Yujing Cui_Columbia GSAPP Portfolio 2014-2017 by Yujing Cui

YUJING CUI

{FANTASY} IN [REALITY]

GSAPP 2017

YUJING CUI

{FANTASY} IN [REALITY]

GSAPP 2017

{DIONYSUS}

{AFTER NATURE}

{REBIRTH}

{AMERICAâ&#x20AC;&#x2122;S NEXT TOP ARTIST}

{LABYRINTH}

[GREEN INHABITANT]

[LIFE IN THEATER]

[HOME-COMING]

[PROMISED LAND]

| Fantasy | Reality |

Fantasy is hardly an escape from reality. It’s a way of understanding it. On one hand, fantasy stirs the imagination, represents future possibilities and dreams, on the other, it reflects and reproduces reality – political ideologies, human environment, societal aspirations and anxieties. By definition, fantasy relates to that outside reality, or beyond possibility. In architecture world, however, fantasy and reality often overlap. Architecture ideas engage directly with reality and they exist as realized projects in the form of architectural representations – as drawings, as models or as stories. How does fantasy relate to reality? How does reality re-shape fantasy? This portfolio book aims to consider the intersection of fantasy and reality by re-examining a broad range of my design work at GSAPP Columbia University from winery in Bordeaux to Ger district in Ulaanbaatar. The projects and experiments explore the blurred lines, and tensions, between fantasy and reality in architecture and its representation. Sometimes in life fantasy becomes reality and reality becomes fantasy.

| Fantasy | Reality |

{DIONYSUS} BERNOULLI WINE SALON

Studio Instructor: Philippe Rahm Site: Bordeaux, France Date: 12/2016 GSAPP/ Columbia University

North-East Blaye

North-West MĂŠdoc

East Saint-Emilion

BORDEAUX

South-East Entre-Deux-Mers

South-West Graves

Wine Chateau near Bordeaux Red Wine Region White Wine Region Bordueax Region

Floirac, Bordeaux Located in southwestern France, the metropolis of Bordeaux has been starting an urban development project called Bordeaux-Euratlantique since 2009, which includes a high-profile rail infrastructure project that expect to transform Bordeaux into a business center and international intersection in south west Europe. A large area around the river are getting involved and several key projects are under construction. Floirac, a commune in Bordeaux (also where the site of the project locates) are now initiating a great number of housing projects to welcome the expected growing population coming from all over Europe.

| Fantasy | Reality |

Opposite: Map showing different types of wine production around Bordeaux region. Below: Annual wine consumption in Europe

| Fantasy | Reality |

Wine Bank

Harvesting

Tasting Wine

Planting Networking

Wine Storage

Vineyard

Dining Hall

Kitchen

Importing Sharing Wine Dining

Loading Area

Reception

Festival Display

| Fantasy | Reality |

blind color -- viscosity -- pigmentation

“look”

Eye +

aroma

fruit --- ﬂower --- earth --- spice

Nasal Passage

“sniﬀ”

++ +

Brain

Taste Buds sweetness -- sourness -- bitterness

“sip”

-- --- - -

sugar in grapes -- tartaric and malic acid -- alcohol and polyphenols

- -

- Wine--Body--Neighborhood Wine is a product that plumbs unique perception through visual, smell and taste, wine tasting has become an activity that encourage the taster to activate different part of the body and concentrate on every tiny aspect of the wine. So instead of a bar, what I propose on the site of Floirac is a wine-related space that trigger the different sense of human body and treat the wine as a key for education and communication. People from different country, as well as the neighborhood, would store their own wine, share the bottles from the collection, formulate an unbiased opinion about their favorites.

| Fantasy | Reality |

+ +

+ ++

- -

Below: Chart showing the aging time for different types of wine

The Aging Of Wine

20+

nebbiolo tannat cabernet sauvignon red Bordeaux Bandol Douro reds sagrantino tempranillo Dulce Monastrell Amarone Chablis Hunter Valley Semillon ice wine late harvest riesling Sauternes Rutherglen Muscat Vendage Tardive Alsace white wines

5 3 0

syrah Chianti Carmenere old world Merlot cavernet franc malbec pinotage grenache kerner muscat white Bordeaux Burgundy oaked chardonnay white Cotes du Rhone merlot petite sirah zinfandel Cotes du Rhone semillon oaked sauvignon ďŹ ano malvasia gamay zweigelt primitivo Beaujolais Lambrusco cava dry riesling sauvignon blanc viognier

| Fantasy | Reality |

Below: Environment factors that affect wine serving and storing

Temperature 3°C

13°C

27°C

Humidity 70%

Light

Ventilation

| Fantasy | Reality |

100%

| Fantasy | Reality |

Natural Ventilation

AIR BY

NATURAL VENTILATION

Cross Ventilation High Openings

Low Openings

+ + +

+ +++ + +

Stack Effect (Temperature Difference)

+ ++ Bernoulli Effect (Air Pressure Difference)

(0)

-- - -

+ ++

- -- -

1:4 Slope

BERNOULLI EQUATION

++ + + +

-- - -

+ ++ ++

- ---- -

| Fantasy | Reality |

++ ++ +

-- - -

+ ++ +

- ---

1:1 Slope

Atrium

1:2 Slope

- -

- -- -

Solar Chimney

- --

- -

- --

- - -

Stack Effect

+ + + +

- -

-- -

High and Low Openings

rence)

