Qiuyi Portfolio by Qiuyi Bian

QIUYI BIAN architectural portfolio 2015-2023 2015-2021

QIUYI BIAN qiuyibian@gsd.harvard.edu

(+1) 6172017066

251 Clinton Street, Apt N3 I New York,NY 10002

EDUCATION Harvard University Graduate School of Design I Master of Architecture in Urban Design I Sep 2019-Jan 2023 Nanjing University School of Architecture I Bachelor of Architecture I Sep 2013- May 2019 I Ranking 1/31 Nanjing University School of Arts I Minor in Art History I Sep 2016-May 2019 I Ranking 10/50 Material Studio I Fall 2018 I Studio Abroad I Florence, Italy Nanjing University School of Biology I Minor in biology I Sep 2013-May 2016 I Ranking 6/63 Columbia University Graduate School of Architecture and Planning I Summer School I "Intro to Architecture" I July 2018 Harbin Institute of Technology I Summer School | Jul 2017 "What We Talk About When We Talk About War"I Outstanding Student Work

DESIGN EXPERIENCE

SKILL SET

MIT International Genetically Engineered Machine competition

DIGITAL

Mar 2015 – Oct 2015 I Nanjing & Cambridge

Rhinocerus

expert

Team Member I Team project: Opioid War I Gold Medal

Grasshoppeer

advanced

Revit

advanced

Nanjing Nanshilou Revitalizing Competition

GIS

expert

Second Prize I Aug 2022 I Team Project with Shen Yifan, Gan Jingwen

AutoCAD

expert

SketchUp

expert

Stream Garden · Micro Building Architectural Design Competition

Photoshop

expert

Mar 2021 I Individual project: Corridor of Sound I Instructure: Thomas Luebke

Illustrator

expert

InDesign

expert

Sudbury 2050 Urban Design Ideas Competition

Enscape

expert

Aug 2020 I Team Project with Luo Zixuan, Pan Yue: Suture 2050

Vray

expert

Lumion

expert

Mental Ray

expert

FABRICATION

ARTS

"Zhiyuan Library" National College Student Public Welfare Architectural Design Competition

WORKING EXPERIENCE Beyer Blinder Belle Architects Junior Architect I March 2023-Now I NewYork

Jul 2020 I Team Project with Luo Zixuan Concept design I Zoning Study I Detail Design I Schematic Design I Presentation I Physical Model Making

3D Printer

Curating

Materials Lab Workshop: Investigating Color in Art

Laser Cutter

Skecthing

Spring 2020 I Harvard Art Museums

Woodshop

Piano

Student of the Workshop

clay and mold

One Architecture and Urbanism

Concept design I Research and design analysis I Presentation I

Architecture Intern I May 2022-Aug 2022 I NewYork

Physical Model Making

Jiakun Architects

Detail Design I Concept design I Research and design analysis I

Workshop: Shadow/Substance—Paper Cutting and Kara Walker

Architect I Aug 2020-Aug 2021 I Chengdu

Presentation

Fall 2020 I Harvard Art Museums I Instructor: Mary Schneider Enriquez, Penley Knipe

David Chipperfield Architects

Physical model making I Concept design I Research and design

Architecture intern I Aug 2021-Nov 2021 I Shanghai

analysis I Presentation

concrete

Student of the Workshop 6th "Intermediate Think Tank" Summer Workshop

Atelier Deshaus

Resident Architct I Structure Design Assistant I Detail Design

Summer 2019 I China Architecture Design and Research Institute I Instructor: Cui Kai

Resident Architect I Nov 2021-Jan2022 I Shanghai

Assistant I Presentation

Outstanding Student Work I Team Project: Renovation of Beijing West Station

Landsea Group

Propaganda and Sales Department I Assistant in brand promoting

Real Estate Intern I May 2020-Aug 2021 I Nanjing Office

I Holiday activity promoting I Posters and booklet design

Bengo Architecture

Site Analysis and design research I Concept Design Assistant I

Architecture Intern I Jan 2019-Mar 2019 I Nanjing Office

Presentation I Detail Design

Southeast University the Rookies’ Award for Architectural Students Top 100 | Aug 2018 I Instructor: Hua Xiaoning Individual project: Wutang Community Center Nanjing Family Inn Design Competition

