EoYS21_MArch_2

RASAM AMINZADEH SELECTED WORK 2017-2021

COLUMBIA GRADUATE SCHOOL OF ARCHITECTURE, PLANNING AND PRESERVATION

DESIGN STUDIOS

SHARED HOUSING

03

A series of high density and mixed use housing.

URBAN AGRICULTURAL RESEARCH CENTER

13

Distributed urban farm research campus.

WOVEN BARRIER

19

A series of interlaced programs serves as flood barrier.

URBAN CURTAIN

25

A movable facade connecting two public plazas.

X-PIER

29

A buoyant public recreational vessel.

INNOVATION LAB

32

A library with high integration of new technologies.

BUILDING TECHNOLOGY

GREENPOINT THEATER

VISUAL STUDIES

CALIFORNIA DESERT HABITAT

38

A highly sustainable theater + dispensary.

47

Stroytelling through a series of renders.

STACK + SHEAR

50

Analysis of MAS Antwerpen through section.

YOKOHAMA PORT TERMINAL

52

Analysis of the terminal’s structural system.

COMPUTATIONAL DESIGN

FOOD OASIS A computational design model to help food deserts.

56

DESIGN STUDIOS

DESIGN STUDIOS

SHARED HOUSING Work from: Columbia GSAPP Core III Critic: Adam Frampton Year: Fall 2018 Collaborator: Ben Gillis Location: Bronx, NY The project is designing a high-density housing complex plus communal amenities in South Bornx. Our Project began by asking what are the type of living dynamics that we can address as a means to challenge the idea pf community within a group of dwelling types.This resulted in essentially three housing types within our project; dwellings that are shared with friends, shared with strangers, and shared with families.That in addition to the issue of density brought our typological study, where we investigated and challenged the courtyard house and residential tower. Our main challenge was how to create spaces to share among residents where traditionally our housing typologies result in impersonal relations with the surroundings.

By dividing the housing typology of the site into two different categories, we were able to meet the needsof the site.

SHARED HOUSING

1.1 (above) GROUND FLOOR PLAN

COLUMBIA GSAPP

FALL 2018

1.2 (above) TYPICAL UPPER FLOOR PLAN

4

SHARED HOUSING

FALL 2018

1.3 (above) TYPICAL COURTYARD UNIT PLANS COLUMBIA GSAPP

1.4 (abobe) TYPICAL TOWER UNIT PLANS

5

SHARED HOUSING

FALL 2018

1.5 (left) AXONOMETRIC COLUMBIA GSAPP

6

SHARED HOUSING

FALL 2018

1.6 (above) CASE STUDY MODEL

COLUMBIA GSAPP

7

SHARED HOUSING

1.7 (above) SITE PHYSICAL MODEL

COLUMBIA GSAPP

FALL 2018

1.8 (above) FACADE STUDY MODEL

8

SHARED HOUSING

FALL 2018

1.9 (right) SECTION OBLIQUE COLUMBIA GSAPP

9

SHARED HOUSING

1.10 (above) RESIDENTIAL COURTYARD CONNECTION

COLUMBIA GSAPP

FALL 2018

1.11 (above) CIRCULATION DIAGRAM

10

SHARED HOUSING

FALL 2018

1.12 (above) PHYSICAL MODEL

COLUMBIA GSAPP

11

SHARED HOUSING

1.13 (above) RESIDENTIAL COURTYARD

COLUMBIA GSAPP

FALL 2018

1.14 (above) COMMUNAL COURTYARD

12

URBAN AGRICULTURAL RESEARCH CENTER Work from: Columbia GSAPP Adv. IV Critic: Nahyun Hwang Year: Spring 2019 Collaborators: Yixuan Cheng Location: Newburgh, NY The vision for the project is to transform Newburgh’s vacant lots into a distributed urban farm and research campus for the local Orange County Community College in the Newburgh Campus. Newburgh has a high number of vacant lots due to deindustrialization. The city is also located in a food desert. Many of these vacant lots have been vacant due to the costs of preservation, and owners have abandoned their properties for the same reason.

The concept for the project is that university will work closely with Newburgh Community Land Bank, an organization to improve the quality of life in Newburgh by stabilizing and revitalizing abandoned properties. The University will be allowed to create urban farm research centers, where not only it will be used by the college, but it will provide local food to the local residents, and provide different programs.

URBAN AGRICULTURAL RESEARCH CENTER

SPRING 2019

2.1 (above) RESEARCH ANALYSIS 2.2 (opposite) SITE ANALYSIS COLUMBIA GSAPP

14

URBAN AGRICULTURAL RESEARCH CENTER

SPRING 2019

2.3 (above) EPLODED AXONOMETRIC. showcasing how aquaponic urban farm will develop in an abandoned lot.

2.4 (opposite) AXONOMETRIC. Explaining how urban farm reseach centers will occupy abandoned homes and buildings overtime.

COLUMBIA GSAPP

15

URBAN AGRICULTURAL RESEARCH CENTER

SPRING 2019

2.6 (above) AQUAPONIC CENTER SECTION

2.5 (above) AQUAPONIC CENTER FLOOR PLANS COLUMBIA GSAPP

2.7 (above) AQUPONIC LEARNING CENTER COLLAGE

16

URBAN AGRICULTURAL RESEARCH CENTER

2.8 (above) ALGAE CENTER EXPLODED AXON

COLUMBIA GSAPP

SPRING 2019

2.9 (above) ALGAE HEALTH CENTER SECTION

17

URBAN AGRICULTURAL RESEARCH CENTER

SPRING 2019

2.10 (left) MUSHROOM FARM LEARNING CENTER SECTION COLUMBIA GSAPP

18

WOVEN BARRIER Work from: Columbia GSAPP Adv. V Critic: Marc Tsurumaki Year: Fall 2020 Collaborators: Location: Manhattan, NY

The project aims to find ways for flood mitigation and creating a barrier against the coastline. Althought the project by itself won’t stop the flood surges, and it needs to be part of a bigger system of interventions that spans around the lower Manhattan, this project is site specific and it performs at the two bridges neighborhood.

