwork technology

group 2 ICD Stuttgart

flexible construction of mobile robots

Maria yablonina (ICD Stuttgart)

Samuel Leder (ICD Stuttgart)

aim menges (ICD Stuttgart)

teaching assistants: Lin Yuqiong, Li Mingyang

team members: Stan Carroll, Daria dordina, Ahmed Hassab, Virginia Melnyk, Anuj Mittal, EMM re kacar, Pinar pakfiliz, Saurabh singla, Tomas Vivanco, Dawid zaj ą c. Zhao Jiagen, Huang Guanming, Liu Yangyang, Teng Teng, Tian Zaiyang, ye Xincheng, Yu Haoran, Yuan Dajun

group 2 is committed to building a deformable flexible building by interacting with a group of cloth driven by a mobile robot. The mobile robot is placed on the top platform of the frame structure, and connects and moves the cloth through a group of magnets. Each robot is driven by two DC motors and acts as a separate dynamic actuator. These robots produce a responsive flexible environment under the change of cloth movement. Through certain human input, these mobile robots move in the form of groups, producing the expected dance effect. In addition, these moving fabrics create another interesting environmental atmosphere through different transparency and colors

group 3 Zha | code

acquisition, design, delivery:

comprehensive solution for urban intensification

shajay Bhooshan (Zha | code)

vishu Bhooshan (Zha | code)

Tommaso casucci (Zha | code)

teaching assistants: Zhou Yifan, Li Keke, song Yanan

team members: ong Yong Siang, Palak Puri, Li Jingwen, Liu Jiaying, mark Chou, Chang Yuhan, Zhu Xudong, Ning Tongtong, Shu kundi, Mo Yichen, Li Zhihao, sang Wenhao, Liu Tianyu, Guo Hanchen, Xu Haotian, Xu HaoChen, Zhang Hejun, Gao Jianing, Tu Han, Wang Yaobin

through several days of intensive work camp teaching, the members of the third group explored from data analysis to the design and construction method based on Robot cutting. The team members were divided into four groups (facade, balcony, stairs and structure), and responded to the theme of the camp through the design and construction of the cluster unit

group 4 ucl

augmented reality woodwork

gilles retsin (UCL)

johan wijesinghe (UCL)

kevin Gino R. saey (UCL)

teaching assistant: Su Junbang

team members: Mencius, Zhang Yidan, ye Zitong, Shen Mingmin, Guo sichen, Lu Heng, Chen Boyan, Xiong Shicheng, Huang Rui, Cai Meichun, Xu Weishun, Gao Ziyun, Lu chunfeng, Wu Jinze, Kong Weize, Gabriela Bello Ugalde, The biggest advantage of MIA A. te is that it can use the forced clamping ability of the jaws to carry out the two-way zero crossing tension and compression experiment of materials. Djosaputro

after 7 days of learning, the members of the fourth group learned the establishment of the design language system. After the practice and construction of 1-2 unit components, the students learned that the preparation work from conceptual design to construction, as well as the systematic and modular process, simplified the heavy design and accelerated the process from design to construction. Two buildings were built in four days

group 5 rmit

Yu Li Yu Xing: building form generation and construction based on topology optimization

Xie Yimin Mike Xie Xie Xie Xie Xie (RMIT)

Bao Dingwen Bao (RMIT)

Yan Xin Yan (RMIT)

teaching assistant: Chen Zhewen, Li Zhi

team members: Xu Chenxu, Jin peipeipei, Wang Dingming, Zhao Guijia, Dong Jingzhe, Zhang Jian, Chen Yunyi, ye Keming, he Yuming.Ting, Li Danli, Zhang Gengjia, Zhou Baolin, Wu Siyuan, Dong Zhaocheng, Huang Yurong, Feng Wenhan, Tan Qinying, Wang Zhenyue

lightweight and effective structural forms often exhibit a type of in

by Mike xie

the concise and efficient structure often contains an internal beauty

-- Academician Xie Yimin

group 6 USC

urban environment mobile platform in mixed reality

biayna Bogosian (USC/Columbia University)

Alessio granini (doorwi)

Runze Zhang (doorwi)

teaching assistant: Zhu Weiran

team members: ommery de Zutter, fan zekun, Guo Ge, Hou Miaomiao, Jin Hongxun, etc.tang Ziyi, Wang Dinglu, Wang Yujie, Wei yunqi, Wang Yuxuan, Xu Yujian, Zhang can, Zhou Ping, Zhang Xiaowen, Zhu Ziyuan

in a short week, team members with little experience in platform development such as unity successfully produced three interactive mobile applications based on hybrid reality. The application allows users to perceive and interact with urban environmental data while exploring the city. In the first two days of the camp, the members of the sixth group carried out location-based environmental perception of the site, and then carried out creative design, application development and visualization

group 7 Tongji + why? 1upenn

AI and architecture/City

Neil Leach (CAUP, Tongji University)

claudiu barsan (CAUP, Tongji University)