ACADEMIC EXPERIENCE

Third Prize | Sep 2017 – Jan 2018 I Instructor: Tai Qingxuan

GSD Research Asistant

EXPO Research Team I Data Management and Visualization I

May 2022-Sept 2022 I Cambridge I Prof. Joan Busquets

Graphic producing

Individual project: Leyouyuan 2017 UA Architectural Design: Waterfront Residential Architecture in UA City

Vice President of ChinaGSD

Events Arrangement I Research Topic Proposal I China Trek

Sep 2017 I Instructor: Lu Andong

May 2020-May 2021 I Cambridge

Ognization Team I Reading Club I Debate

Team project with Luo Zixuan, Tang Meng

ChinaGSD Pin-up Magazine Editorial Team

Topic ‘Visible ＆ Invisible City：Infrastructure’ I Team Leader

2nd Tianhua National Architectural Competition Third Prize | Oct 2017 – Nov 2017 I Instructor: Dou Pingping

2020 Issue 03 Editor I Cambridge

Epoxy

EXTRACURRICULAR AIESEC International Volunteer in India Outstanding Volunteer I Jul 2016 Drawing Skill Teaching I Language I Sports Volunteer Teaching in Yunnan, China Outstanding Volunteer I Jul 2015 Drawing Skill Teaching I Poets I Maths Debate Club Captain I ‘2015 Best Debator’I 2014-2015

LANGUAGE English

Fluent

Chinese

Native

Japanese

Intermediate

French

Elementary

Team project: City Cloud

HONORS

Essay: Integration of Space Syntax into Agent-Based Pedestrian

Included in the Conferene Proceeding of 2017 CAADRIA

Simulation Urban Open Space

(Computer-Aided Architectural Design Research in Asia) I Co-

National College of Architecture’s Excellent Lesson Plans and Teaching Results

2019 Xuxin Scholarship, 1st Class

Jul 2015 – Aug 2016 I Nanjing

Author, with 3 colaboraters

Outstanding Student Work I Sep 2016 I Instructor: Lu Andong, Ding wowo, Tang Lian

2018 Zhenggang Scholarship, 1st Class

Individual project: Body and Space

2017 National People’s Scholarship, 1st Class

Discover Traditional Chinese and Italian Handmade Books

Student of Ancient Book Binding Course I Co-curator of the Book

Oct 2018 I Nanjing University & Accademia italiana I Florence, Italy

Binding Exhibition

The 115th Anniversary Commemorative T-shirt Design of Nanjing University First Prize I Fall 2017 I Nanjing University

China's National Land and Space Planning Editorial Team Spring 2020 till now I Zhejiang University

Editor of Chapter 10 I Researcher

2016 Guanghua Schorship, 1st Class 2015 National Scholarship, 1st Class

I ARCHITECTURE

II URBANDESIGN

III PROFESSIONALWORK

American Model Urban Motel 2022.Fall Harvard GSD Seminar Site: Boston Instructor: Office KGDVS Individual Work

Start from Laying Bricks “Almost Circluar” Cyclotomic quality of the bricks

Physical Model

How to view infrastructrue Motel in the city

We only need small houses to accommodate ourselves. Big houses are to accommodate the BIG. For the ancient Greeks, deities are big, ideologies are big. For today’s Americans, the modern lifestyle is big. Vast infrastructure supports the compact city life but people tend to ignore. Carpark building is huge but inside is hollow. The space for people is limited and centrifugal. Big house is a small compact place supported by another big space.

Aperture

Public Toilet With A Door Near Waldon Pond 2022. Spring Harvard GSD Seminar Site: Waldon Pond Instructor: Grace La Individual Work

cleaning

When cleaning starts, the upper door is closed so that the lower door is open.

Wood Roof

Using When the toilet is in use, the lower door is closed and the upper door is open.

Water Drainage

Leaving When the toilet is in not in use, the door will be slightly open due to 1 degree tilt.

Using

Alumium Vaneer Foam

When the toilet is in use, the lower door is closed and the upper door is open.

1:50 Physical Model 16

Physical Model

Leaving When the toilet is in not in use, the door will be slightly open due to 1 degree tilt.

