SOOHYEON JEONG
Education
2019 - 2017
2017 - 2007
I LEED BD+C AP, WELL AP, BREEAM AP I E-mail: soohyeon_jeong@outlook.kr
Project experience at Gensler
• Master of Architecture, Tsinghua University, China I China Government Scholarship recipient(Full scholarship)
- Thesis supervisor: Professor Li Xiaodong
• Bachelor of Architecture, Kyungpook National University I Korean Government Scholarship recipient(Full scholarship)
- Thesis supervisor: Hyunjin Kim, SPLK Architects
- 2nd Prize, Green Architecture Competition, 2016 / Korean Institute of Architectural Environment and Building System
- 1st Prize, Incheon Housing Competition, 2015 / Incheon Development and Transportation Corporation (IDTC)
- 3rd Prize, Green Architecture Competition, 2014 / Korean Institute of Architectural Environment and Building System
Work experience
Current - 2019
• Technical Designer, Gensler, Beijing, China
Design and development experience in a wide range of building typologies from concept to DD stage (office towers and corporate campuses, sports stadiums, hotels, universities, exhibition and convention centers, retail centers and mixed-use developments, urban planning, etc.)
• Design Technology Computational Champion
- Leading design-related technologies & architectural visualization skills at the Gensler Beijing office
- Sharing computational skills & technologies with Asia Pacific, Middle East, and Greater China region offices
• Environmental simulations & analysis(CFD, Daylight & Glare & Solar radiation simulations)
• Presenter
- Sustainability design strategies, Gensler Townhall meetings in 2020 AUG.25, 2023 MAY.10
- Climate Action through Design, KNU School of Architecture lecture series, 2023 MAY.11
• Key projects
Hangzhou International Plaza, Competition-winning project, 2022 NOV
- Concept design for Luxury residence towers & office tower facade re-design
- 3D modeling, facade design, environmental simulation & strategy, internal rendering & animation
CRland Wuxi Urban Complex, Competition, 2022 JUNE
- Large scale mixed-use(Retail mall & Office tower & Culture and performance art center)
- Retail mall plan drawing, 3D modeling, Internal Rendering, environmental simulation & strategy
CMG CAOLU SHOPPING MALL, Facade SD & DD, Under construction, 2022 APRIL
- Facade re-design and structure studies corresponding to the client’s new requirements during SD & DD stages
- Facade penalization & structure studies with Grasshopper scripts, documentation
Hangzhou Sports Center, Competition, 2022 JAN
- Concept design for international standard soccer stadium, basketball arena & natatorium
- FIFA standard 60,000 seats stadium & NBA standard 20,000 seats arena bowl design
- Parametric form & facade design, environmental simulation & strategy
CITS Haikou HQ, Concept design & SD & DD, Under construction, 2021 OCT
- Full work scope of 3 concept design options, partial facade design in SD & DD stage
- 3D modeling, internal rendering, and documentation in Revit
Qingdao Rehabilitation University, Competition-winning project, Under construction, 2020 JAN
- Concept design for the Qingdao Rehabilitation University masterplan
- 3D modeling & plan drawing in the main building design stage, design book documentation
JILIN CROWN HOTEL HOTEL&EVENT SPACE / 酒店&展览, 2022.12
HANGZHOU INTERNATIONAL PLAZA APARTMENT / 服务公寓,
CRLAND WUXI URBAN COMPLEX MIXED-USE / 混合用途, 2022.06
CMG CAOLU SHOPPING MALL RETAIL/ 商业, 2022.04
CTTQ GLOBAL HQ OFFICE, R&D / 办公,研发, 2022.03
HANGZHOU SPORTS CENTER SPORTS / 体育, 2022.01
YANTAI BAJIAO SPORTS COMPLEX SPORTS / 体育, 2021.12
XIAMEN CGDG NEW ERA PLAZA MIXED-USE / 混合用途, 2021.11
CITS HAKOU HQ OFFICE/ 办公, 2021.10