- -

+ ++

- -- - - - - -

ence)

(0)

-- - -

- -- -

+ ++

++ + + +

- ---

+ ++ +

1:2 Slope

1:1 Slope

P1 P2

++ + ++

- ---- -

++ ++ +

ons 20

PUBLIC TOILET ENGINE ROOM

| Fantasy | Reality |

-- - -

1:4 Slope

Atrium

-- - Bernoulli's Principle + +

- -

- -- -

Solar Chimney

- --

- - -

Stack Effect

- -

HOME KITCHEN DISINFECTING ROOM

Summer

| Fantasy | Reality |

Winter

| Fantasy | Reality |

Below: Software simulation testing on the velocity of air passing the tunnels with different cross section

Velocity (m/s) 13.14 11.38 9.29 6.57 0

07 07

08 08

| Fantasy | Reality |

Below: Software simulation testing on the velocity of air passing the tunnels with different scales

Velocity (m/s) 11.34 9.82 8.02 5.67 0

02 01

03 02

04 03

| Fantasy | Reality |

Left: Wall section details Right: Wind rose map of Floirac, Bordeaux Below: Section showing the different zones of air pressures along the public corridor

Glass fiber reinforced concrete cladding panels

| Fantasy | Reality |

Wind Direction Distribution in Percentage (All Year) Wind Speed of Diï¬&#x20AC;erent Direction by Hours

Wind Direction Distribution in Percentage (Dec-Jan-Feb)

N NNW (%)14 1400 (hr)

12 1200

8 800

ENE

WNW

ENE

6 600

WNW

4 400

2 200

ENE

6 600

2 200

10 1000

6 600

NNE (%)14 1400 (hr)

12 1200

10 1000

WNW

N NNW

NNE (%)14 1400 (hr)

12 1200

Wind Direction Distribution in Percentage (June-July-Aug)

N NNW

NNE

E June Aug. July

Feb. Jan.

ESE

WSW

Wind Speed (km/h) 0

>19

>28

>38

>12

>50

SE SSW

WSW

ESE

Dec.

SE SSW

SSE S

All Year

Winter

ESE

WSW

SE SSW

SSE S

Summer

| Fantasy | Reality |

8 800

WNW

8 800

ENE

6 600

WNW

6 600

4 400

2 200

Feb. Jan.

ESE

WSW

Wind Speed (km/h) 0

>19

>1 >5 >12

>28 >38 >50

WSW

Dec.

SE SSW

SSW

SSE

SE SSE

Heat Recovery System

Heat Recovery System r

o tdo u O

ter

Fil

AT HE

rm Wa

s Fre

e tal tS Ho

res dF

o lati nti Ve

an nF

oo Ind

tA us

a xh

Air

an nF

o lati nti Ve ter

Fil

| Fantasy | Reality |

A CH EX

4 400

2 200

E June Aug. July

Feb. Jan.

ESE

Dec.

SE SSW

SSE

ESE

WSW

SSE

Heat Exchanger

Heat Recovery System

tA us

a xh

res dF

Plate-Fin

Plate-and-frame

Spiral

Shell-and-tube

| Fantasy | Reality |

27 °C

25 °C

21 °C

Danger Zone

20 °C

17 °C

Cabernet Sauvignon Shiraz Zinfandel Bordeaux

15 °C

Pinot Noir Merlot

11 °C

Full Bodied Whites

10 °C

Chianti Beaujolais

4 °C

Sparkling

Medium Bodied Reds 14 °C

14 °C

Full Bodied Reds 12 °C

Chardonnay Semillon White Burgundy

10 °C

Light Bodied

11 °C

Pinot Grigio Chablis Sauvignon Blanc

Light Bodied Whites

14 °C

12 °C

Left: Average monthly temperature and the best temperature for aging and serving Below: Two different wine tasting experience

24 °C

5 °C

6 °C

Champangne NV Prosecco Cava

4 °C

3 °C Danger Zone

Jan

Feb

Mar

Apr

May

Jun

Jul

Aug

Sep

Oct

Nov

Dec

Mean daily maximum Mean daily minimum Ideal Temperature of Wine Storage

13 °C

16 °C

14 °C

12 °C

10 °C

8 °C

6 °C

13 °C

Dining Hall

Wine Storage

Architecture as environmental device

In this project, architecture tries to respond to environment factors (air flow and temperature) which affect wine serving and storing and to intensify scientific principles of energy saving, terroir physical capacity and the climate. Inspired by Bernoulli’s principle, two public corridors are designed inside the building mass to receive the wind and generate negative pressures so as to remove the exhaust air from the functional space surrounding it. Meanwhile, to ensure the temperature stability for long-term wine storing, heat recovery ventilators, as a prototype, expands to the size of the wine storage, contributing a tailored environment temperatures for specific wine types.

