PORTFOLIO
Nicky Zheng
email: nicky.zhengzm@gmail.com
cell: 13857139748
Content
Work Sample
Shanghai Plaza Renovation
Shenzhen Tianxin TOD scheme
Conceptual Design for Innovation and Development Center of Yangtze New Town
Scheme Solicitation of Urban Design for Xiong Zan, Xiong’an New District
Academic Works
NYC in 2050 <Influx City>
Artist Housing
Other Works
Toys Design
Teashop Design
Mobike Data Visualization
Project Timeline: Commissioned in 2018 July, completed and open in 2020 September
Project Manager: Jie Zhang
Team:Nicky Zheng, Chen Chen, Edoardo Binda, Jun-Hyung Park
Stake holder: Sunac, Metro(Singapore), Hualin
Key Responsibility: Design concept and design development, also alliases with client project manager, consultants and contractors.
The project is located at the beginning of the eastern section of Huaihai Middle Road, Bainian Commercial Street, Huangpu District, where the three major business districts of People’s Square, Xintiandi and Xizang Road meet, and adjacent to the city’s iconic public spaces such as Yanzhong Square, Shanghai Concert Hall, and Huaihai Park. The original situation lacks an overall external image, the internal tenant business is messy. Compared with the business model of Huaihai Road as a whole department store at the time, there is a clear gap of realization. Through design and renovation, Shanghai Plaza fully follows the historical style, and is upgraded to become a diversified and innovative destination in the city. Let the indoor space naturally extend into the landscape of interactive platform for urban public functions, and combine office and retail exhibitions to create a cohesive micro-city.
Office 办公 Retail+F&B 零售+餐饮 Jinling Road 金陵中路 Huaihai Road 淮海中路 grand stairs 大楼梯 3F-6F stairs 飞天楼梯 Lobby 大堂 Office pop-up market 限时展示/市集 Event Space 活动空间 MEP 设备 Coworking Space 联合办公 Coworking Space 联合办公 Coworking Space 联合办公 Retail+F&B 零售+餐饮 Retail+F&B 零售+餐饮 Coworking Space 联合办公 Coworking Space 联合办公 Coworking Space 联合办公 Coworking Space 联合办公 Retail+F&B 零售+餐饮 Coworking Space 联合办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 Office 办公 MEP 设备 Coworking Space 联合办公 Coworking Space 联合办公 Coworking Space 联合办公 Coworking Space 联合办公 6F Terrace 露台空间 MEP 设备 L2 +5.500 L3 +10.000 L4 +14.500 L5 +19.000 L1 +0.000 L6 +23.500
and Strategy New Programs Existing Program Arrange Shanghai Plaza Renovation
Design Scope
Shanghai Plaza Renovation
Exterior
Shanghai Plaza Renovation
Interior
| Concept Design
Project Timeline: 2020 July-October
Project Phase:Design Competition to Design Development (Commissioned)
Project Manager:Tony Wu
Team:Nicky Zheng, Yiqing Tong
Architect of record: CSWADI
Key Responsibility: Design concept and schematic design for further design development. Coordination with local design institutes.
开发现状������������������������� 配套设施 项目周边多为城中村民房及厂房，城市面貌较差，商务氛围薄弱；东北侧有田头河水系，观赏价值不高，但外围南侧可远眺田 头山，有一定的山景资源 车辆段上盖建设情况 地铁��号线田心车辆段及田心站建设正在进行 中，且拆迁工作大体完成，田心片区其他区域暂无
功能分配研究 | Program Distribution Options
混合功能综合体 | Mixed-Use Program
功能分配方式 | Program Stacking Methods
1. 典型叠高方式： 此方式为常规布局方式，塔楼办公大堂设于一层，透过核心筒 达到各办公楼层。一层办公大堂有绝对第一门面办公形象，却 也因将双层挑高办公大堂设于一、二层而减少了该些楼层可租 售商业面积。 此种分布方式，塔楼使用者的感受相对独立不直接受裙楼影响。
2. 分离叠高方式：
有别于典型叠高方式，办公大堂多设于裙楼屋面形成一小型空 中大堂。可于一层设立独自电梯厅引领人流置空中大堂进入办 公大楼，也可同时利用办公人流与现有裙楼竖向动线达至办公 空中大堂。此种布局将传统布局方式对一、二层可销售商业面 积之影响降至最低。此种布局另一特色是当与周遭地块人流动 线有所互动时，可透过其竖向功能划分优势进行对应人流管理 提升整体连接性。主要缺点则为办公人流将有可能因裙楼商业 招商的成功与否而有所影响。成功案例有如：香港又一城、日 本东京渋谷HIKARIE.