DALIAN INTERNATIONAL SHIPPING CENTER OFFICE / 办公, 2021.09
2018 - 2017 (5months)
2014 - 2013 (4months)
Skills
• Intern, PLAT ASIA, Beijing, China
- Jinshanling Zen Tea House, Yangqi Temple Resort I Drawing plans at the conceptual level, 3d modeling
• Intern, ANU Design, Seoul, Korea
- Shinbanpo Hansin Apartment Complex I Physical model making, Client presentation preparation
CHENGDU JIAOZI PLOT12 OFFICE / 办公, 2021.05
CHENGDU JIAOZI PLOT22 OFFICE/ 办公, 2021.03
SDP BEIJING OFFICE RENOVATION MIXED-USE / 混合用途, 2020.11
TONGSHAN SPORTS COLLEGE EDUCATION / 教育, 2020.07
3D/2D Rhino 3D I Revit I Sketch up I Blender I Auto Cad Visualiazation Enscape I Vray I Lumion I Twin Motion I Maxwell I Adobe Creative Suite Computation Grasshopper I Python I Dynamo I Blender I Revit Rhino Inside
NANJING FINANCIAL CITY URBAN PLANNING / 城市规划, 2020.06
CHINA INVESTMENT SECURITIES PLAZA OFFICE / 办公, 2020.05
CHINA EXHIBITION CENTER CONVENTION CENTER / 展览, 2020.03
QINGDAO REHABILITATION UNIVERSITY EDUCATION / 教育, 2020.01
2022.11 PEKING MEDICAL UNIVERSITY CAMPUS EDUCATION / 教育, 2022.09 YANQING RBD MASTER PLAN URBAN PLANNING / 城市规划, 2022.08 GUANGZHOU MACAU BANK HQ OFFICE / 办公, 2023.05 SUZHOU R&D COMPLEX OFFICE, R&D / 办公,研发, 2023.04 YONGANLI LVFA OFFICE & RESIDENCE MIXED-USE / 混合用途, 2023.02 XIAMEN BANK R&D CAMPUS OFFICE, R&D / 办公,研发, 2023.01Selected works
01 l p04
Guangzhou Luso International Bank HQ
Location: Guangzhou, China
Client: Luso International Bank, China
Project stage: Competition
Area: 52,000SM
05 l p50
CRLAND Wuxi Mxed-use
Location: Wuxi, China
Client: China Resources, Hongkong, China
Project stage: Competition
Area: 160,000SM
Project type & work scope: Retail mall, Office, Culture and performing art Center
02 l p16
Peking Union Medical College Tianjin Campus
Location: Tianjin, China
Client: The Chinese Academy of Medical Sciences, China
Project stage: Competition
Area: 180,000SM
Project type & work scope: Education, Campus masterplan
03 l p28
Hangzhou International Plaza
Location: Hangzhou, China
Client: China Green Development Investment Group, China
Project stage: Competition-winning project
Area: 308,260SM
Project type & work scope: Luxury residence, Office tower facade re-design
Project type & work scope: Bank HQ, Office, Bus terminal, Retail 04 l p38
Hangzhou Future Sci-Tech Sports Center
Location: Hangzhou, China
Client: The department of Hangzhou Future Science and Technology City Construction
Project stage: Competition
Area: 482,500SM
Project type & work scope: Stadium, Arena, Natatorium, Retail mall
06 l p62
CMG Caolu Shopping Mall
Location: Shanghai, China
Client: China Merchant Group, China
Project stage: Design development, Present: Under construction
Area: 155,000SM
Project type & work scope: Retail mall & Office
07 l p70
Chengdu Bank
Location: Chengdu, China
Client: Chengdu Bank, China
Project stage: Competition
Area: 758,000SM
Project type & work scope: Bank HQ
08 l p78
The Urban Oasis
Location: Beijing, China
Project stage: Design thesis, Tsinghua University
Project type & work scope: Retail mall & Librarye
01 l Guangzhou Luso International Bank HQ
The project is located in Guangzhou International Financial City, a key area to develop Guangzhou’s second CBD, known as “Pazhou-Financial City-Yuzhu.” Positioned along the riverfront, it offers captivating river views with a display frontage of 400 meters. The project comprises office spaces, data centers, archives centers, administrative reception areas, conference and training centers, staff restaurants, and recreational facilities. The architectural design aims to showcase the rich history of Luso Bank and highlight innovative banking technologies.