1:50 Physical Model

Tracing Perimeter

Entrance for Stone Museum

2023.Fall Site: Nanjing Group Work with Zixuan Luo Responsibility: Concept Design Drawings

The design concept interprets the “entrance building” as a continuous public experience. The plan curates a series of ramps, sunken plazas, and terraced exits around the reservoir, strategically exposing parts of the reservoir’s outer walls while gradually leading people into the underground main space. The plan expands upon the existing reservoir’s column grid to create an entrance hall, forming a transparent corridor space that connects the entrance and exit with the main reservoir. Visitors will go through a complete tour sequence consisting of ramps, a sunken plaza, a tunnel-like entrance hall, and a landscaped exit. The plan respects the site’s ecology, with vegetation covering the outdoor spaces to maximize the retention of the existing green coverage. The rich and continuous outdoor spaces also provide flexibility for various activities. The ground space can be developed into an outdoor sculpture park in conjunction with the existing breathable room ruins. The sunken plaza can serve as an outdoor performance space and can even be combined with the museum’s entrance corridor to expand indoor exhibition space.

Loss of Nearness Mixed Use Highrise 2022. Spring Harvard GSD option Studio Site: Boston Instructor: Moshe Safdie Individual Work 23

Physical Model

‘The Shape of Things to Come’ was the title of the 1971 Newsweek article which explored the role of the architect to help shape the built environment for the future. Coming off the heels of the World Exhibition in Montreal in 1967, there was the message that we must aim our efforts towards solving the challenges of humanity. The writer Douglas Davis wrote in the piece “Today for the first time in history, we are at the point where we can build exactly what we want for every human and social purpose. In that sense, architecture is now at the very frontier of our consciousness, at once the most practical and visionary of the arts.” Expo ’67 was the first World Exhibition to transcend pure nationalistic promotion with national pavilions and the like, and rather positioned focus on humankind and the planet and how we could make it better, through our collective use of innovative modern technology and design. To follow Expo, there were many speculations and built prototypes tackling this challenge. Examples included works by Team 10, Buckminster Fuller, Paul Rudolf and Kenzo Tange, and the continued study of the Habitat building system, setting a career-long interest on the topic of an industrially produced housing design with the mission for ever yone a garden. A few years later, in 1974 the Saturday Review published “The City in 2024 A.D.” The premisea probe into the future- what will the city, the environment be like in the year 2024? In this studio, we will engage in a thought experiment which will position us into the future, with a commission to design a mixeduse high-rise development in downtown Boston on the waterfront. The client has requested that the project represent the latest in ‘all season design’ in that it must transform completely for the hot summers and frigid winters. In addition, the designs will follow the latest Boston Planning and Development Agency Resiliency and LUSH greener y incentives programs. What will be the lessons learned from the Pandemic of 2020 where we learned to work from home and improve archaic mechanical ventilation systems? How will we uphold the 2030 UN Sustainable Development Goals and related professional design guideline circulars? How will our life be transformed by the move to compulsory electric and shared-car usage?

Office Floor Plan

Resi Floor Plan

Loss of Nearness & One Step to Community the loss of nearness is a path of alienation when you choose to live in towers. You are locked in glass boxes. You can feel so distant from both nature and people although you are not far away from. Balcony is the tool to communicate.

Office Floor Plan

Resi Floor Plan

Transfer Floor Plan

Routes Community Center Renewal

2018. Spring Nanjing Univesity Architecture Department

Site: Wutang Square, Nanjing Instructor: Xiaoning Hua tele:+86 25 8359 7205 huaxn@nju.edu.cn Individual Work

Top 100, National Student Works Competition, 2018 Wutang Square Community Center is a local market for local agricultural products, but it needs to meet the needs of basic community administrative office, provide venues for local associations, provide sports venues for local children and a series of other issues, so it is a complex of different functions. The preliminary investigation of this design is very important. I made many field visits, interviewed people of different ages and professions, and asked them about their needs and vision. After careful investigation, the "collision" was identified as the theme of the design. Collision and intersection of different functions, integration of old and new buildings, and interaction between people of different ages are all included in this theme.