东京渋谷HIKARIE值得特别一提其裙楼动线与都市连廊合并设 计，如此都市人流动线将不受商业营业时间限制，让建筑在非 营业时间时仍旧可以服务社会大众。
项目目前采用典型叠高方式，并预留未来转型成分离叠 高方式潜在可行性。裙楼动线也以站城一体化为设计基 础设计布局。
典型叠高方式 Traditional Stacking
商业 Retail
办公 Office
住宅 Residential
研发 R&D
绿化 Green Space
The site is located at Tianxin Metro Station in Shenzhen, surrounded by mostly village houses and factories. The area has a poor appearance and a weak business atmosphere. On the northeast side, there is the Tiantou River water system, the Daling Valley and Bugou Rock can be seen in the north, and Tiantou Mountain Nature Reserve is in the south. This is the entrance of Tianxin Station of Metro Line 16. It will be connected with multiple subway lines in the future. Portable transportation will inject new vitality into the area.
人行 Pedestrian
分离叠高方式 Hybrid Stacking
田心站项目概念设计 田心站 田头站 Background Analysis Subway Background 地铁16号线西起大运新城枢 纽，东至深惠边界，连接龙岗 大运中心、双龙、高铁坪山站 等地区，为联系坪山新区及龙 地铁16号线与未来将与多条 地铁线路相连接，项目周边换 乘站点密布，便捷的交通将为 CSWADI Pelli Clarke Pelli Architects & 06-04-01 地块概念设计 深圳市田心站项目概念设计 新 田 路 金田路 ���� 田心站 南：金田路 北：车辆段上盖物业，目前为空地 东北：田头河水系 东：树山背村 田头山 片区背景���������������������
建设项目 项目背景分析
片区背景
开发现状
配套设施 项目周边多为城中村民 房及厂房，城市面貌较 差，商务氛围薄弱；东 北侧有田头河水系，观 赏价值不高，但外围南 侧可远眺田头山，有一 定的山景资源。 车辆段上盖建设情况 地铁16号线田心车辆段 及田心站建设正在进行 中，且拆迁工作大体完 成，田心片区其他区域 暂无建设项目。 CSWADI Pelli Clarke Pelli Architects & 深圳市田心田头地区 06-04-01 地块概念设计 26F H=120.60m ±0.000=37.00 4F H=21.60m 3F H=16.20m 连廊 3 4F H=16.20m 连廊 4F H=16.20m 3F H=16.20m 3F H=16.20m 2F H=10.80m 1F H=5.40m N 地下室范围线 用地红线 底层加空 用地单位 用地位置 8098 ㎡ 65473.76㎡ 6.265.98 50712.90㎡ 47412.94 ㎡ 14760.86㎡ 986.90㎡ 0㎡ 2313.05㎡ 0㎡ 14760.86㎡ 52.51%19.90% 26/3层 4252㎡ 120.60m 275辆 319辆 ㎡ 规定 合计 32336.94 32336.94 12907.07 12907.07 2168.93 2168.93 地下 987 986.90 地上规定建筑面积 不计容积率建筑面积 主要技术经济指标表 一、项目概况 项目名称 宗地号/宗地代码 二、主要技术经济指标 建设用地面积 总建筑面积 容积率/规定容积率 计容积率建筑面积 地下规定建筑面积 地上核减建筑面积 地上核增建筑面积 地下核减建筑面积 地下核增建筑面积 建筑覆盖率(一/二级) 最大层数(地上/下) 建筑基底面积 建筑最高高度 机动车停车位(地上/下) 绿化覆盖率 自行车停车位(地上/下) 地上核增建筑面积㎡ 架空绿化休闲 绿地面积/折算绿地面积 其它 三、本期建筑面积及分配 建筑功能 建筑面积㎡ 核减 计容积率建筑面积 ㎡ 计规定容积率建筑面 积㎡ 地上 办公 商业 商业 设备 275 机动车库+设备用房 14485.86 不计容积率建筑面积 ㎡ 地下核增建筑面积㎡ 非机动车库 总建筑面 积㎡ 建筑面积 ㎡ ㎡ 四、本期住宅户型比例 总量 户型套内建筑面积＜ 90㎡ 占总量比例 户数 户 户 2313.05 消防避难间 概念设计
裙楼设计 | Podium Design 城市客厅 | Urban Living Room 商业 Retail 办公 Office 后勤 Back of House 绿化 Green Space 人行 Pedestrian 地铁A号出入口 Subway Entrance A 地铁B号出入口 Subway Entrance B 地铁C号出入口 Subway Entrance C 裙楼商业入口 Podium Retail Entrance 裙楼商业入口 Podium Retail Entrance 地下车库出入口 Basement Entrance 塔楼办公入口 Office Tower Entrance 地下车库出入口 Basement Entrance CSWADI Pelli Clarke Pelli Architects & 深圳市田心田头地区 06-04-01 地块概念设计
Shenzhen Metro Tianxin TOD Design
Background Analysis
District Background
Current Development Condition
130米塔楼标准层 | 130m Tower Typical Floor
Shenzhen Metro Tianxin TOD Design
典型楼层办公区 Typical Floor Office：