Two briges is one of the most vulnerable neighborhoods that can be impacted by hurricanes and floods, and it also houses many low income and subsidized housing. The aim of the project is create a interlaced series of programs that can be activated throughout the day, and be used as flood barrier in case of flooding. The project uses water as the potential idea of antifragility, and using water movement as a leverage force.

The project aims to use water as the motivating forces to increase performability.

WOVEN BARRIER

FALL 2020

3.1 (left) PROJECTIVE DRAWING. Showcasing the initial concept of the project which is to mutate and expand over time out of single module.

3.2 (above) MODULAR STRUCTURAL DIAGRAMS. Studying multiple different structural systems and how each module can multiple out.

COLUMBIA GSAPP

20

WOVEN BARRIER

FALL 2020

3.3 (left) SITE AND FLOODPLAIN ANALYSIS 3.4 (above) FLOATING FLOODWALL DIAGRAMS COLUMBIA GSAPP

21

WOVEN BARRIER

FALL 2020

flood wall in resting position

In case of a flood, water enters the submerged container

Floodwall raises up in order stop flood from passing

flood wall in resting position

In case of a flood, water enters the submerged basement

Floodwall sinks down in order stop flood from passing

3.5 (above) FLOATING MECHANISM DIAGRAMS

COLUMBIA GSAPP

22

WOVEN BARRIER

FLOOD WALL

FALL 2020

EDGE EXTENSION INTO THE WATER

WAVE ATTENUATION

3.6 (above) CONCEPT DIAGRAMS

COLUMBIA GSAPP

23

WOVEN BARRIER

FALL 2020

3.7 (above) SECTION

COLUMBIA GSAPP

24

URBAN CURTAIN Elevation Scale: N. T. S.

Work from: Columbia GSAPP Core I Critic: Tei Carpenter Year: Fall 2017 Collaborators: Location: Manhattan, NY Elevation Scale: N. T. S. The project is designing a new movable facade that connects the two public plazas on the either side of the road by becoming a bridge, and one that rests on the facade at night.

This project is located at 14th street and 9th avenue aims to connect two public plazas that otherwise would be neglected if intervention was not provided. The aim is use this space as outdoor and hang out space for the residents.

The project is a movable facade where through out the way is opened to create a bridge that connects two side of the street Elevation to create a bigger outdoor Scale: N. T. S. space and also a city landmark where people could hangout.

At night this bridge closes and lays flat on the facade of the building.

Elevation Scale: N. T. S.

Elevation Scale: N. T. S.

URBAN CURTAIN

FALL 2017

G

F

1 E

D

2

3

C

4

B

A

4.1 (above) AXON

COLUMBIA GSAPP

4.2 (above) PLAN

26

URBAN CURTAIN

FALL 2017

4.3 (left) INTERIOR MODEL VIEW 4.4 (above) PHYSICAL MODEL

COLUMBIA GSAPP

27

URBAN CURTAIN

COLUMBIA GSAPP

FALL 2017

28

X-PIER Work from: Columbia GSAPP Core I Critic: Tei Carpenter Year: Fall 2017 Collaborators: Location: Manhattan, NY

The project is designing a pier along John V. Lindsay East River Park in New York. The aim of the project is to raise awareness about the changing water levels along the coast of Manhattan with a buoyant recreational vessel that encourages greater public interaction and engagement with the water.

This pier is created as an intersection of three different volumes which each have a distinct program. There is a interior and exterior circulation that move in and out of the project, which also move from above the sea level to below in order to engage with the water levels and raise awareness about the changing water levels.

X-PIER

FALL 2017

5.1 (above) SITE ANALYSIS

COLUMBIA GSAPP

5.2 (above) AXON

30

X-PIER

COLUMBIA GSAPP

FALL 2017

5.3 (axon) EXPLODED AXON

5.4 (above) SHORT SECTIONS

31

INNOVATION HUB Work from: Columbia GSAPP Core II Critic: Gordon Kipping Year: Spring 2018 Collaborators: Location: Manhattan, NY

The project is designing a library in the neighborhood of Dumbo. The aim of the project is to create a library where Gita robots, built by Piaggo Fast Forward, become the new librarians and assistants throughout the library. The goal of the studio was about integrating new technoligies and artificial intelligence in libraries.

INNOVATION HUB

6.1 (above) LAND USE AND PROGRAM

COLUMBIA GSAPP

FALL 2018

6.2 (above) TRANSPORTATION AND CONNECTIVITY

33

INNOVATION HUB

FALL 2018

6.3 (left) PLATFORM DIAGRAMS 6.4 (above) PROGRAM DIAGRAMS COLUMBIA GSAPP

34

INNOVATION HUB

FALL 2018

6.5 (left) GROUND FLOOR PLAN 6.6 (above) THIRD FLOOR PLAN

COLUMBIA GSAPP

35

INNOVATION HUB

FALL 2018

6.7 (above) AXON

6.8 (above) SECTIONS COLUMBIA GSAPP

36

BUILDING TECHNOLOGIES

BUILDING TECHNOLOGIES

GREENPOINT THEATER Work from: Columbia GSAPP Tech III & IV Critic: Sarrah Khan Year: Fall 2018 Collaborators: Sara Almutlaq, Massimiliano Malago, Jamie McCormick Location: Brooklyn, NY

The project is designing a highly sustainable theater plus other amenities, such as, dispensary, blackbox theater, and studios. The project aims to integrate the building systems for a large, versatile theater space in Brooklyn.

The task of the project was not only to create a schematic design for the theater, but also create design development and construction documents sets . Students worked closely with a group of professional consultants in the field during the production of the drawing sets.