Location: Guangzhou, China
Area: 52,000SM
Client: Luso International Bank, China
Project stage: Competition
Project type & work scope: Bank HQ, Bus terminal, Office
Role in the project:
3D modeling l Facade design l Visualziation l Animation Sustainable strategy l Plan layout Design book documentation
Introducing the spirit of Macau in Guanzhou as an architectural language
The design began by considering how the architecture could connect the client’s business and Macau roots. Extensive research was conducted to identify a symbol of the city, leading to the incorporation of architectural elements inspired by the main gate and windows of the Saint Paul Cathedral. The design showcases well-optimized workspaces, facilitates communication, incorporates retail areas, and features urban decks with breathtaking river views.
The Saint Paul Cathedral of Macau
OPT1 - Two tower option - Center podium
OPT2 - Two tower option - Gate
OPT3 - One tower option Large floor plate
Parametric deisgn- facade development
Taking into consideration resilience design, the team proposed the utilization of solid panels to resolve the issue of overheating caused by Guangzhou’s strong summer sunlight. To achieve an intricately designed facade system, Soohyeon Jeong employed Grasshopper to simulate multiple options, experimenting with different solid ratios and detailed configurations. Through precise parameter control, the final recommendation showcases various types of curtain wall systems in a 3-meter module, offering a meticulous and refined design solution.
Pattern inspired by regional tradition
Guangzhou’s traditional window pattern is integrated into modern architecture, combining traditional aesthetics and functional benefits.
Increased solid panel ratio
The solid panels serve shading and prevent overheating caused by intense regional sunlight. The design proposes three types of solid panel ratios to mitigate a monotonous facade appearance.
Operable window system
Operable window system helps improve indoor air quality and temperature control, reducing the reliance on mechanical ventilation, heating & cooling systems, and potentially lowering energy consumption.
Radiant cooling & heating system
The system not only provides better thermal comfort but also reduce 30% energy consumption compared to conventional system.
Concealed blind system
The concealed blind system integrated into the spandrel offers building users a wider view range without causing any disturbance. Users have the ability to control these blinds, which leads to improved work performance.
Operable floor ventilation system
The system provides high-level floor users with natural ventilation autonomy in a safe way.
02 l Peking Union Medical College Tianjin Campus
The Tianjin Campus of Peking Union Medical College project covers a total land area of 95 hectares, including 47 hectares for the higher education area (Phase I) and 38 hectares for the reserved development area (Phase II). The project extends to Biyang Road in the north, Tuanbo Avenue in the east, the planned branch road in the west, and the planned secondary trunk road in the south. As a pioneer in medical science in China, the project plays a crucial role in the country’s medical advancements. It aims to accommodate 10,000 students and provide topnotch medical education facilities.
Location: Tianjin, China
Area: 180,000SM
Client: The Chinese Academy of Medical Sciences, China
Project stage: Competition
Project type & work scope: Education, Campus masterplan
Role in the project:
3D modeling l Visualziation l Sustainable strategy l Drafting plans
l Design book documentation Co-operation with the visualization consultant
To cultivate communication and foster a strong sense of community among students, our team envisioned inviting spaces where individuals could engage in conversations, discussions, leisure activities, and relaxation. In line with this vision, we designed a spacious area with a clear view of the central plaza, complemented by strategically placed semi-open spaces throughout the facility. These thoughtfully designed spaces ensure convenient access for building users, encouraging interaction and connection beyond their academic and personal activities.