层高 Floor Height: 4.4m
净高 Clear Height: 3.0m
净深 Lease Depth: 14.45m
公共环廊 Public Corridor：
净高 Clear Height: 2.8m
净宽 Clear Width: 1.8m
Office Space
Outdoor Commercial Space
Indoor Commercial Space Greenery Space
CSWADI Pelli Clarke Pelli Architects &
The concept of the project expands the foundation of “station-city integration” and transforms the space into a “urban living room”, allowing the commercial space to be closely linked with the citizen’s traffic space and linking the regional economy. Let the entire TOD development not only serve as a transportation hub, but also a community hub, which can integrate neiboring residents’ space needs in a friendly manner.
Laminated Low Iron Low-E IGU +
Fluoropolymer Coated Aluminum Back Pan
Laminated Low Iron Low-E IGU 超白中空夹胶双银玻璃 Unitized Curtain Wall System, Vertical Mullion
+ 氟碳喷涂铝背板
单元式幕墙铝型材立柱
概念设计 | Concept Design
Fluoropolymer Coated Aluminum Panel
城市客厅 | Urban Living Room
塔楼设计 | Tower Design
方案2 川流不息 | Option 2 Vertical Fold
Laminated Low Iron Low-E IGU
超白中空夹胶双银玻璃
Laminated Low Iron Low-E IGU +
Fluoropolymer Coated Aluminum Back Pan
超白中空夹胶双银玻璃 + 氟碳喷涂铝背板
深圳市田心田头地区 06-04-01 地块概念设计
Unitized Curtain Wall System, Vertical Mullion
单元式幕墙铝型材立柱
Fluoropolymer Coated Aluminum Panel
氟碳喷涂铝板
1F 2F 3F 4F 5F B2 27F
1F 2F 3F 4F 5F B2 27F 24H
超白中空夹胶双银玻璃
氟碳喷涂铝板
CSWADI Pelli Clarke Pelli Architects &
06-04-01 地块概念设计 4.40M 1.40M 3.00M 1.60M 2.80M 1.00M 3.40M 0.50M 2.00M 14.45M
深圳市田心田头地区
CSWADI Pelli Clarke Pelli Architects & 深圳市田心田头地区 06-04-01 地块概念设计
Section Dimension Analysis for Office Space Curtain Wall Options
Shenzhen Metro Tianxin TOD Design
Exteriror Renderings
Interior Renderings
Project Timeline: 2019 April-November
Project Phase:Design Competition to Design Development (Commissioned)
Project Manager: Edward Wong, Yoshitoki
Team:Nicky Zheng, Kuai Yu, Kailun Sun, Zhilin Chen, Mengya He
Key Responsibility: Design concept diagrams and renderings, coordination with MEP and structure consultants.
The site is located in the northeast of Wuhan, facing the Yangtze River. It used to be a flood discharge area. However, with the advancement of modern water conservancy technology, the large plains that have been integrated have been rejuvenated. The accelerated development of today’s information technology, artificial intelligence, big data and other technologies has reached a huge turning point for humans. Both human life and the modern city itself urgently need to be separated and transformed from the traditional concepts of the 20th century. In the spirit of this era, the case aims to develop a new concept template for the creation of new cities, and to make urban buildings as a catalyst for integrated development, as a catalyst for the development of the entire region.