GREENPOINT THEATER

FALL 2018

Site Reaction

Space Program Site Reaction

Space Program Cube 1: Auditorium + BOH

1. Place on Site

Cube 1: Auditorium + Back of House BOX 2: LARGEST - AUDITORIUM Cube 1: Auditorium + BOH Box discrip�on: like humpty dumpty short and stout SPACE SIZE AUDI 10,000 PIT 400 Box discrip�on: like humpty dumpty short and stout stage 1,500 SIZE stage houLsEeVEL 750 10,000 gridiron 6000 m on basement, 7504000 first 400 box office1 200

LEVEL 6000 m on basement, 4000 first 1 1 1 2 1

BOX 2: LARGEST - AUDITORIUM

SPACE AUDI PIT stage stage house gridiron box office

1,500 750 750 200

1 1 storage 2 sound/light lock 1

storage sound/light lock WC

800 10 200

total first1 total second 1

total first total second

9,060 3,800

WC

2

800 10 200

2 1 1

9,060 3,800

7000 auditorium + 400 pit + 1,500 stage 3000 sea�ng + 750 gridiron

1. Place on Site

2. Cube 1 Rotate to River View Riv er

2. Cube 1 Rotate to River View Riv er

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Program divided in 3 cubes

Cube 2: Black Box + Services Cube 2: Black BlackBox Box Theater + Services Cube 2: + Services

4,660

4,660

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Rasam Aminzadeh ra2923

SE Jason Stone

Massimiliano Malago mmm2401

MEP Jonce Walker

Jamie McCormick jlm2302

ENCL Ryan Donaghy

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Sliding Doors

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total first

ARCH Clementina Ruggieri

4. Public Space Interior/Exterior

Ex

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Sara Almutlaq sa3514

4. Public Space Interior/Exterior

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SIZE 3,000 60 1,600 400

CRITIC TEAM

Sliding Doors

n

SPACE black theater mix position sea�ng storage arbor pit

3. Rotate to N-W predominent Wind

BOX 3: BLACK BOX

Box Discrip�on: Like a chameleion, never the same BOX 3: BLACK BOX SPACE SIZE LEVEL Box Discrip�on: Liketheater a chameleion, never 3,000 the same 1 black 1 2 mix poLsEiV tiEoLn 60 1 3 sea�ng1 storage 1,600 1 1 it 4 arbor p 400 1

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Cube 3:Tower Retail + Studios Cube 3: Tower Cube 3: BOX 1: SMALLEST - LOBBY SERVICE + RETAIL

BOX 1: SMALLEST - LOBBY SERVICE + RETAIL

box descrip�on: like a coke bo�le, slender and long box descrip�on: like a coke bo�le, slender and long SPACE dispensary loading dock truck loading change rooms bathrooms mech rooms electrical spaces studio

SIZE 2000 90 360 1200 240 500 200 3000

total ground total first total second

2400 2400 2400

SPACE LEVEL dispensa1ry loading 1dock truck loa1ding change 2rooms bathroo2ms mech ro2oms electrica2l spaces studio 3

SIZE 2000 90 360 1200 240 500 200 3000

total ground total first total second

2400 2400 2400

LEVEL 1 1 1 2 2 2 2 3

Rotate away from the wind 5. Social Roof Terrace

GREENPOINT THEATER Public space interior/exterior

6. Sustainability Roof Gardens 6. Sustainability Roof Gardens 5. Social Roof Terrace

18 GREENPOINT AVENUE BROOKLYN, NY 11222

Cube 4: Lobby + Bar Glass Cube: Public Space

Glass Cube: Public Space

SPACE event space bar/concesssion total first

GLASS BOX LEVEL

SIZE

SPACE 2500 1000

SIZE

GLASS BOX LEVEL

1

event space bar/concesssion

2500 1000

total first

3500

3500

1

CUBE THEATER CONCEPT DIAGRAM DATE

Social roof terrace 7.1 (above) PROGRAM DIAGRAM 7.2 (opposite) CONECPT DIAGRAM COLUMBIA GSAPP

DRAWN BY Sustainable roof gardens CHECKED BY

T 004 Scale

Issue Date Author Checker

11/21/2018 9:07:13 PM

PROJECT NO.

39

GREENPOINT THEATER

FALL 2018

3

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48' - 0 13/32"

12

B 3

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MALE WC 240 SF

39'

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SE U O H E SF AG 833 ST

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RAINWATER TANK

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CISTERN 301 SF

WA TER /BO ILE 166 SF RS

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DATE

7.3 (above) GROUND FLOOR PLAN COLUMBIA GSAPP 1

LEVEL 1 3/32" = 1'-0"

DRAW

40

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Scale

GREENPOINT THEATER

FALL 2018 8

8

7

87

8

67

6

7

6

6

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EB

B

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BA

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6

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7 A PANTRY 275 SF

3M+a

CRITIC TEAM

Sara Almutlaq sa3514

ARCH Clementina Ruggieri

Rasam Aminzadeh ra2923

SE Jason Stone

Massimiliano Malago mmm2401

MEP Jonce Walker

Jamie McCormick jlm2302

ENCL Ryan Donaghy

TOWER ROOF TOWER ROOF 58' - 0" 58' - 0"

TOWER ROOF TOWER ROOF 58' - 0" 58' - 0"

TOWER ROOF TOWER ROOF 58' - 0" 58' - 0"

TOWER ROOF TOWER ROOF 58' - 0" 58' - 0"

LEVEL 5 LEVEL 5 48' - 0" 48' - 0"

LEVEL 5 LEVEL 5 48' - 0" 48' - 0"

LEVEL 5 LEVEL 5 48' - 0" 48' - 0"

LEVEL 5 LEVEL 5 48' - 0" 48' - 0"

C1

S

A1

12

B

F200 ---

F200 ---

LEVEL 4 LEVEL 4 36' - 0" 36' - 0"

LEVEL 4 LEVEL 4 36' - 0" 36' - 0"

LEVEL 4 LEVEL 4 36' - 0" 36' - 0"

LEVEL 4 LEVEL 4 36' - 0" 36' - 0"

3LEVEL 3 LEVEL CONNECTING CONNECTING ROOF ROOF 24' - 0" 24' - 0"

LEVEL 3 LEVEL 3CONNECTING CONNECTING ROOF ROOF 24' - 0" 24' - 0"

3LEVEL 3 LEVEL CONNECTING CONNECTING ROOF ROOF 24' - 0" 24' - 0"

LEVEL 3 LEVEL 3CONNECTING CONNECTING ROOF ROOF 24' - 0" 24' - 0"

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LEVEL 2 LEVEL - MEZZ2 - MEZZ 12' - 0" 12' - 0"

LEVEL 2 LEVEL - MEZZ2 - MEZZ 12' - 0" 12' - 0"

LEVEL 2 LEVEL - MEZZ2 - MEZZ 12' - 0" 12' - 0"