Human interaction under sun lights
The proposed design aims to create a welcoming environment that encourages student communication. To achieve this, the team explores open space options under the roof illuminated by natural light, fostering easy connections and interactions between students
Direct sun hour analysis Daylight autonomy analysis
Administration center
Terrace
Academic activity center
Student activity center
Public teaching
Libray
Open class room
Parametric design - Program study
The building’s program inter-relationship was intricate because various programs were in one building. The above Grasshopper script was utilized to match the client’s requirements and to find efficient program composition. The script shows the number of each program space, each program’s GFA and program stacking’s total GFA based on program stacking options. In this way, the project could swiftly find the best one within numerous options
Parametric design - Roof shape, structure, detail, material selection
Soohyeon Jeong’s parametric design expertise expedited design decisions, enabling a highly detailed proposal. His adept use of Grasshopper logic determined optimal roof-fin angles for natural lighting and effective composition of two different roof tiles. Multiple design options were swiftly generated within a limited timeframe.
Parametric design - Floating pagoda roof
Soohyeon Jeong proposed a unique floating pagoda roof design suspended by metal wires from the roof structure. The design was created using Grasshopper, enabling rapid updates based on changes to the base surface. The flexibility of adjusting the model’s size and detail parameters using variables has made it applicable to other projects beyond the competition.
Base beam section profile
Base polyline for roof cuvature
2. Beams, roof tiles, skylight glass generation
1. Input geometry
3. Review process to check details in Rhino viewprot & Enscape
Base surface
The final result
2. Pagoda structure & lightings generation
1. Input geometry
3. Review process to check details in Rhino viewprot & Enscape
Final production done by the visualization consultant
Seamless workflow from interior to architecture
In this project, Soohyeon Jeong was responsible for architecture design, interior design and drafting plans. His 2D drafting, 3D modeling and visualization proficiency in Revit, Rhino, Grasshopper and Enscape produced high-quality designs. Especially his visualization skills helped smooth cooperation between the design team and the rendering consultant.
Internal visualization done by Soohyeon Jeong
03 l Hangzhou International Plaza
The project is situated in Hangzhou’s bustling Qianjiang New City as its urban center and central business district. Connecting seamlessly to Lai Fushi Square via Dangui Road in the southwest, it also enjoys proximity to Renbao Building along Minxin Road in the northwest. This project involves renovating an office tower façade and designing a luxury residential tower, offering a maximum height of 200 meters and an impressive view of the Qiantang River.
Location: Hangzhou, China
Area: 308,260SM
Client: China Green Development Investment Group, China
Project stage:
Competition winning project
Project type & work scope: Luxury residence, Office tower facade re-design
Role in the project:
3D modeling l Visualziation l Animation Sustainable strategy l Presentation preparation
The apartment block is arranged in a long linear U shape facing the river to provide the residents with the best river views. The apartment mass is divided into two sections, creating an open space in between. This configuration allows office tower users to enjoy unobstructed river views. The U-shaped arrangement of the apartments offers optimal river views and creates an open space towards the park at the front of the site. This design enables easy access for park visitors to the podium retail area.
Slot for office view Maximum river view Introducing green
Leveraging the power of Grasshopper, numerous facade design tests were efficiently carried out within a relatively short project timeframe. This streamlined workflow facilitated swift decision-making processes, enabling the team to promptly iterate and refine the design. As a result, a high-quality design was successfully submitted, meeting the project’s requirements and objectives with precision.
Sustainability strategy - Wind simulation
Hangzhou benefits from consistent moderate winds throughout the year. The strategic placement of buildings and the curved design enable natural wind flow on the site, resulting in a pleasant and well-ventilated microclimate. This masterplan strategy also contributes to reducing the heat island effect in the area.