52 38

53 39

Construction Details

The structure of the pipe system is identical to the outside box. With the net system wrapping around the colums, the pipes and wires and other supplimentary systems can be set inside. The main reason for using metal mesh with holes as wrapping material is that it enables people inside and outside to see each other without much interference in sight.At the same time, it can make the sunshine come in easily and improve the internal lighting environment. 54 40

Different pipes take on different functions. In the picture on the right, there is a downwardly curved pipe, so the slope is also used as a lecture hall. In the picture on the left, the pipe becomes a stairwell and is an important passage leading to the third and fourth floors. Therefore, different pipes can be used for a variety of purposes due to their different characteristics. 55 41

Home, Sweet Home

Turning FBI Headquater into Affordable Housing 2020. Spring Harvard GSD option Studio Site: Washington DC Instructor: Thomas Luebke Individual Work

This building can be... In 1790, Washington, DC, was established as the seat of political power in the newly formed United States. The plan and building form within the core of the city reflect an underlying premise: that the public sphere is primary to the private—where public spaces, buildings, and monuments are emphasized as the figure of the city, and private uses are construed as the background or urban fabric. This emphasis continues to this day in the regulatory processes that promote streetscape development, limit the height of buildings, and control the location of public projects; it gives Washington a character that is unique in American cities. Designed by the Chicago firm Murphy & Associates and constructed between 1965 and 1975, the J. Edgar Hoover FBI headquarters building is a 2.8 million square foot complex in a Brutalist style on a sevenacre parcel facing Pennsylvania Avenue, the city’s primary ceremonial avenue between the US Capitol and the White House. Despite its highly prominent location, the building is inwardly focused around a central court and with a fortress-like perimeter. It has been labelled by some critics as the ugliest building in Washington. Due to its age, deferred maintenance, and changes in the workplace, the building has been deteriorating and considered in poor condition for the past decade. It was the subject of a proposal in the mid-2010s that would have relocated the FBI to a suburban location and allowed the building to be razed for redevelopment. These plans for the site—diagonally across from the Trump Hotel in the renovated Old Post Office building—were halted by the Trump Administration in 2017.

Let Sunlight Dive Through the Chunk

Different Room Types

2017. Fall

Nanjing Univesity to Architecture In the first picture, the window lookDepartment at the sky is placed at the entrance, it is the point to start going down, that is, a point to say goodbye to the Scar Site: Liji Alley, Nanjing sky andand garden.

Flowers

memorial museum design

Instructor: Pingping Dou tel:+8625 8359 2090 p.dou@nju.edu.cn

Individual Work

Who are 'Comfort women' Comfort women were women and girls forced into sexual slavery by the Imperial Japanese Army in occupied territories before and during World War II. The name "comfort women" is a translation of the Japanese ianfu ( 慰安婦 ),a euphemism for "prostitute(s)".According to testimonies, young women were abducted from their homes in countries under Imperial Japanese rule. In many cases, women were lured with promises of work in factories or restaurants, or opportunities for higher education; once recruited, they were incarcerated in comfort stations both inside their nations and abroad.

Lijixiang is the only 'comfort house' pointed out by a korean old lady who was forced to become a comfort woman in 1938 in Nanjing. This group of buildings used to be the normal residence before Japanese occupation. It served as 'comfort house' during 1937-1945. After 1945, Janpan finally surrenderred in WW2, and this group of house was left empty for over 70 years. Begin in 2003,Nanjing government tries to rebuild this place for memorial reason. In 2015, it opened to public as a museum.

" This world is so beautiful, I shall do anything to have another glance. I hope there will be peace, since war has taken so many people from both sides."

Community Garden life ought to be

Shaolan Wei, 1920-2015,once a 'comfort woman'

PAST

NOW

history of Lijixiang

1935

residence

1938

1945

abandoned

'comfort house'

2005

start of fixation

spring

winter

2015

open

Forming Diagram of the Museum-Scars

Jan.

Feb.

Mar.

Apr.

May

Jun.

Jul.

autumn Aug.

Sep.

Oct.

Nov.