ZHENG Hao Zheng (University of Pennsylvania)


teaching assistant: Zhao Bing

team members: Oana nituica, Gu Zhuoxing, Yang Xinyi, Andrea Macruz, Zeng Shao.Ting, duanxuexin, abhijit mojum der, Xu Xiaohan, Meng Lin, REHAM Ahmed Abdelwahab Hassan, Peng Qian, Chenzimian, susmita Biswas Sathi, radwa Ahmed abdelhamid abdelhafez

rhythm is the key to understanding urban life. Based on the continuous change of environmental conditions, the camp aims to explore the potential of artificial intelligence learning and prediction, and applies unity ml agent and tensorflow to transform it into a generation technology, so as to make urban design achieve a wonderful harmony like jazz Concerto


teaching assistant: Luo Youyuan

team members: Shi Feng, Xia Xinyu, Yan Hainan, Liang Shiqi, Li Jiewei, Niu Zhiming, Zhu Shilong, Yang Donglai, Chen Xinxing, wengchao, Chen Jiageng, Yang Li, Zhong Yibo, Ren Yue, Yang Qi, Ji Xiaobai, Zhou Zilin, Huang Yifan, Xu Hanyong

AI is expected to bring about the transformation of the main body of architectural creation. Zheng Hao, the tutor of the camp, will lead the students to use feature engineering to collect the physical data of different architects' works and train the "architectural shaping machine" based on the artificial neural network

group 8 city data group

smart city decision making

Tang Ge (metrodatatech | city data group)

Huang Jixiao (Dapeng)

Huang Jixiao/Dapeng (metrodatatech | city data group)

Feng Zongliang (metrodatatech | city data group)

teaching assistant: Yao Jiawei

team member: Chen yutong, zouyixuan, zhuhaitao, Zhou Zhenqi, Xu Xinyu, Wang Xuechen, Wang Xinyue, Peng Huiwang, Lu Yueheng, Liu Ruijun, Jia Wenqi, Huang Chenyu, Guo weipeng, Fu Yiran, Du Ming, Deng Zhiqian, Xiong Fei, sun Yunjuan

after seven days of intense work, the three groups of the eighth group handed in their answers. The first group used raspberry pie to measure the behavior big data generated by people and the environment in Shanghai subway station, and carried out real-time data analysis and visualization; The second group uses AI technology to analyze the input planning data by Gan algorithm and generate the planning scheme; The third group set up a prototype of smart city app using city data related to house prices. In these days, students in each group have experienced test data, cleaning data, mining data, training model and front and back interface interaction of the page. The datamap data system platform developed by maice data has become the core technology for the analysis and display of this component in this process

group 9 Tongji

autonomous construction of multiple cooperative UAVs

Wang Xiang (CAUP, Tongji University)

Yu Shixian (Beijing linktech)

teaching assistant: Guo zhe

team members: Wei Likai, Lu Yitian, Lin Xuhui, Wang Hongxin, Zhu Aiyu, Hu ziyue, Zhang Zihao, Xiao Kai, Ying Xiaoliang, Gao Sijie, Zhang Lihua, Li Jixin., LV you, Huang Zixun

short and full summer camp, The ninth group of students learned from the most hard core open source mechanical control and hardware system, learned to assemble UAVs, studied the feasibility of discrete structure construction, and deeply understood the automation control theory and the basic principle of mobile robot construction

group 10 xkool technology

AI City:

image discrimination model and city evaluation system

he Wanyu he (xkool Technology)

Li Chun Li (xkool Technology)

Yang Liangsong Jackie Yong (xkool Technology)

Liao Weilong Liao (xkool Technology)

Nie Guangyang nie(xkool Technology)

teaching assistant: Gao weizhe

team members: aiyarin, van thahn Le, Gao Xiangyu, Dong Jingyao, Xia Bing, Xu Li, Zhang Yi, Luo Huihui, Wang Yuhui, Yu Xin'an, Xue Zhenying, Zhao rongna, Bian Kun, Liu Kang, Wan Lingwei, Shuchang

urban image data such as street view map has certain potential in understanding cities. This workshop attempts to focus on specific urban scales, such as streets. Based on the image discrimination based on deep learning last year, it will be combined with unsupervised learning clustering to explore its possible application in the analysis and evaluation system at the street scale

group 11 umich

holographic structure

matias del camp

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