Dining Hall

Reception

Heat map

| Fantasy | Reality |

Weather Balloon

+ ++

-- -

- --

(0)

-- -

+ ++

- -

lli Effect essure Difference)

- -- -

-- -

+ ++ +

- ---

+ ++

- -

1:4 Slope

25mb

1:2 Slope

Radiosounde Balloon

-- -

50mb

- -

Military Jet

Amstrong Line

1:1 Slope

Above 90%

Tropopause

Cirrus Clouds Boeing 747

- ---- -

+ ++ ++

Altostratus Cloud

Troposphere

Cumulus Clouds Tallest Building

Sea Level 0

+ + ++

100

Underwater

200

300

400

500

600

700

800

900

1000

1100

1200

1300

For every 10 meters you go down underwater, the water pressure increases by 1ATM

-10

nge Rate erent Functions

ading Area

Left: Bernoulli Effect Below: Fresh air circulation during winter and summer Above 50%

Mt. Everest

NOULLI ATION

Hour)

Above 99%

10mb

Ozone Maximum

Sea and Land Breeze 20

PUBLIC TOILET ENGINE ROOM

HOME KITCHEN DISINFECTING ROOM

MEETING ROOM 10

HOME TOILETS SHOW ROOM

- - -

GYMNASIUM DANCE HALLS RESTAURANTS

LIVING RM CLASSROOM LIBRARY THEATER OFFICE HOTEL ROOM

Pressure Belt and Wind System

- - -

60° 30°

Land

30°

Sea

+ 60°

- +S

Functional Space

Summer

Winter

Wine Storage

Kitchen

Kitchen Dining Hall

Dining Hall

Loading Area

Reception

Summer

Winter

| Fantasy | Reality |

0°

(mb)

Below: Ground Floor Plan

+0.00

+0.50 Wine Storage

+0.00

+1.00

Vineyard

+1.20

+0.90

+0.60

+0.30

Cellar -1.00

+0.00

Dining Hall +0.00

Cooler +0.00

+0.00

Loading Area +0.00

Reception +0.00

+0.00

| Fantasy | Reality |

Below: 2nd Floor Plan

+0.00

+0.50 +0.00

+1.00

+2.70

+1.50 +2.40 Vineyard +2.10 +2.00

+1.80

Wine Storage

+1.50 +1.20 +2.50 +0.90

+3.00

+0.60

+0.30 +3.50 +0.00

+0.00

+4.00 Tasting Room +4.00

+2.70

Kitchen +4.00

+4.00

+0.00

+2.70

+0.00 +0.00

| Fantasy | Reality |

"terroir" French pronunciation: [ tɛʁwaʁ] from terre, "land" is the basis of the French wine appellation d'origine contrôlée (AOC) system, which is a model for wine appellation and regulation in France and around the world. The AOC system presumes that the land from which the grapes are grown imparts a unique quality that is specific to that growing site.

| Fantasy | Reality |

Bottles are organized as a direct respond to the natural properties of wine. Visitors no longer find their favorite by the brand, but will immerse themselves in the spectrum of temperature and use their senses to explore tastes for themselves and to decide what brings them pleasure.

11.4Â°C

10.9Â°C

| Fantasy | Reality |

Below: Section showing a spectrum of temeprature inside the wine storage with the design of heat recovery system

Gas Liquid Gas

+ + +

+ +

(-)

1 11°C 8°C

9°C

13°C

10°C

Fresh Air

Geothermal Technology

Water Recycling

| Fantasy | Reality |

Gas

(-)

Water

+ +

++ +

+ +

Exhaust Heat

Kitchen

16째C

17째C

18째C

15째C

+ + Cellar

Coolor

Dining Hall

(-)

| Fantasy | Reality |

{AFTER NATURE} AFTER NATURE ARCHIVE Instructor: Tei Carpenter Date: 04/2016 GSAPP/ Columbia University

Below: Some non-degradable materials and their chemical formula

Polyvinyl chloride

Polyvinyl chloride Polyvinyl chloride

High-density polyethylene

High-density polyethylene High-density polyethylene | Fantasy | Reality |

Synthetic rubber

Synthetic rubber Synthetic rubber

Below: A comparison of human being and several man-made materials in terms of lifespan

Anthropocentrism Lifespan Comparison 0

100

200

300

400

500

600

(Years)

Plastic Bag Tin Can Human Lifespan Rubber Boor Sole Aluminium Can Plastic Bottle Fishing Line Glass Bottle ... ...

Nowadays, things that are man-made have become increasingly alien to humans. We invent large amount of different synthetic materials for our daily use but these materials also create problems due to their unnatural properties. Especially, nonbio degradable materials. However no matter how durable and persistent they are, they do in fact degrade, but very slowly. Itâ&#x20AC;&#x2122;s hard to observe and document the processes because the time and scale involved is beyond our human life span.

Earth

â&#x20AC;&#x153;Whenever we run across something we do not know how to make but that appears to be made, we say that nature produced it.â&#x20AC;?

| Fantasy | Reality |

Plastiglomerate

Toxic Mudslide

In 2012, the term Plastiglomerate was coined to describe a new type of anthropogenic geological specimen: a mixture of sedimentary grain, wood, and shells are bound together by globs of hardened molten plastic, originating from synthetic objects commonly discarded by recreationists in the area. Plastiglomerate is largely found on beaches, and can conceivably form in other areas where lava flows and forest fires are prevalent. Traces of humanity and the synthetic are constantly submitted to the geological processâ&#x20AC;&#x201D;the earth buries our things and us.

Toxic mudslides are a danger to humans and wildlife when they occur. However, these cataclysmic events are the release of toxic sediment that has amassed over a period of many years, often from various sources that include mining, agricultural runoff into waterways, and industrial waste dumping. Much of this toxic sediment has accrued as a result of dam infrastructure, which presents a critical issue to the environment should instances of failure occur in the upcoming future.

| Fantasy | Reality |

Not Not Nature

ook ry B isto H A of erials t Ma cial fi i t Ar

Since Industrial revolution, human activities have been a significant part of the geological system and man-made materials are gradually merging into the natural landscape. But the consequences wonâ&#x20AC;&#x2122;t be known to us for a very long time.