Dec.

arrangements

Lucio Fontana's art piece inspired me the image of cutting

34 24

1. Set the main visiting route based on the original visiting route of the old houses.

2. After the visiting route is set, choose to set the main using space underground based on the acquairment

3. Cut the circle into fan-shaped since there have to be a project room.

4. After the main route and spaces are set, the road and walking spaces are designed.

35 25

8 8

3636 3737

F2 F2

F1 F1

1 1

2 2

3 3

3 3 4 4

4 4

1. Research Rooms 1. Research Rooms 2. Lecture Room 2. Lecture Room 3. Entrance Hall 3. Entrance Hall 1.4.Research Rooms Show Room 1.4.Research Rooms Show Room 2. Lecture Room 2. Lecture Room 3. Entrance Hall 3. Entrance Hall 4. Show Room 4. Show Room

In this project, the underground world is built by inserting giant concrete plates into the ground. Moreover, the plates are bent to certain degree. The In this project, the underground world is built by inserting giant concrete narrow space between two plates become stairs, restrooms, elevators and other plates into the ground. Moreover, the plates are bent to certain degree. The complementary rooms. Meanwhile the broad space become entrance halls, narrow space between two plates become stairs, restrooms, elevators and other lecture room and show rooms. complementary rooms. Meanwhile the broad space become entrance halls, At certain point, visitors can see the sky and gardens, reminding them more lecture room and show rooms. clearly that they are acturally in an underground museum. At certain point, visitors can see the sky and gardens, reminding them more These points are palced as renderings showed below. clearly that they are acturally in an underground museum. These points are palced as renderings showed below.

Transcription of the Cutting Transcription of the Cutting

In this project, the underground world is built by inserting giant concrete plates into the ground. Moreover, the plates are bent to certain degree. The narrow space between two plates become stairs, restrooms, elevators and other In the first picture, the window to look at the sky is placed at the entrance, it is the point to Meanwhile start going the down, thatspace is, a point to say goodbye to the complementary rooms. broad become entrance halls, sky and garden. lecture room and show rooms. At certain point, visitors can see the sky and gardens, reminding them more clearly that they are acturally in an underground museum. These points are palced as renderings showed below.

ranscription of the Cutting

Experiencements about Cutting into Ground In the first picture, the window to look at the sky is placed at the entrance, it is the point to start going down, that is, a point to say goodbye to the sky and garden. In the first picture, the window to look at the sky is placed at the entrance, it is the point to start going down, that is, a point to say goodbye to the sky and garden.

Experiencements about Cutting into Ground Experiencements about Cutting into Ground one bent plate

45 tilted

unparallel

tilted to another direction

one bent plate

45 tilted

unparallel

tilted to another direction

one bent plate

45 tilted

unparallel

tilted to another direction

two parallel plates

30 tilted

tilted to another direction

tilted to another direction unparallel

In the first picture, the window to look at the sky is placed at the entrance, it is the point to start going down, that is, a point to say goodbye to the sky and garden. two parallel plates

30 tilted

tilted to another direction

two parallel plates

30 tilted

tilted to another direction

xperiencements about Cutting into Ground

tilted to another direction tilted to another unparallel direction unparallel

Section

Forks and Rope

2018. Summer Columbia University Summer School 'intro to architecture' Site: Dandong,China Instructor: Diana Christobal dc2865@columbia.edu

Individual Work

This project is based on a combination of different materials, and then the actual application, which involves a transformation of materials, transforming some commodity into a building material that can be actually built, or transforming into a building structure. This conversion is achieved while putting in different functions. For example, as a community garden, as a community playground, as a combination of the two.

Interactions weave, connect, twist

analysis about weaving 1.separate

2.weave

3.weave part2

Forks are still separated on the floor, waiting to be connected. Choose the third method to weave them together.

Use the rope to weave them together. Since the shape of the forks, I arrange them in different directions.

Since forks and the rope has nearly same width, so the weaving can be very tight.

4.weave part3

5.insert

6. twist

After four or five round of weaving, it comes to the end of weaving. In this step, forks are connected tightly.

Insert an other array of forks into the rope-forks system. Through which can make the system more tight.

The string of rope-forks system can be easily twisted in various ways, forming different spaces.

I ARCHITECTURE

II URBANDESIGN

III PROFESSIONALWORK

Synergy

Elements of Urban Design I

2019. Fall Harvard GSD Urban Design Core I Site: South Boston Instructor: Julia Watson Peter Rowe

Group Work Drawings Included All Done by Myself

Deserted Power Plant

Keep Industry, but this time, cleaner

South Boston Power Plant

Brownfield Reclaimation & Sealevel Rise

The Boston Edison Power Station is a historic power station, Massachusetts. Built in 1904 and twice enlarged, it is a significant reminder of the city's early electrification efforts, providing power to both area buildings and the local streetcar network. The building was listed on the National Register of Historic Places in 1990. It presently serves as a power distribution hub. In 1904, the Edison Electrical Illuminating Company built a portion of this building, at first to provide power to the surrounding neighborhood. It was built next to a carbarn and power station of the local streetcar line. It was enlarged twice, in 1910 and 1913, each time stylistically sympathetic to the original design of Bigelow and Wadsworth. With the later additions, the company took over the provision of power to the streetcar system. It an important historical component in the early period of the city's electrification, and a rare surviving example of that period's industrial architecture.