Conceptual Design for Innovation and Development Center of Yangtze New Town
Conceptual Design for Innovation and Development Center of Yangtze New Town
Master Plan
Sectional Diagram
用地红线 建筑退界线 用地红线 建筑退界线 22500 157500 180000 市民广场 2 市民广场 GL+100.000 GL+180.000 GL+22.500 GL+6.000 GL+6.000 GL+6.000 GL+50.000 1-1剖面图 1:1000 GL+50.000 GL+55.000 GL+50.000 GL+85.500 GL+58.500 GL+58.500 GL+58.500 GL+22.500 GL+22.500 22500 77500 100000 商业 商业 艺术展示 规划展示 酒店 多功能厅 公寓 办公 办公 办公 办公 6000 5000 GL±0.000 GL±0.000 GL±0.000 GL-6.000 GL-11.000 GL-6.000 GL-11.000 GL-6.000 GL-11.000 GL-6.000 GL-11.000 6000 5000 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 403200 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 8400 176400 126000 1:1000 总平面图 图名 Drawing Title 比例 Scale ＞100M 60-100M ＞100M 60-100M 市民广场 1 PUBLIC LOUNGE 地下车库 货运 出入口 地下车库 出入口 4.5M标高车道 出入口 地下车库 出入口 4.5M标高车道 出入口 IDC大厦 4.5M标高车道 出入口 隧道控制线 地下车库 货运 出入口 江北快速路 谌家矶南路 滠水河东路 兴盛路 谌家矶大道 20F 34F 11F 6F 3F 10F 11F 18F 10F 12F 11F 10F 4F 8F 18F 2F 1F 8F 11F 1F 5F 12F 10F 11F 13F 3F 13F 市民广场 2 PUBLIC LOUNGE 15F 15F GL+180.000 市民服务综合体 GL+100.000 GL+22.500 GL+22.500 GL+22.500 GL+22.500 20m 0m 100m N 40m GL+6.000 总平面图 1:1000 1 1 ±0.000=绝对标高29.30 ±0.000=绝对标高29.30
6M平台 22M平台 0M地面 -6M地下 0M地面 消防车道 消防登高场地
Ventilation Diagram
for Innovation and Development Center of Yangtze New Town
Circulation Diagram
Conceptual Design
Scheme Solicitation of Urban Design for Xiong Zan,Xiong’an New District
项目时间: 2019年1月
项目类型: 竞赛方案(优胜奖)
项目经理: 饭岛冈宗,余快
项目设计师: 王志明,孙凯伦,何润丰, 陈志林,郑兆梅,蔡忆玄
Project Info:
The local block is the smallest of the four spatial scales of 272km2, 60km2, 24km2, and 2km2, to become the experimental center of Xiong’an New District (the core part of the layered design) Established a bridge between the data processing and the promotion of the surrounding as the target. The key area required by the mission book should not be less than 2km2. In this scheme, the experimental island of 3km2 is selected as the ideal template for the future experimental city based on the following three aspects.
1_According to the upper-level planning, choose CBD financial and high-end industrial sectors as the core construction area;
2_According to the upper planning road network, select a relatively moderately located area, and the land formed by the road network forms an experimental island form;
3_The experimental island is arranged in the core area of the cross-shaped green corridor structure, which fully corresponds to the importance of the environmental landscape.
Scheme Solicitation of Urban Design for Xiong Zan,Xiong’an New District
系统交换门户 金融产业综合体 金融产业综合体 金融产业综合体 空中别墅 金融产业综合体 卫星数据塔 金融产业综合体 未来城市控制中心 物流服务及 城市公建综合体 物流服务及 城市公建综合体 金融塔 金融塔 金融产业综合体 金融产业综合体 系统交换门户 系统交换门户 金融产业综合体 金融产业综合体 金融产业综合体 市民广场/无极场 空中别墅 空中别墅 卫星数据塔 金融产业综合体 金融塔 金融塔 金融塔 金融塔 金融塔 金融塔 金融产业综合体 Master Plan
Education Retail/Logistics Satellite Data Center Satellite Data Center Scheme Solicitation of Urban Design for Xiong Zan,Xiong’an New District
Logistics center and urban mixed-use program
Scheme Solicitation of Urban Design for Xiong Zan,Xiong’an New District
1:100 Model
Thesis: Influx City 2016 SPRING STUDIO
Instructor:
Jason Lee & Michael Chen
Collaboration with: Yi Sun
Through initial readings and researches, the concept of “smart city” urbanism addresses the aspects of flexible and responses to the various emergencies conditions. It is predicted that by 2050, New York City population will reach 10 million and such big volume of people insert high pressure on the urban fabrics.New York is certainly one of the center of migrating urban area.