500

Instead of being waste, the nonbiodegradable materials will be treated like specific geologic strata within the archive. Through a longer period of time, the archive will become an artificial geological landscape that inform future generations about the materials that had been invented and disappeared.

410

372

321

301

5 207 0 203 0 202 5 201

| Fantasy | Reality |

Material Recycling Plastic/Metal/Glass are 3 most representative nonbiodegradable materials that would be transported to the site by tugboats from the Providence Harbor where different recycling facilities are locate. Different materials would be collected and processed, some would be sold back to students and artists and some added onto the archive On the site, industrial infrastructure system starts from the loading area that connect to the space that include facilities and material exchange center. It extend out in a zigzag way and intermingled with material archives. The archive are constructed Deep Water Area river bank, isolated from the land. along the

id ov Pr

Sims Metal Management

H ce

nce

ide rov of P

arb

t Por Rhode Island Recycled Materials

Rhode Island is one of only two states in the United States without coal-fired electricity generation. Rhode Islandâ&#x20AC;&#x2122;s Port of Providence is one of two deep-water ports in New England, and it is a key regional transportation and heating fuel products hub.

| Fantasy | Reality |

Material Archives

1850

1900

1950

2000 (Under Construction)

| Fantasy | Reality |

2050

2100

2150

2200

2250

2300

| Fantasy | Reality |

Below: Material Archives is never a completed one. It will be contributed by generations of people through a very long time. Opposite: Different cycle for materials

Material Recycling and Exchange Center

Material Archive

Current Generation

Future Generations

| Fantasy | Reality |

Recycling

Daily Cycle

Public

Exchange Center Students Artists Company

Sorting

Processing

Weekly Cycle

50 years Storage

Archive (ArtiďŹ cial geological landscape) Public

| Fantasy | Reality |

Below: Historic walk Bottom: Event Space Opposite: Mechanism of material collection within 50 years

| Fantasy | Reality |

GLASS

METAL

PLASTIC

10%

25%

30%

2016

A History Book of Materials The mechanism to accumulate the materials: each layer one year is added. The proportion of different materials is according to the production of the past year. As time goes by, the accumulation would reveal the trends of the material usage, when new materials emerges and when outdated materials disappears. When people are walking on the boardwalk, they can get a really close look at the materials, also read the different ones in each year and trends of each materials through time.

2050

2016

2001 Z

2050

2016

2001 A

| Fantasy | Reality |

{REBIRTH} THE NEW LIFE OF CONCRETE Instructor: Sean A. Gallagher Partner: Chuxue Wang Date: 12/2015

654 MILLION TONS CONCRETE CONSTRUCTION

60 MILLION TONS CONCRETE DEBRIS

8% OF GLOBAL

30 MILLIN TONS CONCRETE LANDFILL

50% DISPOSAL OF

CO2 EMISSION

WASTE CONCRETE

The Current Issue of Concrete Industry

Re-imagining concrete industry Industrialized communities are prevalent in every corner of the world today, and as a result the global population is now more urban than rural. Over the next century, existing and developing metropolises will have to reâ&#x20AC;?consider traditional relationships between industrial and public territories in order to accommodate and sustain an increased level of demand for space and services.

| Fantasy | Reality |

lt ha sp k /A te ric re /B nc ck Co Ro

new co

nstruct

ion

Other

tio

Co ne

sti

Met

tru

Pla

ctio

demolition

Soil/Gravel demolition

C&D Transfer station

New York

Drywall

new construction

bin

com

Roofing

oliti

dem

renovation new construction

Wood

| Fantasy | Reality |

C&D Processing Facility

TRADITIONAL Concrete Recycle Technology City demolition

NEW Concrete Recycle Technology

concrete debris

City demolition

concrete debris

Capacitor

NOISE REDUCED NOISE

concrete recycling plant: crushing

Concrete Lightning Lab: electrodynamic fragmentation

aggregate mix

fine aggregate

DUST

cement

REDUCED DUST

Settling tower: screening coarse aggregate

TRANSPORT

Concrete plant: mixing recycled materials on site

Recycling plant: crushing fine aggregate

Landfill

REDUCED TRANSPORT

Long distance transport to sites

Landfill City Infrastructure

50%

City construction

100%

Down-cycling

This project examines past and present strategies of concrete recycling system and relevant infrastructural demands of our society. We analyze the current state and potential futures of concrete industry and reâ&#x20AC;? think how industrial technologies and/or landscapes might be reâ&#x20AC;?calibrated to serve future infrastructural networks along the New York area. Meanwhile, new relationships are created between the public, local ecology and the industry.