LEVEL 2 LEVEL - MEZZ2 - MEZZ 12' - 0" 12' - 0"

LEVEL 1 LEVEL 1 0' - 0" 0' - 0"

LEVEL 1 LEVEL 1 0' - 0" 0' - 0"

LEVEL 1 LEVEL 1 0' - 0" 0' - 0"

LEVEL 1 LEVEL 1 0' - 0" 0' - 0"

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TOWER-E TOWER-E

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-1

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2

TOWER - N TOWER 2 -N 3/32" = 1'-0" 3/32" = 1'-0"

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TOWER -TOWER N -N 2 3/32" = 1'-0" 3/32" = 1'-0"

18 GREENPOINT AVENUE BROOKLYN, NY 11222

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TOWER ROOF TOWER ROOF 58' - 0" 58' - 0"

TOWER ROOF TOWER ROOF 58' - 0" 58' - 0"

TOWER ROOF TOWER ROOF 58' - 0" 58' - 0"

TOWER ROOF TOWER ROOF 58' - 0" 58' - 0"

LEVEL 5 LEVEL 5 48' - 0" 48' - 0"

LEVEL 5 LEVEL 5 48' - 0" 48' - 0"

LEVEL 5 LEVEL 5 48' - 0" 48' - 0"

LEVEL 5 LEVEL 5 48' - 0" 48' - 0"

LEVEL 4 LEVEL 4 36' - 0" 36' - 0"

LEVEL 4 LEVEL 4 36' - 0" 36' - 0"

LEVEL 4 LEVEL 4 36' - 0" 36' - 0"

LEVEL 4 LEVEL 4 36' - 0" 36' - 0"

3LEVEL 3 LEVEL CONNECTING CONNECTING ROOF ROOF 24' - 0" 24' - 0"

LEVEL 3 LEVEL 3CONNECTING CONNECTING ROOF ROOF 24' - 0" 24' - 0"

LEVEL 2 LEVEL - MEZZ2 - MEZZ 12' - 0" 12' - 0"

LEVEL 2 LEVEL - MEZZ2 - MEZZ 12' - 0" 12' - 0"

LEVEL 1 LEVEL 1 0' - 0" 0' - 0"

LEVEL 1 LEVEL 1 0' - 0" 0' - 0"

10

1 S202

CUBE THEATER

8

7.4 (above) CONNECTING ROOF PLAN

7

FLOOR PLAN - LEVEL 3

6

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1

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TOWER ROOF 58' - 0"

LEVEL 3 - CONNECTING ROOF 3/32" = 1'-0"

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6

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11/27/18 Author Checker

DATE

TOWER ROOF 58' - 0"

3/32" = 1'-0"

LEVEL 5 48' - 0"

7

13

LEVEL 5 48' - 0"

A 9

36 '-

0"

LEVEL 4 36' - 0" DN UP

C1

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DISPENSARY 1984 SF

LEVEL 3 CONNECTING 3 ROOF 24' - 0" 1

2

F200 ---

3M+a

CRITIC TEAM

Sara Almutlaq sa3514

ARCH Clementina Ruggieri

Rasam Aminzadeh ra2923

SE Jason Stone

Massimiliano Malago mmm2401

MEP Jonce Walker

Jamie McCormick jlm2302

ENCL Ryan Donaghy

DUCTS FOR GREEN ROOF + PLUMBING

E

LEVEL 2 - MEZZ 12' - 0"

3M+a

LEVEL Sara Almutlaq sa3514

LEVEL 4 36' - 0" LEVEL 3 CONNECTING ROOF 24' - 0"

TOWER - S TOWER 3 -S 3/32" = 1'-0" 3/32" = 1'-0"

3 F

3

TOWER -TOWER S -S 3 3/32" = 1'-0" 3/32" = 1'-0"

4

TOWER - W TOWER 4 -W 3/32" = 1'-0" 3/32" = 1'-0"

TOWER -TOWER W -W 4 3/32" = 1'-0" 3/32" = 1'-0"

4

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Jamie McCormick jlm2302

ENCL Ryan Donaghy

LEVEL 1 LEVEL 1 0' - 0" 0' - 0"

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LEVEL 2 LEVEL - MEZZ2 - MEZZ 12' - 0" 12' - 0"

SE Jason Stone

LEVEL 1 LEVEL 1 Massimiliano Malago 0' - 0" MEP0' - 0"

LEVEL 2 - MEZZ 12' - 0"

LEVEL 3 LEVEL 3CONNECTING CONNECTING 1LEVEL5 1 LEVEL - TOWER 5 ROOF 3/32" = 1' 3/32"ROOF = 1'-0" 24' - 0" 24' - 0"

CRITIC TEAM

- MEZZ 2 LEVEL - MEZZ2ARCH 12' - 0"Ruggieri 12' - 0" Clementina

Rasam Aminzadeh ra2923

F300 ---

A303

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12 A1

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94

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18 GREENPOINT AVENUE BROOKLYN, NY 11222

TOWER ROOF 58' - 0"

-

3

TOWER ROOF 58' - 0"

4 C1

LEVEL 5 48' - 0"

LEVEL 5 48' - 0"

G

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10

LEVEL 4 36' - 0"

LEVEL 4 36' - 0"

LEVEL 3 CONNECTING ROOF 24' - 0"

FLOOR PLAN - LEVEL 2

COLUMBIA GSAPP LEVEL 2 - MEZZ 12' - 0" 1

LEVEL 2 - MEZZ 3/32" = 1'-0"

7.5 (above) STUDIO LEVEL 3 - TOWER ELEVATIONS CONNECTING LEVEL 1 - TOWER 5 ROOF 7.6 (opposite) MEZZANINE FLOOR PLAN 3/32" = 1'-0" 24' - 0"

CUBE THEATER

DATE DRAWN BY CHECKED BY

11/27/18 Author Checker

1

GREENPOINT THEATER 18 GREENPOINT AVENUE BROOKLYN, NY 11222

A200

4

41 LEVEL 2 - MEZZ 12' - 0"

GREENPOINT THEATER

FALL 2018

3M+a

CRITIC TEAM

Sara Almutlaq sa3514

ARCH Clementina Ruggieri

Rasam Aminzadeh ra2923

SE Jason Stone

Massimiliano Malago mmm2401

MEP Jonce Walker

Jamie McCormick jlm2302

ENCL Ryan Donaghy

7.8 (above) LEVEL 4 STRUCTURAL PLAN

GREENPOINT THEATER 18 GREENPOINT AVENUE BROOKLYN, NY 11222

CUBE THEATER STRUCTURAL AXON DATE DRAWN BY CHECKED BY

1

S100

STRUCTURAL AXON 1" = 40'-0" Scale

11/27/18 Author Checker

1" = 40'-0"