Parallel to the observation was the outbreak event of Syrian war and millions of refugees fled from their home countries, seeking for help. However, despite the life-concern emergency situation, it is almost impossible for them to arrive in the States, because of the extraordinarily long line for identity procedure, starting with applications, many rounds of identity checks, interviews and mostly waiting time. Identifying the problem of existing bureaucratic systems will undertake various emergency conditions with large amount of population waiting for the procedure, the border line is under challenges due to the high pressure.
Most Mexican immigrants Corona (1885) Most Chinese immigrants concentration Chinatown (63%) Most Korean immigrants Fresh Meadows (2149) Largest concentration of Dominican immigrants Washington Heights (46%) Least Diverse: Largest Concentration of native Whites Breezy Point (95%) Most Diverse: At least 100 people each from nine major ethical groups Queens Village Largest Concentration of native Blacks Bedford-Stuyves ant (89%) White Black Hispanic Asian Temporary Status Migrants in New York Visitors 71,759 Foreign Students 104,810 Temporary Foreign Workers 213,573 Refugee Claimants 20,461 Total = 421,075 Interview wait time: 3 months Biometric security check wait time: 1 month Medical check wait time: 2 weeks Cultural orientation wait time: 2 weeks Travel Arrival Register with UN Apply for refugee status with RSC Camp Syrian refugees 5X population of Luxemborg 1 in 6 people in lebanon is a syrian refugee 1 in 12 people in jordan is a syrian refugee An average of 6000 Syrians now flee their country every day. The accelerating human cost of war: People displaced each day since 2010 2013 2012 2014 2011 2010 51,200 2015 42,500 32,200 23,400 14,200 10,900 Day Night Average Population Density Map of NYC
Thesis: Influx City
Al-Zaatari Camp and Azraq Camp
population: 79,648
duration: January 2013-
now area: 2.0 sq mi
density: 62,710/sq mi
Zaatari and Azraq are the two most recent refugee camps built for Syria refugees. The precise design of Azraq is in direct response to the haphazard settlement pattern of Zaatari. This well-known, but not well understood dichotomy between planned and unplanned camps makes for an interesting comparison study.
Our studies expands to densely populated cities’ typologies :
-Kowloon Walled City - Densely populated community, extends the envelope to the maximum adopting time-based program shifting methods
-Manhattan Chinatown - Urban enclaves in New York where undertaking long transformation
-Al-zaatari camp in Jordan - Fast populated into a chaotic system and self sufficient system has been generated from the chaos.
-NY metro: Existing New York transportation infrastructure as an organ of the city absorbs large population influx.
Kowloon Walled City
population: 33,000
duration: 1847-1993 area: 0.01 sq mi
density: 3,250,000/sq mi 40.3 sqft/person
The power of KWC lay in its ability to subvert reality over time to its advantage: from customs house to spy center, from garrison to tourists destination, from administration center to gambling house, from refugee camp to vice den, from residential units to industrial complex, from gangland to community center.
camp infrastructure tent/buildings shelter tents total camp extent November 2014 November 2012 le October 2015 June 2013
2016 SPRING STUDIO
Thesis: Influx City
New York Subway New York Chinatown
population: 4,000,000
duration: 24 hrs
area: 22.82 sq mi density: 175,000/sq mi
The highest ratio between day and night population (1.92) suggests that there are nearly double as many people in Manhattan during the day than at night during a typical work day.
Chinatown is packed with buildings with unexpected practicality of adjacency and connection, boldly ignoring and jumping beyoing the history and social mode of the city. The knowledge, invention and imagination summond in fully utilising these space to the extent of stubborn honesty, makes possible new urban relations.
2016 SPRING STUDIO
Budha Temple in Highrise Day-night Shif t Programs Utilization Chinatown Business Arcade Dinning Area in Warehouse Underground Re ail Store Plastic Wrap Food Re ails Sharing Balcony Housing Dense Housing Park/Playground/Casino Extended Store Front Scaf folding Under Bridge S ructure
Thesis: Influx City
ARRIVAL ACCESS
REFUGEE_149,140
ASYLUM-SEEKERS_2,745 RETURNERS_160,000
IRAQ END OF 2014 IDPs 3,596,356
REFUGEE_271,142
ASYLUM-SEEKERS_8,471
PERSONS_120,000
WELCOME
The site is located in Manhattan Chinatown, which offers conditions for the project to test its connection with urban context and further inform the design decisions. Chinatown as an existing urban enclave in Manhattan have many Chinese immigrants arrived here and it provides them with cultural orientation in terms of job searching, apartment searching, etc. Overlapping with the idea of trajectory of immigrants journey, we are proposing an immigration center as an extended border line from the airport, where process immigrants identities at the same time have them living there.