| Fantasy | Reality |

Recycling

2015 Concrete Recycle Industry

2020 Concrete Recycle Industry BRONX

BRONX

MANHATTAN

QUEENS

BROOKLYN NAVY YARD

BROOKLYN

C&D Processing center 10.2 million tons

LandďŹ ll

Infrastructure

New Construction

50%

40%

10%

Brooklyn Navy Yard Processing center Lightning Lab

| Fantasy | Reality |

Infrastructure

New Construction

40%

60%

New Concrete Recycle Process

IT OL

IT NS

es rete n on onc t 20ste c wa

r e t a W % 90 sedOLLUTION u e R TER P T A LAN W P C NY TROL N CO

PROPOSAL

An Innovative Concrete Recycle Process in the city of New York

| Fantasy | Reality |

sh Fre

ter Wa

r ate ew t s Wa line a k Al

OO R B Y V NA T H LIG LAB

ose nan gh 0 i 0 l 5 of lt bo ate rW e d (Un

r u o H t y h t g i i N ctric EleEDISONNT

LYN K O RD YA ING N T

L N CO ER P W PO

k ge 200 olta 0 to v h 9 hig een w t be

nd eco g in htn

er)

ock

D Dry

Raw

r u o

ia ter ma

ate reg

ent

Cem

Agg

IT NS

-fab Pre

ia ter ma

W NE RY O T FAC

| Fantasy | Reality |

TI UC

STR N CO

Ground Level

Ground Level 1.Pier D(unloading) 2.Unloading zone 3. Dry dock 4 (event warehouse) 4. Walkway 5. Stepped plaza 6. Park 7. Dry dock 2 (playground 01) 8. Dry dock 3 (playgorund 02) 9. Dry dock 5 (loading)

1 2 5

9 3

| Fantasy | Reality |

Underground Level

Underground Level 1.Pier D(unloading) 2.Unloading duct 3. Dry dock 4 (lightning lab 03) 5. Sorting warehouse 7. Dry dock 2 (lightning lab 01) 8. Dry dock 3 (lightning lab 02) 9. Dry dock 5 (loading) 10. Power plant 11. Wastewater treatment plant

11 1 2 5 7 3

| Fantasy | Reality |

Fro

Pie

DAY TIME

rting

To So

hine

mac

Cement

ting

r To so

hine

mac

Aggregate

| Fantasy | Reality |

NIGHT TIME

BNY PROMENADE (DAY) DANCE PLAZA (NIGHT) A combined material canopy blankets the ground and covers the lightning lab in Dry Dock 2 and Dry Dock 3. During the day time, the topography of the canopy create a playground for general public. Food kiosks and urban furniture alone the promenade bring people who works in BNY up to the viewing decks with view toward lower Manhattan. At night, the canopy act as an extraordinary surface lit up by the lightning bolt effect for performance, and for art.

| Fantasy | Reality |

vision of concrete recycle industry Thanks to the convenience of water transportation, Brooklyn Navy Yard Concrete recycling lab will continue to provide recycled concrete for the new constructions in Manhattan, Brooklyn, Queens and other regions that can be reached through waterway. The industrial landscape created by the lab will also serve as a unique community feature for the local residents.

| Fantasy | Reality |

{AMERICAâ&#x20AC;&#x2122;S NEXT TOP ARTIST} ART BANK

Studio Instructor: Julian Rose Site: Long Island City, New York Date: 04/2015 GSAPP/ Columbia University

Below: Spatial configuration of art bank Opposite: Axon showing the auction house and the backstage: artist workshop and route for investors.

Value of Art

Artists

Reception Hall

Individual Studio Spray + dye

e ag

Invest

Fabrication Shop

Computer Room

Open Studio

Sc n

e re

Material Room

d Au

Loading Docks

Storage

e nc

Within the art world, the auction is big form of entertainment. The art bank proposed manipulates value by taking advantage of the character of auction house. Its auction house expand and becomes a set for artist live show, which is a new form of entertainment. It also include an exclusive studio tour at the backstage. It works as an interface between artist and investors to 1) help young artists gain exposure and develop their network and promote themselves 2)help art investor get a deeper understanding of art through different ways of observation and interaction, so they can invest not just in art but in personalities. The resulting interface works both with and against the market and celebrity culture.

Investors

Exhibition Lounge & Bar

Backstage

Auction House

Return

Nowadays, the value of art is as much a function as the celebrity of the artist as of the quality of their work. However, celebrity artist is not just about being great artist--itâ&#x20AC;&#x2122;s about having personality, and being an entertainer.

| Fantasy | Reality |

Vip + OďŹ&#x192;ce

Backstage

The “Screen”

Auction Hall

Lounge Individual Stuidio Open Studio Gallery Storage Fabrication Room

Artist Space

Trajectory for “Investors”

| Fantasy | Reality |

Below: Catwalk provides investors an overview of the open workshop at backstage

| Fantasy | Reality |

Below: The entry lobby where investors can look up and watch the production of art

| Fantasy | Reality |

Below: Unfolded section Opposite: Streetview

+ 65.00

+ 55.00

+ 40.00

+ 25.00

+ 10.00

+ 00.00

| Fantasy | Reality |

{LABYRINTH} GYM IN THE WALL

Studio Instructor: Gisela Baurmann Site: Harlem, New York Date: 11/2014 GSAPP/Columbia University

SWIMMING POOL

LOC KER /C

HAN

BATSHOWE HRO R R OM OOM (M) (M)

YOGA/DANCING STUDIO

S BAT HOWER HRO OM ROOM (F) (F)

COMMUNITY SPACE

LOC KER /CHA N

GIN

OOM

LOC KER

P UB LIC

OUTDOOR SPORTS

WAIT IN GATHERING AREA MARKET CAFE / RESTAURANT

OOM

| Fantasy | Reality |

BAT

HRO O

GIN GR

OOM

Gymnasium WATER: A series of rooms with water containers â&#x20AC;&#x201C; pools of different sizes â&#x20AC;&#x201C; for bathing, exercise, relaxation, play and instruction LAND: Outdoor and indoor spaces: gardens, patios, courts, connected to the building for exercise and contemplation of nature and the seasons AIR: Rooms for exercise, yoga, dance, music, martial arts, gathering, where natural light and air stimulate deep breathing SKIN: A female and male set of rooms for changing, showering, and preparing the body for the different temperatures and activities within the building.