7.7 (above) STRUCTURAL AXON

7.9 (above) CONNECTING ROOF STRUCTRUAL PLAN COLUMBIA GSAPP

42

GREENPOINT THEATER

FALL 2018

3 1/8" STUD WALL WITH WOOL INSULATION

3" AIR GAP

3" AIR GAP CORTEN RAIN-SCREEN

3" AIR GAP SHEATHING WATER PROTECTION

MT-02

3 1/8" STUD BOARD WALL GYPSUM WITH WOOL INSULATION PAINTED WHITE GYPSUM BOARD PAINTED WHITE

SHEATHING VAPOR BARRIER WATER PROTECTION

SHEATHING WATER PROTECTION

VAPOR BARRIER

3 1/8" STUD WALL WITH WOOL INSULATION LEVEL +32'-0" POURED GYPSUM BOARD LEVEL +32'-0"

3" CONTINIOUS MINERAL WOOL INSULATION

VAPOR BARRIER

CONCRETE PAINTED WHITE FLOOR FINISH

LEVELING SCREED

3" CONTINIOUS MINERAL WOOL INSULATION

LEVEL +32'-0"

LEVEL +32'-0"

3" CONTINIOUS

UNITIZED GLAZING MINERAL WOOL CEILING ANCHOR

INSULATION

MT-03

MT-01

MT-03

MT-01

VENTILATION GRILLS

3M+a

CRITIC TEAM

3M+a Sara Almutlaq sa3514

CRITIC TEAM ARCH Clementina Ru

Sara Almutlaq sa3514 Rasam Aminzadeh ra2923

ARCH Clementina Rug SE Jason Stone

Rasam Aminzadeh ra2923 Massimiliano Malago mmm2401

SE Jason Stone MEP Jonce Walker

Massimiliano Malago mmm2401 Jamie McCormick jlm2302

MEP Jonce Walker ENCL Ryan Donaghy

Jamie McCormick jlm2302

ENCL Ryan Donaghy

CORTEN RAIN-SCREEN

MT-03

POURED CONCRETE FLOOR FINISH LEVELING SCREED LEVELING SCREED

MT-01 MT-01

MT-03

CONCEALED LED LIGHTS

POURED CONCRETE FLOOR FINISH

CORTEN RAIN-SCREEN

LEVEL +20'-0" LEVEL +20'-0"

UNITIZED GLAZING CEILING ANCHOR UNITIZED GLAZING CEILING ANCHOR

VENTILATION GRILLS VENTILATION GRILLS CONCEALED LED LIGHTS

DPOUBLE PANEL IGU GLASS

CONCEALED LED LIGHTS

CORTEN RAIN-SCREEN 4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

POURED CONCRETE FLOOR FINISH

4' - 0"

WATER SYSTEM 1 - PROTECTION OPAQUE - SECTION 1/2" = 1'-0" SYSTEM 1 - OPAQUE - SECTION 2 1/2" = 1'-0"

SYSTEM 1 - OPAQUE - ELEVATION 1/2" = 1'-0" SYSTEM 1 - OPAQUE - ELEVATION 1 1/2" = 1'-0" 1

2

7.10 (above) OPAQUE SYSTEM ELEVATION

LEVELING SCREED

LEVEL +16'-0"

LEVEL +20'-0"

GL-01

7.11 (below) OPAQUE SYSTEM PLAN

BROOKLYN, NY 11222

18 GREENPOINT AVENUE BROOKLYN, NY 11222

UNITIZED GLAZING CEILING ANCHOR

STRUCTURAL COLUMN STRUCTURAL COLUMN 4' - 0" 4' - 0"

STRUCTURAL COLUMN BEHIND 4' - 0" 4' - 0"

8' - 0"

4' - 0"

8' - 0"FINISH GYPSUM WALL

4' - 0"

4' - 0"

4' - 0"

4' - 0"

RIGID INSULATION

4' - 0"

4' - 0"

RIGID INSULATION

4' - 0"

COLUMBIA

4' - 0"

SYSTEM 1 - OPAQUE - PLAN 1/2" = 1'-0" GSAPP SYSTEM 1 - OPAQUE - PLAN 3 1/2" = 1'-0" 3

4' - 0"

4' - 0"

4' - 0"

0"

4' - 0"

VENTILATION GRILLS

CONCEALED LED LIGHTS

WOOL INSULATION STUD WALL

4' - 0"

C-CHANNEL 4' - 0" ANCHOR CONNECTION C-CHANNEL4' ANCHOR CONNECTION

4' - 0" 4' - 0"

WOOL INSULATION STUD WALL

GYPSUM WALL FINISH

4' - 0"

GREENPOINT THEAT

GREENPOINT 18 GREENPOINT AVENUE THEATE

4' - 0"

3' - 6 1/2" 3' - 6 1/2"

3" AIR GAP

CUBE THEATER

3" AIR GAP

CUBE THEATER

SHEATHING WATER PROTECTION

4' - 0"

SHEATHING WATER PROTECTION

4' - 0" Key 7.12 Axon (above) 1 1/2" = 1'-0" Key Axon 4 1 1/2" = 1'-0" 4

OPAQUE SYSTEM WALL SECTION

2

SYSTEM 2 - TRANSPARENT - SECTION 1/2" = 1'-0"

SYSTEM 1 - OPAQUE - SECTION

SYSTEM 1 ROADMA SYSTEMOPAQUE 1 ROADMAP OPAQUE DATE DRAWN BY DATE CHECKED BY DRAWN BY CHECKED BY

43

F200

1

GREENPOINT THEATER

FALL 2018

CORTEN RAIN-SCREEN

MT-02

POURED CONCRETE FLOOR FINISH

LEVELING SCREED CORTEN RAIN-SCREEN

MT-02

CORTEN RAIN-SCREEN

MT-02

LEVEL +32'-0"