The west part of the land is polluted by large amount of power generator.

Dig up contaminated soil and pile them between conceret walls, with plants to clean them slowly. 1. facing problems of sealevel rise

2.dig up the contaminated soil

Problems South Boston Edison Power Plant, a rare surviving example of that period's industrial architecture. This architecture can be a catalyst to the site. However, the soil here is heavily contaminated and need reclaimation. Also, sealevel rise is a constant threat to this field.

The middle part of the land is polluted by the power plant and oil tank.

3.pile up to create a dam and wetlant to tackle the flood

The east part of the land is polluted by large amount of oil tanks.

Green Industry with algae

walkable rooftop

South Boston Neighbourhood

Corridors Plant Reuse

Standing on the beach and looking at algae incubator.

Parking Corridors

gas station

algae incubator food stand

algea incubator

The reconstruction of the factory building is the core content of this land. The focus of the transformation lies in the following: first, transform the factory building that was originally used as an industrial building into an educational activity center. Secondly, it becomes a passage leading residents of surrounding communities to the seaside activity space. As they walked through the

factory to the sea, they could feel the history here. Third, the factory changed from coal as the main raw material to seaweed as the main raw material. The role of the factory is to use seaweed to purify sewage discharge problems in nearby residential areas. Standing on the roof of the dormitory of the institute and looking towards the algae incubator and plant.

Section

Green Plant refines local CSO System

CSO system

Algae Incubators Collecting CSO Sewage These algae cultivation ponds can handle sewage discharges from nearby residents during periods of heavy rain Algae can effectively absorb nitrogen, phosphorus and other components in water bodies, reducing pollution of residential water discharged into seawater

Combined sewer systems are sewers that are designed to collect rainwater runoff, domestic sewage, and industrial wastewater in the same pipe. Most of the time, combined sewer systems transport all of their wastewater to a sewage treatment plant, where it is treated and then discharged to a water body. During periods of heavy rainfall or snowmelt, however, the wastewater volume in a combined sewer system can exceed the capacity of the sewer system or treatment plant. For this reason, combined sewer systems are designed to overflow occasionally and discharge excess wastewater directly to nearby streams, rivers, or other water bodies. These overflows, called combined sewer overflows (CSOs), contain not only storm water but also untreated human and industrial waste, toxic materials, and debris. They are a major water pollution concern for the approximately 772 cities in the U.S. that have combined sewer systems. CSOs may be thought of as a type of "urban wet weather" discharge.

Brownfield treatment combined with infrastructure Walking

Parking Roadway

Contaminated Soil

Clean Soil

Conceret Walls

Contaminated Soil

Double-Deck Transportation System Assumes Multiple Roles 1. Divert People and Vehicles Because the west side of the site is the pier of MASSPORT, the traffic pressure on this place is very heavy. This system can effectively divert people and vehicles. Vehicles directly enter the underground garage or leave the field, and there is little conflict between pedestrians and vehicles Exclusive for Pedestrians

2. Berm to Protect This double-deck transportation system also acts as a dam to protect the rear residential areas from the effects of sea level rise. This is essential for the development of this place

3. Brownfield Reclaimation

Roadways

Finally, this two-tier transportation system is also a brownfield site. Different from the expensive method of completely evacuating the contaminated land from the original base, referring to the case of German industrial zone reconstruction, we have adopted a slow treatment method of stacking soil and allowing plants to grow, absorb harmful substances. We have covered the contaminated land with clean soil, which will not affect people's health

Sudbury Railway Station Design Urban Design Competition 2020. Fall Group Work Team Leader, Concept Design, Drawings

sfor0, we bs in rmare of

h the ofesntrecome f the ansinding

transform transportation mode

rban timds to

s will orricting major core ining ies.

provide mixed-income housing

encourage mass timber

ative form f the . Tont of reatPlace al art housf the

ranss and ill be gathance alize 16 oten-

diversify traditional industry

The newly built commercial district and coworking offices construct two major connections across the railway, increasing accessibillity while creating renovative facilities for mining industry.