ONLINE OFFLINE

| Fantasy | Reality |

Below: Sectional model showing the space inside the “wall”

| Fantasy | Reality |

Below: 3rd Floor Plan

| Fantasy | Reality |

Below: Shower Room

| Fantasy | Reality |

Below: Pocket space

| Fantasy | Reality |

The Wall This scheme seeks to challenge the typical spatial organization in a sports center. Instead of being centralized, the servant programs--bathroom, changing room, lockers and lounge are distributed along the periphery and attached onto the walls as pockets. In contrast, large platforms serving for different activities extrude out from the walls, which allow visual connections between users and public interaction. The courtyard on the ground level, where bars and restaurants locate, generate a pathway for the convenience of neighborhood.

| Fantasy | Reality |

Earth Closet Fall 2014 Upper West Side New York

| Fantasy | Reality |

The Catenery Fall 2015 Study of Gateway Arch St. Louis

| Fantasy | Reality |

Homage to Lucio Costa Fall 2015 Concrete model of brick screen wall PARQUE GUINLE, Rio de Janeiro

| Fantasy | Reality |

Taxonomy 2015 Spring Collaborate with Tei Carpenter Studio Newspaper design based on 6 artistsâ&#x20AC;&#x2122; work

| Fantasy | Reality |

Taxonomy 2015 Spring Collaborate with Tei Carpenter Studio Rose map sets of 6 artistsâ&#x20AC;&#x2122; work a. Natalie Jeremijenko b. Allora & Calzadilla c. Robert Smithson d. Tue Greenfort e. Trevor Paglen f. Joseph Beuys

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Solo House 2014 Fall Visual Communication Reinterpretation of Solo House by KGDVS

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Solo House 2014 Fall Visual Communication Reinterpretation of Solo House by KGDVS

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Drawing Machine 2015 Spring Visual Communication

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Digital Machine 2015 Spring Visual Communication

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[GREEN INHABITANT] Tech Elective Instructor: Joseph Vidich Site: New Inc, New York Date: 12/2016 GSAPP/ Columbia University

Efficiency of â&#x20AC;&#x153;Green Facadeâ&#x20AC;? Instead of a flat surface, the proposal is a 3-dimensional volume where twinning deciduous plants are allowed to grow and change its color seasonally. The plants are expected to be taken care by the tenant through several points where people have accessibility to the plants. Meanwhile, we keep the subtlety and purity of the front face of the facade which would gradually merge with the street and sky due to its gradient of reflectivity of the materials. Two iterative, full-scale prototypes from 20 gauge stainless steel sheet were built to experiment, learn and modify. Each prototype is tested for material, tectonic and design failures, combining hands-on learning with physical optimization. Considering the material and construction efficiency, we optimized the system and created only 8 different modules that all shared the same parameter on metal sheets.

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TS EN NK TA INK UM E S MU M U SE MU INC W NT NE RA AU T S RE

EXISTING FACADE

PROGRAM

INTERACTION

PUSH-IN

PLANE

SCREEN

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TS EN NK TA INK UM SE U M UM SE MU INC W NT NE RA AU ST RE

EXISTING FACADE

PROGRAM

INTERACTION

PUSH-IN

PLANE

SCREEN

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4 2

Left: Evolution of idea Below left: Interior rendering Below: Plan and section of a portion of facade

5 1/8

4 7/8

4 11/16

4 1/2

4 5/16

4 1/8

3 15/16

3 3/4

25 9/16

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The visual effect as pedestrian pass by

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Distribution of Materiality

Distribution of Pre-fab Modules:

No.7 Mirror

No.6 Mirror-like

No.5 Satin

No.4 Brushed

No.3 Mill

No.2 Matte

No.1 Dull

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Panel and are secure with rivets

Panel comes together as trianglur form

Two triangular brackets are installed

Panel folded at specific angles

Pre-fabricated Panel

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Label

Both panel and brackets are secured to vertical support member

d brackets ed together s

C1 D1 E1

2 fo

2 ti

S S

Columbia GSAPP - RANY Project

SFI- Screen Facade Installation Title

Screen Facade Installation for New Inc Building 231 Bowery Street, New York, NY 10002 Drawn By

Checked

File

A25648

Drawing Number

AT-234567

Revision

Scale

NTS Date

12.15.16

Colum Project

SFI- Scre Title

Screen Fa New Inc B

231 Bow New York Drawn By

Drawing Num

AT-23456

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Aristolochia tomentosa

Clematis virginiana

Lonicera sempervirens

Selection of Plants: Twinning Deciduous 15â&#x20AC;&#x2122;-30â&#x20AC;&#x2122; Partial Shade Native to New York

Height: 20 to 30 feet Bloom Time: May - June Bloom Color: Greenish yellow Sun: Full sun to part shade Water: Medium Maintenance: Low

Height: 12 to 20 feet Bloom Time: August - October Bloom Color: White Sun: Full sun to part shade Water: Medium Maintenance: Low