POURED CONCRETE FLOOR FINISH

UNITIZED GLAZING CEILING ANCHOR

LEVELING SCREED

LEVEL +32'-0"

VENTILATION GRILLS

UNITIZED GLAZING CEILING ANCHOR

MT-03

POURED CONCRETE FLOOR FINISH

LEVELING SCREED

CONCEALED LED LIGHTS

MT-01

VENTILATION GRILLS

UNITIZED GLAZING CEILING ANCHOR

MT-03

CONCEALED LED LIGHTS

MT-01 DPOUBLE PANEL IGU GLASS

VENTILATION GRILLS WATER PROTECTION DPOUBLE PANEL IGU GLASS

MT-03

LEVEL +16'-0"

3M+a

CRITIC TEAM

Sara Almutlaq sa3514

ARCH Clementina Ruggieri

Rasam Aminzadeh 3M+a ra2923

SE CRITIC TEAM Jason Stone

Sara Almutlaq Massimiliano Malago sa3514 mmm2401

ARCH MEP Clementina Ruggieri Jonce Walker

Rasam Aminzadeh Jamie McCormick ra2923 jlm2302

SE ENCL JasonDonaghy Stone Ryan

LEVEL +32'-0"

CONCEALED LED LIGHTS

Massimiliano Malago mmm2401

MEP Jonce Walker

Jamie McCormick jlm2302

ENCL Ryan Donaghy

GL-01 WATER PROTECTION

MT-01

LEVEL +16'-0"

GL-01

STRUCTURAL COLUMN BEHIND

STRUCTURAL COLUMN BEHIND

DPOUBLE PANEL IGU GLASS 4' - 0"

1

SYSTEM 2 - TRANSPARENT - ELEVATION 4' - 0" 1/2" = 1'-0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

2

SYSTEM 2 - TRANSPARENT - SECTION 1/2" = 1'-0"

WATER PROTECTION

1

SYSTEM 2 - TRANSPARENT - ELEVATION 1/2" = 1'-0"

2

7.13 (above) TRANSPARENT SYSTEM ELEVATION

LEVEL +16'-0"

SYSTEM 2 - TRANSPARENT - SECTION 1/2" = 1'-0"

18 GREENPOINT AVENUE BROOKLYN, NY 11222

GL-01

7.14 (below) TRANSPARENT SYSTEM PLAN

GREENPOINT THEATER

GREENPOINT THEATER 18 GREENPOINT AVENUE BROOKLYN, NY 11222

STRUCTURAL COLUMN BEHIND

STRUCTURAL COLUMN

UNITIZED GLAZING STRUCTURAL SUPPORT HORIZONTAL MULLION

COVER PLATE

COVER PLATE

4' - 0"

4' - 0"

4' - 0"

STRUCTURAL COLUMN

UNITIZED GLAZING STRUCTURAL SUPPORT HORIZONTAL MULLION 4' - 0"

UNITIZED GLAZING VERTICAL MULLION

4' - 0"

C-CHANNEL CORTEN SUPPORT 24' - 0"

4' - 0" 4' - 0"

UNITIZED GLAZING VERTICAL MULLION

4' - 0"

SYSTEM 2 - TRANSPARENT - PLAN COLUMBIA GSAPP 3 1/2" = 1'-0"

CUBE THEATER

3' - 6 1/2"

SYSTEM 2 ROADMAP CUBE THEATER TRANSPARENT

4' - 0"

4' - 0"

C-CHANNEL CORTEN SUPPORT 24' - 0"

3' - 6 1/2"

PERFORATED CORTEN

4' - 0" 4' - 0"

4' - 0"

4' - 0"

PERFORATED CORTEN

7.15 (above) TRANSPARENT SYSTEM WALL SECTION 4

Key-Axon 1 1/2" = 1'-0"

2

SYSTEM 2 - TRANSPARENT - SECTION 1/2" = 1'-0"

11/27

DATE

SYSTEM 2 ROADMAPAuCHECKED BY Chec 44 TRANSPARENT DRAWN BY

DATE DRAWN BY

F300

11/2 Au

GREENPOINT THEATER

FALL 2018

PERFORATED CORTEN

PERFORATED CORTEN

2" GAP

STRUCTURAL 2" GAP COLUMN

PERFORATED CORTEN HORIZONTAL SPLIT MULLION

PERFORATED CORTEN HORIZONTAL SPLIT MULLION

STRUCTURAL COLUMN

STRUCTURAL 2" GAP COLUMN

0' - 9"

2" GAP

POURED CONCRETE HORIZONTAL SPLIT MULLION

FLOOR FINISH

HORIZONTAL SPLIT MULLION

0' - 9"

0' - 9"

0' - 4"

SOLID CORTEN SCREEN

0' - 4"

0' - 9"

GYPSUM WALL FINISH

STUD WALL

STUD WALL

SOLID CORTEN FLOORSCREEN FINISH

FLOOR FINISH

GYPSUM WALL SCREED FINISH LEVELING

0' - 4"

MINERAL WOOL SOLID CORTEN INSULATION SCREEN

FLOOR FINISH

MINERAL WOOL INSULATION

MINERAL WOOL INSULATION

UNITIZED GLAZING SYSTEM ANCHOR

UNITIZED GLAZING SYSTEM ANCHOR

GHOST TRANSOM MINERAL WOOL INSULATION

GHOST TRANSOM MINERAL WOOL INSULATION

DOUBLE GLAZED IGU GLASS

DOUBLE GLAZED IGU GLASS

GHOST TRANSOM

GHOST TRANSOM

VERTICAL MULLION DOUBLE GLAZED IGU GLASS

VERTICAL MULLION DOUBLE GLAZED IGU GLASS

SYSTEM 2 - SECTION DETAIL - SLAB CONNECTION 2 VERTICAL 1 1/2" = 1'-0"MULLION

1

POURED CONCRETE

SHEATHING 1" CAVITY WATER PROOFING

UNITIZED GLAZING SYSTEM ANCHOR

0' - 10"