Sustainability strategy - Form & Material
Sustainability strategy - On-site energy generation
The simulation indicates that 75% of the inclined façade curtain wall is suitable for installing BIPV and prevents room overheating from excessive sunlight compared to conventional curtain wall systems.
Soohyeon Jeong’s proficiency in Rhino, Grasshopper, and Enscape produced detailed 3D models, quality in-house renderings, and animations – all within two weeks project period. The animation helped the client’s understanding of the scheme’s vision and its interaction with the urban context of the project and received favorable feedback from the client
Internal Renderings & Animation
04 l Hangzhou Future Sci-Tech Sports Center
Hangzhou Future Sci-Tech Cultural Center is situated in the Yuhang District of Hangzhou City, at the core area of Hangzhou Future Sci-Tech City. It strategically intersects with the “One Corridor and One Axis” in Yuhang District. Spanning approximately 26.39 hectares, the Sports Center occupies the northwest corner of the Future Sci-Tech City. Intending to host the 2022 Asian Games, the project features a FIFA-standard soccer stadium, an NBA-standard arena, and a FINA-standard natatorium.
Location: Hangzhou, China
Area: 482,500SM
Client:
The department of Hangzhou Future Science and Technology City Construction
Project stage: Competition
Project type & work scope: Stadium, Arena, Natatorium, Retail mall
Role in the project:
3D modeling l Plan layout l Sustainable strategy l Design book documentation
l Rendering co-operation with the visualization consultant
The proposed design’s dynamic form embodies the essence of Hangzhou’s waterscape and urban vision. Complying with international standards set by FIFA, NBA, and FINA, all sports facilities are designed to offer visitors and players the best experience. Additionally, carefully considering the surrounding urban fabrics, the master plan creates a delightful resting zone and ensures convenient public access.
Soccer stadium FIFA standard 60,000 seatings
Basketball arena NBA standard - 21,946 seatings
Natatorium FINA standard - 802 seatings
Bowl design for an optimal spectator experience
The proposed bowl design guarantees an exceptional viewing experience, with all seats having a C value ranging from 90 to 120. Moreover, the strategic placement of additional seats along the longer sides of the stadium creates an environment where spectators can fully engage and immerse themselves in the matches.
Seating graphic design
Graphic overlay on stadium seats is a great way to create a vibrant and colorful experience for a stadium. It also allow the stadium not to feel empty when there is low audience. As an echo to the natural context of the wetland, we aim on using shades of green on the sittings.
Parametric design from outline, structure to facade
In this stage, all architectural objects such as floors, facades, trusses, and columns were generated in Grasshopper. In Rhino viewports, there are only building outlines. Variables on Grasshopper can simultaneously change all elements. This means buildings can be automatically and quickly altered, corresponding to design developments.
Outer shell and bowl design with natural ventilation
During hot summers in Hangzhou, the stadium’s outer and inner areas can become overheated. To tackle this issue, we designed 1m exterior ventilation slits. The prevailing east winds in Hangzhou help dissipate heat through these slits inside and outside the stadium. The large slits in the stadium bowl also allow natural ventilation and present spectators with urban view decks to enjoy Hangzhou’s cityscape.
Before without material Metal mesh
The strategy to reduce overheating on concourses
After - with metal mesh
Comprehensive solar radiation simulations were conducted on the floors to mitigate overheating issues on the concourses. These simulations enabled the identification of specific areas prone to overheating. Based on the collected data, our team suggests a wire mesh shell. This solution effectively reduces solar heat and allows natural winds and light, creating a comfortable environment.
05 l CRLAND Wuxi Mixed-use
The project is strategically located in Taihu New Town’s gateway area, offering exceptional economic value and adjacency to the Wuxi Grand Theater and scenic lake views. It benefits from convenient transportation, including proximity to Metro Line 4 Grand Theater Station. The project aims to create a city landmark that integrates cultural art and high-end retail, complementing the surrounding Grand Theater and MIXC.