Height: 10 to 20 feet Bloom Time: May - June Bloom Color: Scarlet/orange Sun: Full sun to part shade Water: Medium Maintenance: Low

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Seasonal visual effect: Fall

Seasonal visual effect: Summer

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Below: Shop drawing for fabrication Opposite: Prototype made of stainless steel sheets

4'-0"

8'-0"

1'-10"

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4'-6" 1'-4"

1'-7"

1'-8"

4'-6" 1'-2"

1'-8"

1'-9"

4'-6" 1'-0"

1'-9"

1'-10"

4'-6" 10"

1'-10"

1'-6"

1'-10"

4'-6" 1'-6"

1'-7"

1'-10"

1'-5"

7. 1'-6"

4'-6" 1'-8"

1'-4"

6. 1'-5"

4'-6" 1'-10"

1'-3"

5. 1'-4"

1'-10"

4'-6" 2'-0"

1'-10"

1'-3"

1'-10"

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main entry

[LIFE IN THEATER] Technology: Building Intergrated Design Team: C2W2 Date: 11/2015 GSAPP/ Columbia University

perspective

Below: Theater -â&#x20AC;&#x153;a ship landed on the riversideâ&#x20AC;?

roof

theater skin

atrium structure

theater stage

theater exploded view

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Below: Flexible space to meet the different public programs

solar planels rain water collector

solar planels

rain water collector cafe/ seating

community garden

cafe/ seating

2nd floor entry

community garden

1st floor entry

1. theater as an object 1. theater as an object

3. concert/ play

5. (open) flee market5. (open) flee market

1st floor entry

2. circulation

4. rock concert

6. (open) exhibitions6. (open) exhibitions

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2nd floor entry

Below: Section of the “garage door” Opposite: the two different senarios as the “garage door” is open or closed

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Multi-functional space The Red Hook Theater is a multifunctional space for dramatic presentations and concerts. Sitting in the historical warehouse, the audience chamber is designed as an independent “object” that could accommodates 600 seats. By opening up a “garage door”, the theater stage extends out from the audience chamber and becomes a larger flexible platform that can also accommodate community meetings, design expositions and gala dinners.

cafe perspective

flea market perspective

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Below: Ground Floor Plan and 1st Floor Plan

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Below: The solid object of the theatre is chamfered at the bottom to open up spaces for the public program and circulation, and the geometry of the theatre envelope is simplified as triangulated panels to reinforce the dynamic movements of people.

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lobby perspe

ective

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Right: Theatre space inside has a completely controlled environment, while the lobby and atrium is naturally ventilated and lighted. Below: Section showing the audience chamber and â&#x20AC;&#x153;double skinâ&#x20AC;? environment.

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NATURAL LIGHT

HOT AIR SKYLIGHT with operatable surface

COOL AIR

FRONT ENTRANCE

FRONT LOBBY

RAMP

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CAFETERIA

BACK ENTRANCE

Below: Construction sequence of facade installation Opposite: Detail drawing of the theater facade

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[HOME-COMING] Studio Instructor: Robert Marino Partner: Zhengyang Yue Site: Grand Concourse, New York Date: 12/2015 GSAPP/ Columbia University

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12ft

8ft

Sidewalk

12ft

Vehicle Lane

12ft

Parking Lane

Vehicle Lane

8ft

Vehicle Lane

Vehicle Lane Vehicle Lane Parking Lane

Vehicle Lane Vehicle Lane

Sidewalk

Parking Lane

Bike Lane

Parking Lane

Sidewalk

Garden

12ft

Vehicle Lane

12ft

Parking Lane

Sidewalk

Vehicle Lane

8ft 6ft

Arcade

Lobby

8ft

Private Garden

10ft

Private Garden

10ft

Lobby

10ft

Sidewalk

10ft

Parking Lane

Sidewalk 8ft

Private Garden

Sidewalk

Pathway

A Study on the interface between public and private zone South Bronx

Below: NYCHA Social Housing Bottom: Newly Built Housing Project

6ft 8ft

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Sidewalk

Parking Lane

Vehicle Lane

Parking Lane

Sidewalk

Fence

Stairs

8ft

Vehicle Lane Vehicle Lane Parking Lane Sidewalk

12ft

Parking Lane

Sidewalk

BacK Alley

12ft

Basement

Fence

Stoop

Lobby

8ft

Back Yard

Sidewalk

Parking Lane

Vehicle Lane

Parking Lane

Sidewalk

Basement

Vehicle Lane

Courtyard

12ft

Sidewalk

12ft

Vehicle Lane

Sidewalk

Franz Sigel Park

12ft

Courtyard

Fence

Stairs

12ft

Back Yard

Front Yard

Sidewalk

Parking Lane

Vehicle Lane

Parking Lane

Sidewalk

Basement

Gate

A Study on the interface between public and private zone South Bronx

Below: NYCHA Social Housing Bottom: Row House

Below: A typical suburban lifestyle

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Below: Unit models showing front yard and backyard and their independent structural system

Front yard and backyard In New York City, thereâ&#x20AC;&#x2122;s always been a question for people, especially those who just start a family, that if they should move to suburban area or stay in the city. With convenient subway connection to Manhattan, the site located in south Bronx provide an opportunity to bring the suburban lifestyle into an urban setting. As one of the most essential elements in a single family house, front yard and backyard play important roles in spatial configuration and interaction between public and private zones.