MINERAL WOOL SOLID CORTEN INSULATION FLOORSCREEN FINISH

FLOOR FINISH

LEVELING SCREED

MINERAL WOOL INSULATION CONCRETE ON METAL DECK SLAB

MINERAL WOOL INSULATION CONCRETE ON METAL DECK SLAB

SHEATHING WATER PROOFING

SHEATHING WATER PROOFING

CONCRETE ON METAL UNITIZED GLAZING DECK SLAB SYSTEM ANCHOR

W14 STEEL BEAM

CONCRETE ON METAL UNITIZED GLAZING DECK SLAB SYSTEM ANCHOR DROPPED CEILING

MINERAL WOOL INSULATION

FLOOR FINISH 3M+a

CRITIC TEAM

Sara Almutlaq sa3514

ARCH Clementina Ruggieri

FLOOR FINISH Rasam Aminzadeh ra2923

SE Jason Stone

3M+a

CRITIC TEAM

Massimiliano Malago mmm2401 Sara Almutlaq sa3514

MEP Jonce ARCH Walker

Jamie McCormick jlm2302 Rasam Aminzadeh ra2923

ENCL Ryan Donaghy SE Jason Stone

Massimiliano Malago mmm2401

MEP Jonce Walker

Jamie McCormick jlm2302

ENCL Ryan Donaghy

W14 STEEL BEAM

DROPPED CEILING

W14 STEEL BEAM

DROPPED CEILING

Clementina Ruggieri

MINERAL WOOL INSULATION

UNITIZED GLAZING SYSTEM ANCHOR DOUBLE GLAZED IGU GLASS

UNITIZED GLAZING SYSTEM ANCHOR DROPPED CEILING DOUBLE GLAZED IGU GLASS

W14 STEEL BEAM

MINERAL WOOL INSULATION

2

LEVELING SCREED

SHEATHING 1" CAVITY WATER PROOFING

0' - 10"

SYSTEM 2 - SECTION DETAIL - SLAB CONNECTION 2 VERTICAL 1 1/2" = 1'-0"MULLION

GYPSUM WALL SCREED FINISH LEVELING

1" CAVITY

MINERAL WOOL INSULATION

DOUBLE GLAZED SYSTEM 2 - SECTION DETAIL - SLAB IGU GLASS CONNECTION 1 1/2" = 1'-0"

2

7.16 (above) SLAB SECTION DETAIL

DOUBLE GLAZED SYSTEM 2 - SECTION DETAIL - SLAB IGU GLASS CONNECTION 1 1/2" = 1'-0"

7.18 (above) SLAB CONNECTION SECTION DETAIL

7.17 (above) CHANNEL AND MULLION PLAN DETAIL SYSTEM 2 - SECTION DETAIL - SLAB 1

GYPSUM WALL FINISH

0' - 10"

POURED CONCRETE

1

POURED CONCRETE

STUD WALL

1" CAVITY

0' - 10"

UNITIZED GLAZING SYSTEM ANCHOR

STRUCTURAL COLUMN

0' - 4"

STUD WALL

CONNECTION 2 1 1/2" = 1'-0"

1

SYSTEM 2 - SECTION DETAIL - SLAB CONNECTION 2 1 1/2" = 1'-0"

2

7.19 (above) CORNER PLAN DETAIL SYSTEM 2 - SECTION DETAIL - SLAB

SYSTEM 2 - SECTION DETAIL - SLAB CONNECTION 1 1/2" = 1'-0"

2

CONNECTION 1 1/2" = 1'-0"

SLAB EDGE

GREENPOINT THEATER

SLAB EDGE

18 GREENPOINT AVENUE BROOKLYN, NY 11222

SLAB EDGE BELOW

SLAB EDGE BELOW STRUCTURAL COLUMN

STRUCTURAL COLUMN

SLAB EDGE

GREENPOINT THEATER

SLAB EDGE

18 GREENPOINT AVENUE BROOKLYN, NY 11222

UNITIZED GLAZING VERTICAL SPLIT SLAB EDGE BELOW MULLION

UNITIZED GLAZING FIRE PROOFING VERTICAL SPLIT SLAB EDGE BELOW MULLION

FIRE PROOFING

STRUCTURAL COLUMN

STRUCTURAL COLUMN 3" GAP

UNITIZED GLAZING VERTICAL SPLIT MULLION

PERFORATED CORTEN

INSET SUPPORT FOR CORTEN PANELS

UNITIZED GLAZING FIRE PROOFING VERTICAL SPLIT MULLION

MT-03

PERFORATED CORTEN

SYSTEM 2 - PLAN DETAIL - CHANNEL AND MULLION DETAIL 3 1 1/2" = 1'-0"

COLUMBIA GSAPP

SYSTEM 2 - PLAN DETAIL - CHANNEL AND MULLION DETAIL 3 1 1/2" = 1'-0"

INSET SUPPORT FOR CORTEN PANELS

MT-03

MT-03

SYSTEM 2 - PLAN DETAIL - CHANNEL AND MULLION DETAIL 3 1 1/2" = 1'-0"

MT-02 PERFORATED CORTEN

CORTEN PANEL STRUCTURAL SUPPORT

INSET SUPPORT FOR CORTEN PANELS

PERFORATED CORTEN

SYSTEM 2 - PLAN DETAIL - CHANNEL AND MULLION DETAIL 3 1 1/2" = 1'-0"

FIRE PROOFING

INSET SUPPORT FOR CORTEN PANELS

PERFORATED CORTEN

3" GAP

SYSTEM 2 - PLAN DETAIL - CORNER 4 1 1/2" =MT-03 1'-0" MT-02

PERFORATED CORTEN

MINERAL WOOL INSULATION

MINERAL WOOL INSULATION

3" GAP VAPOR BARRIER

3" GAP VAPOR BARRIER

MINERAL WOOL MT-03 INSULATION

MT-02 PERFORATED CORTEN

CORTEN PANEL STRUCTURAL SUPPORT

VAPOR BARRIER

CORTEN PANEL STRUCTURAL SUPPORT

MT-03

MINERAL WOOL MT-03 INSULATION

VAPOR BARRIER

SYSTEM 2 - PLAN DETAIL - CORNER 4 1 1/2" = 1'-0" MT-02

PERFORATED CORTEN

CUBE THEATER TRANSPARENT SYSTEM DETAILS CUBE THEATER

DATE

DRAWN BY CORTEN PANEL STRUCTURAL SUPPORT

MT-03

CHECKED BY

TRANSPARENT SYSTEM DETAILS

F310

Scale DATE

4

SYSTEM 2 - PLAN DETAIL - CORNER 1 1/2" = 1'-0"