Location: Wuxi, China
Area: 160,000SM
Client: China Resources, Hongkong, China
Project stage:
Competition
Project type & work scope: Retail mall & Office tower & Culture and performing art Center
Role in the project:
3D modeling l Plan layout l Visualization l Facade design l Sustainable strategy
l Design book documentation
The 1st presentation
The 2nd presentation
The final design
Study2 - Futurescape
Study3 - Street mall study
Study1 - Waterscape Green functions Office & retail Outdoor pedestrian system
To capitalize on the lakeside’s benefits and create a unique identity distinct from the large Mix C shopping mall, the team proposes adopting a street mall concept and strategically allocating the shops along the lakeside street.
Layout study
Due to the project’s intricate program and extensive scale, collaboration among the design team was crucial. Soohyeon gathered ideas from the design team members and prepared the necessary 3D and 2D materials for the project architect to finalize the plans.
To capture the essence of Taihu stone, a prominent element in Wuxi, the design team selected stone as the primary material, utilizing various shades of gray. Soohyeon Jeong conducted a comprehensive study of facade patterns, incorporating diverse panel sizes and color compositions. This analysis was facilitated by using Grasshopper to explore different facade design possibilities.
Facade pattern study
1. Parameter input 2. Pattern generation
Source objects from Enscape
Extracting objects from Enscape(exploding block)
Object target number, density, randomness
Base MESH & SRF & CRV
Object re-location Re-defining blocks
Scale by unit & bake
Streamlining in-house rendering
In this project, the surrounding 3d model was made in 3d max. However, Enscape for Rhino did not recognize mesh objects well. Thus, Enscape assets can not be placed in the 3d model with its special function such as massplacing and random-rotating. Soohyeon Jeong researched how Enscape objects worked in Rhino and created his own Grasshopper script for object mass-placing and random-rotating, which works well with mesh and NURBS environments and provides more convenient user approaches than Ensacape. As a result, the project could quickly achieve high-quality in-house rendering production.
Solar responsive kinetic facade
The proposed kinetic facade controls solar radiation on the atrium floors and allows natural ventilation. With this sustainability strategy, the mall can reduce cooling energy consumption and always have fresh air flow inside of it
Atrium - Solar radiation reduction strategy
Excessive solar radiation on atrium floors could skyrocket cooling energy consumption. To prevent this, the project studied solar radiation amounts on atrium floors with several materials for the atrium cover, considering its solar radiation reduction, transmission, durability, and renewable energy generation. As a result, photovoltaic glasses are suggested as the primary material
MOST OPEN(30°)
06 l CMG Caolu Shopping Mall
The project is situated in Caolu, Pudong, Shanghai, strategically positioned 18km from the city center and 15km from Shanghai Pudong Airport. The site benefits from its proximity to Subway Line 9, further enhancing its accessibility. As a shopping mall project located in an area with convenient transportation access, the project aims to spearhead the district’s development and offer residents a convenient lifestyle. The project comprises 81,560m2 of retail space and 8,502m2 of office space.
Location: Shanghai, China
Area: 155,000SM
Client: China Merchant Group, China
Project stage:
Design development, Present: Under construction
Project type & work scope: Retail mall & Office
Role in the project:
3D modeling l Facade optimization & panelization l Sturcture study
From facade re-generation to panelization
The initial concept design model was created in SketchUp. To incorporate the updated facade requirements from the client and the facade consultant, as well as panel quantity calculation, the design was re-generated in Rhino and Grasshopper. This computational approach allowed for the rapid production of expanded elevations.
Live update - triangle side length
Structure realization
The GH logic enables instant 3D and 2D model updates, reflecting the parameter changes of the roof shape, truss profile section, and triangle sizes. This feature greatly facilitates communication between the design team and the structure consultant, streamlining the collaboration process.