Housing and creative hub is built to attract more poeople for the city core as well as creating jobs for the residents.

Based on the community engagement, railyards will be reimagined and transformed into green lands, public parks and spots for small retails.

Stage 1 Bridge the Gap

Stage 2 Make It Home

Stage 3 Regreen Railyards

Malignant Randomness

Elements of Urban Design II

2019. Fall Harvard GSD Urban Design Core II Site: South Boston Suburban Instructor: Julia Watson Peter Rowe

Group Work Drawings Included All Done by Myself

Master Plan

1. Route 128 2. Route 128 Rail Station 3. Conference Center 4. Labs 5. Hotels 6. Supermarkets 7. Amazon Headquater 8. Medium Sized Co. 9. Small Sized Co. 10. Affordable Housing 11. Commercial Housing 12. Park 13. Wetland 14. Riverfront Walk 15. Deserted Trail

Phase 1. Amazon Headquater

Phase 2. Supportive Facility

5 12 2

First Step

Second Step

The first to be introduced was the Amazon G ro u p h e a d q u a r te r s . T h e y h a d t h e intention to establish a new headquarter in the Boston suburbs. A large number of Amazon's workers live nearby, so projects such as housing can continue to be introduced. At the same time, every company that settles in will need to take care of some green areas in the area in order to obtain local tax benefits

Improve various supporting infrastructure on the site. Mainly concentrated near the new railway station. At the same time as the railway station brings passenger flow, it is also a corridor connecting the field. People can easily cross the train station to the south side of the railway line.

Shared Spaces Tax Bebefits With the entr y and development of AMAZON, the development of the green space environment is further improved. In order to obtain sharable conference resources, green space, convenient transportation, and low-cost housing, other large and small enterprises will also settle in

Phase 3. Different Companies

Keep and Increase the Original Business The venue originally had hotels and large supermarkets. We retain these formats, as they are essential for the development here, and they also benefit the surrounding residents. These businesses also need to take care of a certain area of lawn to get other policy benefits

Phase 4. Various Co. and Housing

7 8

Third Step 9 4

With the entr y and development of AMAZON, the development of the green space environment is further improved. In order to obtain sharable conference resources, green space, convenient transportation, and low-cost housing, other large and small enterprises will also settle in

Share Infrastructure Communicate Small businesses can share conference centers, laboratories, gyms and other infrastructure with large companies, reducing the growth costs of small businesses. The green space provides an opportunity for employees of different companies to communicate.

Fourth Step Affordable Housing Residence who want to take care of the green space will have a discount In order to solve the problem of housing shor tage, a total of 3,000 different dwellings will be introduced, including condo, apartment and co-op. According to the age analysis of employees, renting an apartment will be their first choice. Because these people are mostly young and energetic, they are more willing to rent a house rather than settle down. The residential area also has its own green space. These green areas are the responsibility of the residents themselves. Residents who choose to take care of green areas can get preferential policies on housing

Share the Green Space

I ARCHITECTURE

II URBANDESIGN

III PROFESSIONALWORK

r al the

starting of the nts and ch as street Metallic roof (illegal later addition)

rtain table and

Windows enclosing balconies (later addition)

Lightwell Lighting typical corridor - option 1

Façade solid elements (painted with a different colour)

down light Right: Interior office space Lightwell Lighting

wall lighting

Original windows (layout and size not suitable for offices)

LED flood light

recessed down light

Signage over canopy (independent for each unit, no unified approach)

LED flood light

View of lightwell space from second floor terrace

Left: Flood light for south-east wall Middle: Ceiling recessed down-lighting references Opposite page: Upper floors night scene

1477 39 Hai Ba Trung Street

F02

3''

2''

1''

2021 39 Hai Ba Trung Street DCA Rendering Making Photoshop, Enscape, Blender Schematic Design Drawing Revit