4

SYSTEM 2 - PLAN DETAIL - CORNER 1 1/2" = 1'-0"

11/27/18 Author Checker

DRAWN BY CHECKED BY

F310 Scale

1 1/2" = 1'-0" 11/27/18 Author Checker

1 1/2" = 1'-0"

45

VISUAL STUDIES

VISUAL STUDIES

CALIFORNIA DESERT HABITAT Work from: Columbia GSAPP Ultrareal Critic: Phillip Crupi, Joseph Brennan Year: Spring 2019 Collaborators: Matthew Ninivaggi, Adam Paul Location: California

The project is to create a series of ultrarealistic renders that is abe to tell a story. This project aimed to create a series of three modular follies of different sizes that are connected through a circulation path in the middle of death valley.

CALIFORNIA DESERT HABITAT

COLUMBIA GSAPP

SPRING 2019

48

CALIFORNIA DESERT HABITAT

COLUMBIA GSAPP

SPRING 2019

49

STACK + SHEAR Work from: Columbia GSAPP Seminar of Section Critic: Marc Tsurumaki Year: Spring 2021 Collaborators: Location: Antwerpen, Belgium

The project is a comprehensive analysis of the MAS Anterpen mueseum in Beligum and to decipher the structural system of the project using section.

STACK + SHEAR

SPRING 2021

9.1 (right) SECTION PERSPECTIVE COLUMBIA GSAPP

51

YOKOHAMA PORT TERMINAL Work from: Columbia GSAPP ADR I Critic: Danil Nagy Year: Fall 2017 Collaborators: Individual Location: Yokohama, Japan The project is a comprehensive analysis of the Yokohama International Port Terminal to decipher the structural system of the project.

YOKOHAM PORT TERMINAL

10.1 (above) STRUCTURAL ANALYSIS

COLUMBIA GSAPP

FALL 2017

10.2 (above) GHOSTED PERSPECTIVE

53

YOKOHAM PORT TERMINAL

COLUMBIA GSAPP

FALL 2017

54

COMPUTATIONAL DESIGN

COMPUTATIONAL DESIGN

FOOD OASIS Work from: Columbia GSAPP X-InfoModeling Critic: Luc Wilson Year: Fall 2020 Collaborators: Skylar Royal, Hao Chang Location: Bronx, NY The research project aims to create a computational design model that uses urban farming as a solution for food deserts extisting around the world.

This project is using Bronx as a study site.

The goal is to crea a block configuration that provides adequate access to fresh food in existing local food deserts. This will allow for increased self sufficient living, eqaul access to fresh food, and therefore increasesd health benefits.

Current zoning and planning inequities create food deserts in lower income and minority areas. Access to fresh, healthy food becomes more and more difficult due to location and price, which results in residents choosing readily available, cheaper fast food options that causes a prolonged negative effect on physical and mental health in theses communities.

FOOD OASIS

FALL 2020

10.1 (above) COMPUTATIONAL DESIGN SPACE DIAGRAM

COLUMBIA GSAPP

57

FOOD OASIS

low density

FALL 2020

low typology variation

setback towers

medium density

medium typology variation

tower with balconies

high density

high typology variation

stack and shear towers

11.1 (above) INPUT VARIATION DIAGRAM

COLUMBIA GSAPP

average sunlight hours

tower to garden floor area ratio

facade/interior radiation comfort

distance to parks

11.2 (above) CRITERIA FOR MODEL EVALUATION DIAGRAM

58

INPUTS street type: tower area: courtyard area: FAR %: attraction type:

FOOD OASIS

diagonal 18000sf 2500sf low FALL center

2020

INPUTS street type: diagonal OUTPUTS tower area: 18000sf food production: courtyard area: 2500sf interior comfort: FAR %: to park: low distance attraction type: center

INPU stree OUT towe food court interi FAR dista attrac

INPUTS OUTPUTS street type: diagonal food production: tower area: 18000sf interior comfort: courtyard area: 2500sf distance to park: FAR %: low INPUTS attraction type: center street type: diagonal tower area: 18000sf courtyard area: 2500sf OUTPUTS FAR %: low food production: attraction type: center interior comfort: distance to park: INPUTS

INPU OUT stree food towe interi court dista INPU FAR stree attrac towe court FAR OUT attrac food

interi INPU dista stree OUT towe food court interi FAR dista attrac

street type: diagonal OUTPUTS towerproduction: area: 18000sf food courtyard area: 2500sf interior comfort: FAR %: to park: low distance attraction type: center

1. select the building design and context within their respective parameter input.

2. the tool extracts exterior horizontal spaces of building for evaluation as garden/urban farm space.

INPU OUT stree food towe interi court dista FAR attrac

INPUTS OUTPUTS street type: diagonal food production: tower area: 18000sf interior comfort: courtyard area: 2500sf distance to park: FAR %: low INPUTS attraction type: center street type: diagonal tower area: 18000sf courtyard area: 2500sf OUTPUTS FAR %: low food production: attraction type: center interior comfort: distance to park: INPUTS

OUT food interi dista

street type: diagonal OUTPUTS towerproduction: area: 18000sf food courtyard area: 2500sf interior comfort: FAR %: to park: low distance attraction type: center INPUTS OUTPUTS street type: diagonal food production: tower area: 18000sf interior comfort: courtyard area: 2500sf distance to park: FAR %: low attraction type: center

3. it evaluates this surfaces for sufficient daylight hours.

4. the parts that have sufficient daylight will be divided between the three chosen vegetable based on hours of daylight needed.

OUTPUTS food production: interior comfort: distance to park:

11.3 (above) PROCEDURAL CUSTOM TOOL FOR FOOD PRODUCTION 11.4 (right) OUTPUT RESULTS COMPARISON

COLUMBIA GSAPP

INPU stree towe court FAR attrac

59

RASAM AMINZADEH 415.400.6866 | rasam.a@columbia.edu