The Plot 22 Project in Chengdu Jiaozi Park Financial and Business Zone is strategically located with convenient access to surrounding facilities. With a total area of approximately 75,800 m2, it serves as a top-tier bank headquarters, embodying green and intelligent design. This landmark project aligns with the “Chengdu-Chongqing Economic Circle” strategy, enhancing the image of the financial zone. It offers super grade A office spaces, including business areas, conference facilities, living spaces, training centers, and specialized service centers.
Location: Chengdu, China
Area: 758,000SM
Client: Chengdu Bank, China
Project stage: Competition
Project type & work scope: Bank HQ
Role in the project:
3D modeling l Plan layout l Facade design l Sustainable strategy l Design book documentation
Max Volume within 100m hight limitation
Considering interaction with main roads
Office living spaces to enjoy best views
Adding curve among the box forest Crown featuring 360 degree view
Soohyeon Jeong created the massing evolution stories & diagrams and developed plan layouts maximizing floor efficiency
82%
Urban
Double-height
has diverse green
to create a comfortable and healthy dining environment.
The interior of the atrium connects the inside and the outside through green design.
space
spaces
green house Greenary space
Soohyeon Jeong created the bank lobby & staff canteen interior spaces sharing his ideas, warmness & nature, with the project director and senior designers. His main role on this task was the interior concept & mood board setting, 3d modeling, and visualization directing to professional visualization team.
Facade type3
To resolve privacy issues related to government buildings, the main lift core is located on the west side. The core works as insulation to prevent the building mass from overheating caused by strong west sunshine.
Glare reduction analysis
Facade type2
The main facade allows natural ventilation through operable windows. Its light shelves and tilted celing edges make natural lights spreaded into deep office interior spaces.
Indoor daylighting analysis
Facade type1
The transparency of the entrance seamlessly connects the outside and the inside. The upper part of the entrance works as a structure transferring zone operates as a ventilation system to deliver fresh air into the building.
Soohyeon Jeong suggested and developed sustainability facade design ideas such as a natural ventilation system, operable windows, light shelve, and tilted ceiling edges. Utilizing Climate Studio during the facade development process, his ideas succeded in achieving high daylighting introduction while reducing glare intensity by 98%
Facade type3
Facade type1
The Urban Oasis
China is developing rapidly. As a result, urbanization is accelerating, and wealth disparity has deepened. In addition, the steep rise in property prices in Beijing has increased the economic burden on citizens and decreased their quality of life. In light of these circumstances, this project begins with an examination of the role that public buildings can play for citizens. This paper selects the library as a representative type of public building that can be easily accessible to anyone and explores ways to maximize the public function of such buildings in contemporary urban China
Location: Beijing, China
Project stage: Design thesis, Tsinghua University
Project type & work scope: Library & Retail mall
How should future libraries be in urban areas?
The site is located in a residential area consisted of apartment complexes, which can be easily seen in Chinese megacities such as Beijing. Because this area has been recently organized, the population is increasing; however, there is a lack of commercial and public facilities compared to the increasing population. A village for immigrant labors is located in the west-north area. To have a library effectively solve expected education issues, a new library type needs to be suggested that not only increases educational functions but also improves the life of residents. To make the library of this project come closer to residents, library programs and various programs for daily life are combined in one building. In addition, to solve the disconnection caused by the area’s urban elements, the dynamic building form is designed.
Shopping zone
zone
Park Shopping mall Learning center & library Plaza
The Place for Everyone
The building provides free space where anybody can freely stay. Commercial spaces along free spaces not only enhance the vibrancy of the area but also connects different programs, education, and commerce. Transition zone consisted of bookcases filled up with donated books, resting places, and small shops works as the indoor free space. Various education programs seen between bookshelves attracts people who finished shopping, to the learning center and the library.
Plaza Library Retail Retail street
The library with everyday life
Spaces in the library are endlessly connected with each other to promote interaction between people. Commercial programs, the plaza, and park which surround library programs provide convenience and chance to increase the sense of community. By combining a library with everyday life programs, this library becomes the urban oasis where anybody can enjoy various activities from education and culture to shopping and rest.