2020 Erlang Tianbao Temple Renovation JIAKUN ARCHITECTS

2021 Erlang Tianbao Temple Renovation JIAKUN ARCHITECTS

Rending making Project Built

Photo by FEICHANG

Built 2023

Design 2021

2020 Hangzhou Iron Factory Renovation JIAKUN ARCHITECTS

2021 Rockbound Plaza Design David Chipperfield Architects

Detail Design AutoCAD

Rendering Making Enscape

庭院效果图 Rendering from courtyard

工坊室内效果图 Interior Rendering from workshop

厂房室外意向图 Reference for exterior of barns

筒仓室内效果图 Interior rendering from silo

2021 Yuli, Jiaxing David Chipperfield Architects Rendering Making V-ray, Enscape, Photoshop Schematic Design

400

屋1

552

10厚木盖板

防火卷帘FL1830

1283

INTERIOR

室内

钢结构圈梁，详结构专业

多层木封边梁详结构专业及木结构厂家深化设计

LANDSCAPE

景观

屋1

日期

版次

Date

120 100

版次说明

Description

Rev.

建设单位

屋2

Client

安吉茶香邨美文化旅游开发有限公司

50x50实心方钢

不锈钢导轨

建筑师

220

T形钢柱，详结构专业

12+2.28SGP+12+12A+12+2.28SGP+12 内外双夹胶(SGP)中空双银Low-E超白钢化弯弧玻璃详幕墙专业

3000

多层木封边梁详结构专业及木结构厂家深化设计

4494

POWER

动力

Architect

150x250钢结构圈梁，详结构专业

50x80实心钢柱，详结构专业 50x50实心钢柱，详结构专业

结构机电工程师

30x30实心方钢

2678

ELV

2968

弱电

Engineer 30x30木方，种类及纹理另定

华东建筑设计研究总院

900

6+2.28PVB+6+12A+6+2.28PVB+6 内外双夹胶(PVB)中空双银Low-E超白钢化玻璃详幕墙专业

EAST CHINA ARCHITECTURAL DESIGN & RESEARCH INSTITUTE

50宽水泥自流平凿毛防滑条水泥自流平面层

华东建筑设计研究院有限公司 EAST CHINA ARCHITECTURAL DESIGN & RESEARCH INSTITUTE CO., LTD

设计证书甲级编号 A1 3 1 0 0 4 0 3 1

ELECTRICITY

楼2

80宽空调出风口

项目名称

地12

Project Name

120

强电

-4.100

80宽空调出风口

屋3

小镇客厅及其附属设施

100 400

Sub-Project

管井

130

独立基础，详结构专业

100

审核

60 60

1274

校对

120

上12级

专业负责人

Discipline Responsible

设计

结构预埋5厚槽钢，与不锈钢防火卷帘轨扎焊接

绘图

100

200

3880

管井

ENGINEER

结构

袁莉

棚1

Drawn by

图纸名称

.40° 200

2400

2450

玻璃幕墙详幕墙专业

1000

400

Sheet Title

1.20°

墙身大样图一

1.20° 专业

Discipline

70 30

1:20

Scale

30 30

地6

Stage

A3101

比例

施工图

版次

日期

2020.07.29

Rev.

Date

执业签章

Registration Stamp

30x30实心方钢

900

地5

阶段

建筑

图号

Sheet No.

预埋圆钢，Ø10 30x30木方，种类及纹理另定

缝隙式排水沟，详给排水专业

Date

设计总负责人

1800

HVAC

暖通

10x10滴水槽，环通

日期

Principal in charge

-4.100

外墙2

Signature

陈屹峰

Reviewed by Checked by

内墙1

签字

Approved by

50宽水泥自流平凿毛防滑条

ARCHITECT

姓名

Name

审定

3小时防火卷帘

建筑

Sub-Project No.

职责

Responsibility

200

400

270

子项编号

Project No.

棚1

子项名称

项目编号

140

830

100

PLUMBING

给排水

220

400

100

筏板基础，详结构专业出图签章

Release Stamp

CONFIRMED BY/DATE

工种会签/日期

200

1 A-3101

内圈典型墙身大样图

1:20

A-3101

外圈管沟处墙身大样图

1:20

A-3101

1800

200

Â¥ÌÝN1£¬À¸¸Ë¼°·À»ð¾íÁ±´óÑùÍ¼

1:20 本图须加盖出图签章,否则一律无效 Invalid Unless Stamped

2022 Yuli, Jiaxing Atelier Deshaus Resident Architect