By thinking of changing the spatial organization of the beuraeucracy offices, it creates a network of process instead of the super linear conventions and the network of circulative procedure largely accelerates the identity process.
SPRING STUDIO
2016
ARRIVAL PEOPLE ARRIVE IN THE AIRPORT & PIER UNITED STATES OF AMERICA END OF 2014 REFUGEE_267,222
COLOMBIA END OF 2014 IDPs_6,004,151 REFUGEE_213 ASYLUM-SEEKERS_170 DEMOCRATIC REPUBLIC OF THE CONGO END OF 2014 IDPs 2,756,585
RETURNERS_580,103
2014
ASYLUM-SEEKERS_187,826
REFUGEE_119,754 ASYLUM-SEEKERS_1,184
SYRIAN ARB REPUBLIC END OF
IDPs 7,632,500
STATELESS
PARKISTAN END OF 2014 IDPs 1,375,904 REFUGEE_1,505,525 ASYLUM-SEEKERS_5,527 RETURNERS_88,816
UK. CANADA BRAZIL CHINA RUSSIA INDIA AUSTRALIA GERMANY FRANCE SPAIN MEXICO DOMINICAN REPUBLIC JAMAICA GUYANA ECUADOR HAITI TRINIDAD & TOBAGO TOURISTS IMMIGRATION REFUGEE BUS TERMINAL BUS TO THE LOCATIONS
UN WELCOME 2 BUS PER HOUR 1000 PEOPLE A DAY Thesis: Influx City 2016 SPRING STUDIO
Design 201: Artist Housing
Instructor: Aaron White
Individual work
2012 FALL STUDIO
Design 201: Artist Housing 2012 FALL STUDIO
1:100 Model
LockNester
3D printed animal puzzles
Collabrator: Fleet Hower
Key Responsibility: digital modeling and design development for dog“OTIS” 3D puzzle pieces.
Shenzhen teashop_Ruby&So
Individual work
Client: Ruby&So Cafe
Project Timeline: 2021 April-October
Key Responsibility: Brand cocept, space organization and interior design
CONCEPT: LOBBY
荧光穹顶
水平低矮金属屋顶
屏幕或装置艺术
PROGRAM：
内部空间主要为体验区，内外混合空间
为服务区以及购物商品区。 利用装置艺术创
造体验空间吸引客流深入，凹陷的内外部分混 合空间则在为路过人流服务的同时吸引客流进 入内部空间进行体验每个空间的独特性。同时 吧台连接室内外，为客人提供了较为随意的放 松空间。
BASE: 原始结构为较为规整的梁柱结构，整体 狭长，采光少，流线易为简单，吸引客人深 入。
VAULT-HEIGHT：
除去利用功能以及商品吸引客流，其空 间以符合其lobby的概念。沿街墙用铝板等金 属材质突出其未来感。内外交流空间像是一个 terminal连接室外及室内。同时较为低矮灰暗 的水平屋顶创造出了与室内弧形及荧光明亮的 穹顶的强烈对比。表达了人们在未来虽然万 物可以高效生产，但仍然对“不高效且浪费的 艺术”的向往。相比于传统科幻主义的古板高 效，此种想法更加有肉感，生活化，体验化， 同时与其他未来主义题材的设计截然不同。
室内外交流空间
室内狭长空间
梁柱结构
厨房及服务区 唱片小商品或杂志架 矮桌及自主服务空间 “pet”效应 青年活动区（自助体验区）
MetroData Tech
Shanghai Mobike Data Anaysis
Instructor: Haiping Zhang
Demand Identify
Bike spatial track
Supply
Bike parking capacity analysis
Rasterize bike parking grid
DBSCAN identify parking density Search radius: decide tidal area
Minum sample size: decide tidal area number
Learning objectives: ArcGIS Pro, Data visualization 00:00 23:59 00:00 23:59 00:00 23:59 00:00 unlock lock 23:59 BIKE 1 BIKE STATUS DATA COLLECTION BIKE 2 BIKE 3 BIKE 4
Time window Ti
Tidal Area
Bike Parking Density Map
Bike Track Map