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Type A: 2-Bedroom Duplex 1400 sqft+700 sqft

Right: 3 different unit types responding to the density of the plot

“Combining the comforts of suburban living with the social intensity of urban desity” Within each unit, “Front Yard” consists of a living room, a flexible entrance area and extends out to the public corridor and balcony. “Backyard” is highlighted by a large planting area open to sky. It is attached by bedrooms where the close feeling to nature has been maximized. Concrete waffle slab is introduced to hold up the soil and is integrated to the system of water supply. “Flower pot” has been used as a inspirational prototype for the design of pre-fab structure.

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Type D4 :1-Bedroom Unit 550 sqft+210 sqft

Type E: 2-Bedroom Unit 700 sqft+360 sqft

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Below: Floor Plan

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Below: Ground Floor Plan

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[PROMISED LAND] HOUSING THE NOMADS

Studio Instructor: Joshua Bolchover, John Lin Site: Ulaanbaatar, Mongolia Date: 05/2017 GSAPP/ Columbia University

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Housing the nomads Ulaanbaatar’s current issues are directly related to Ulaanbaatar’s sprawling Ger District. With around 30,000 migrants moving into the Ger District every year due to the severe weather and a lack of housing, the development of Ulaanbaatar has not kept up with the rapid growth leading to inadequate infrastructure in much of the Ger District. Zooming into the scale of a family, their traditional shelter Ger, which is easy to build, alter and disassemble for their nomadic lifestyle, seems not compatible any more with the existing condition ---- they settle down on a 700 sq meter plot in the outskirt of the city, build the fence and even a detached house if possible. In opposed to a sprawling urban growth, this proposal aims to densify the existing Ger District. What could be an alternative to the typical topdown masterplan? What could be proposed to incrementally improve their living condition and achieve the densification in the future? How to respect the context and work with the existing dynamics?

both extra space and basic services for daily life. The system set up a framework that allow residents to customize and expand their spaces incrementally according to the change of their family structure or the improvement of the city infrastructure in a short term. At the urban scale, intersections are expected to become the new public space in the neighborhood that connect different plot “islands”. Public infrastructure will be first developed either at the corner of the plots or along the streets. With the help from government, around 10 landowners contribute to the construction of the new structure and provide extra space for newcomers. As increasing migrants moving to the district, housing units will gradually added onto the intersection. The boundary between individual plots start to dissolve and the shared land become communal space for the collaborators and newcomers.

At the ger scale, a plug-in system is designed to explore the new ways of domestic living for families in Ger District. The plug-ins are a sort of extension units from the existing gers, providing

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30,000 rural migrants moves to Ger District every year

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GER

Pros: Stardard materials Easy to build Centralized Space Celebrate family value

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Cons: Crowded No division Lack of service space

HOUSE

Pros: Larger space Division Better Insulation Increased Land Value

Cons: Permanently built Lack of service space

â&#x20AC;&#x153;Both ger and house are not capable of taking on the increased densityâ&#x20AC;?

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Below: Tracing back the growth of Ger district and its existing dynamics

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“What could be an alternative to the typical top-down masterplan? ” “What could be proposed to incrementally improve their living condition and achieve the densification in the future? ” “How to work with the context and existing dynamics? ”

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GER

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PLUG-INs

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From top to bottom: Different types of plug-ins 1. Threshold 2. Bathroom 3. Kitchen

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From top to bottom: Different types of plug-ins 4. Bedroom 5. Greenhouse 6. Living Room

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Below: Different variations of Plug-in House

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Below: The existing condition of interior space of Mongolian yurt

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Below: The plug-in house allows residents to have a domestic courtyard on the footprint of previous yurt

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Below: Diagrams shows different stages of housing and public infrastructure development

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Below: Vision: the incremental changes of densification at ger district

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Public Infrastructure is under construction

Fully developed Public Infrastructure Housing units are under construction

Public Infrastructure is under construction

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Developed Housing and Public Infrastructure

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YUJING CUI Master of Architecture 2017’ GSAPP, Columbia University yujing.cui@columbia.edu +1 347.392.8077

SPECIAL THANKS to My Teammates: Chuxue Wang (MMIL & AT3 & AT4) Rae Zhuang (APPITECTURE & AT3 & SSS) Zhengyang Yue (Core III &AT3) Eugene Chang (AT4 & AT5) Ruomeng Wang (AT4 & AT5) Chi Yin Kwok (AT5) Britta Ritter-Armour (AT3) Michael Storm (AT3) Alex Loh (SSS) Nick Mingrone (SSS) Wen Zhou (Roommate) My Professors & Instructors @ GSAPP: Gisela Baurmann (Core I) Julian Rose (Core II) Robert Marino(CoreIII) Tei Carpenter (Studio IV) Philippe Rahm (Studio V) John Lin, Joshua Bolchover (Studio VI) Nico Kienzl, Shanta Tucker (AT2) Zachary Kostura (AT3) Sarrah Khan (AT4) Michelle Delk (AT5) Sean Gallagher (MMIL) Joseph Vidich (SSS) Robert A. Heintges (ACW) Daniel Vos (ACW) Cristina Goberna (ADR1) Leigha Dennis (ADR2) Toru Hasegawa,Mark Collins (APP) Lucien Wilson (SIMCITY) Mary McLeod (HST1) Kenneth Frampton (HST2) Daniel Sherer (HST) Rory O’Neill(HST) Enrique Walker(HST)

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