Alyssa Goraieb / Select Works

ALYSSA GORAIEB

architecture portfolio

Alyssa GoraiebMaster of ArchitectureMay 2016

[email protected]

00

CONTENTS

Institute for the Fourth Amendment04

Manufacturing Landscapes 12

Sound Capsule20

Monster Truck24

Everson Center of Photography + Film28

Sub-Waterloo Station34

Active Ground38

Harvey Ski Chalet44

True North Square46

The Wilderness Idea48

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01

INSTITUTE FOR THE FOURTH AMENDMENT [WASHINGTON, DC]

Finalist: King + King Award for best comprehensive studio project

comprehensive design studio (w/ Prof. L. Davis) collaboration w/ Raymond Sova

The original panopticon was a formal structure built on the idea of effective surveillance. When Edward Snowden revealed the possible violation of constitutional rights by the US government in the summer of 2013, he revealed the digital panopticon; a country under mass surveillance where walls play no role. As an architectural issue, the design approach is a critique on government transparency by making obvious the tensions associated with the reveal of data surveillance and the different positions on the issue. The design displays the tension in the debate about the relationship between national defense and constitutional privacy. The idea of the digital panopticon is used to aid in this goal, where occupants are not only the subject of the NSA, but staged views create surveillance between each other.

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0 32-0 64-0 128-0

A B CSlip Shear Split

0

Solar protectionPrivacy

Atrium SpaceOpen Space Closed Space

HVAC

CirculationFire Safety

Passive Ventilation

negative pressure

positivepressure

0100

200

300

100%

80%

60%

40%

12am 12am12pm6am 6pm

50 F

40 F

30 F

20 F

se

e

w

w

s

e, sw

average hourly humidity

Jun. 21

Sept. 21

Dec. 21

25 - 75 percentile

10 - 90 percentile

120

89

58

302

271

27.7

51.6

74.5

240

MaximumNorth West

South

Minimum

121110

9

8

12

3

45

121110

9

8

7

7

6 6

12

3

4

5

121110

9

8

7

6

5 7

6

12

3

4

5

340

solstice

Hourly Direct Normal Solar RadiationWh/m

solstice

equinox100

200

300

sum

mer

win

ter

Relative Humidity

Solar Radiation (Wh/m)

Dry Bulb Temperature

0

100

200

300

100%

80%

60%

40%


50 F

40 F

30 F

20 F

se

e

w

w

s

e, sw


Jun. 21

Sept. 21

Dec. 21

25 - 75 percentile

10 - 90 percentile

120

89

58

302

271

27.7

51.6

74.5

240

MaximumNorth West

South

Minimum

121110

9

8

12

3

45

121110

9

8

7

7

6 6

12

3

4

5

121110

9

8

7

6

5 7

6

12

3

4

5

340

solstice


solstice

equinox100

200

300su

mm

erw

inte

r

Relative Humidity



0

100

200

300

100%

80%

60%

40%


50 F

40 F

30 F

20 F

se

e

w

w

s

e, sw


Jun. 21

Sept. 21

Dec. 21

25 - 75 percentile

10 - 90 percentile

120

89

58

302

271

27.7

51.6

74.5

240

MaximumNorth West

South

Minimum

121110

9

8

12

3

45

121110

9

8

7

7

6 6

12

3

4

5

121110

9

8

7

6

5 7

6

12

3

4

5

340

solstice


solstice

equinox100

200

300

sum

mer

win

ter

Relative Humidity



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Assembly LevelMulti-functional assembly1

Restrooms2

Mechanical space3

Mechanical chase4

Coat room5

Storage room6

Chiller7

Boiler8

Air handling unit9

1

2

3

4

5

6

78

9

UP

UPDN

UPDN

UP

Lobby LevelPerforated stainless steel sunshade panels

10

Galvanized-steel tube frame11

Steel suspension rod12

Insulating glass13

Sitting area14

Entrance vestibule15

10

11

12

13

14

14

15

Guard desk16

16

Storage closet17

17

UPDN

N

2nd Floor Plan

7th Floor Plan

UP

UP

DN

DN

UPDN

DN UP

Green roof24

Cooling tower25

25

Chimney26

Kitchen27

Cafe28

Skylight roof29

24

26

27

28

29

30

31

17

19

20

21

22

23

18

DN

0

SCALE:

8-0 16-0 32-0

Open concept office18

Coffee station19

Meeting room20


Coffee station22

Mechanical chase23

Assembly LevelMulti-functional assembly1

Restrooms2

Mechanical space3

Mechanical chase4

Coat room5

Storage room6

Chiller7

Boiler8

Air handling unit9

1

2

3

4

5

6

78

9

UP

UPDN

UPDN

UP

Lobby LevelPerforated stainless steel sunshade panels

10



Insulating glass13

Sitting area14

Entrance vestibule15

10

11

12

13

14

14

15

Guard desk16

16

Storage closet17

17

UPDN

N

2nd Floor Plan

7th Floor Plan

UP

UP

DN

DN

UPDN

DN UP

Green roof24

Cooling tower25

25

Chimney26

Kitchen27

Cafe28

Skylight roof29

24

26

27

28

29

30

31

17

19

20

21

22

23

18

DN

0

SCALE:

8-0 16-0 32-0


Coffee station19

Meeting room20


Coffee station22

Mechanical chase23

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AA

B

B

CC

D

D

Metal cap with continuous cleat

Facade

RoofA

B

C

D

Floor

Flashing

Concrete parapet

Concrete roof deck

Membrane flashing

Waterproof membraneGravel aggregate

Thermal insulationVapor retarder

10 Reinforced concrete slab

2 Rigid insulation

Radiant tubes

Fasteners

Concrete fill

Polished concrete finish

5 x 5 Technical ceiling panel

Hanger wires

Flexible sprinkler

5 x 4 x 4 Recessed light fixture

4 Concrete slab on grade

2 Rigid insulation

2 Rigid insulation

Gravel aggregate

2 Sand layer

Moisture barrier

Expansion joint

Steel reinforcement

6 Drain

Waterproof membrane

Gravel drain cover

Protective slope

Flashing

Footing

5 x 4 x 4 Linear diffuser

1

2

3

4

5

6

7

8

9

Perforated stainless steel sunshade panels

10



Insulating glass13

Operable out-swinging windows14

Extruded-aluminum unit frame15

16

17

18

19

20

21

22

23

24

26

25

27

28

29

30

31

32

33

34

35

37

36

38

39

02

MANUFACTURING LANDSCAPES

studio (w/ Prof. J. Larsen)collaboration w/ Max Harden

Fast-forward to the year 2050, when gasoline and other non-renewable energy source costs have skyrocketed, making the affordance of personal vehicles that rely on them unaffordable by all but the elite. The gasoline and manufacturing industries have left the banks of the Los Angeles River through the city of Vernon heavily polluted, with several locations designated as Superfund. Further off the banks, resting cargo containers disperse the landscape in dense pockets.

A new rapid transit network for Los Angeles is proposed, relying on the historic railway lines as infrastructure. A network of hubs along existing rail lines combines rapid transit stations with cargo container storage and public infrastructure. This project tests the design of an instance, where the outlined program exists within a phytoremediation machine by the use of hydroponic plants. Within the scaffold-like structure, a sports complex, concert venue, and entertainment scene come together within a public park.

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Soil Toxicity Mapping: Vernon, California

Revealing underground toxic substance flows

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1. strip mall

3. slanted

2. pacman

4. sardines

5. doughnut

6. stacks

doughnut doughnut

1. strip mall

3. slanted

2. pacman

4. sardines

5. doughnut

6. stacks

doughnut doughnut

Block Typologiestypes based on industry category / site toxicity

Design of an instance

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Year 5 Year 10 Year 15 Year 20 Year 25 Year 30remedial timeline

DENSITY + LIGHT

CROP ROTATIONCYCLES

10 years

indian mustard: phytoextraction / hyperaccumulation

eucalyptus: hyperaccumulation

5 years

3 years violets: phytoextraction / hyperaccumulation

PUBLIC CIRCULATION + PROGRAM

STRUCTURE - HYDROPONIC

COLUMNS

CONTAINER CIRCULATION + STORAGE

SOIL REMEDIATION

STRUCTURE - TRANSVERSE

AXONOMETRIC COMPILATION

HYDROPONIC WALL

SPATIALRELATIONSHIPS

PROGRAM INTERSECTION

FLOOR FOLLOWS CONTOUR

BOOLEAN CONTAINERS

1st cycle

2nd cycle

3rd cycle

milled hydroponic unit

cargo density with remedial timeline

Year 5 Year 10 Year 15 Year 20 Year 25 Year 30remedial timeline

DENSITY + LIGHT

CROP ROTATIONCYCLES

10 years

indian mustard: phytoextraction / hyperaccumulation

eucalyptus: hyperaccumulation

5 years

3 years violets: phytoextraction / hyperaccumulation

PUBLIC CIRCULATION + PROGRAM

STRUCTURE - HYDROPONIC

COLUMNS

CONTAINER CIRCULATION + STORAGE

SOIL REMEDIATION

STRUCTURE - TRANSVERSE

AXONOMETRIC COMPILATION

HYDROPONIC WALL

SPATIALRELATIONSHIPS

PROGRAM INTERSECTION

FLOOR FOLLOWS CONTOUR

BOOLEAN CONTAINERS

1st cycle

2nd cycle

3rd cycle

milled hydroponic unit

cargo density with remedial timeline

UPPER LEVEL PLAN

BACK-OF-HOUSE PLAN

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plan section

Light amplifier

LED strip

Sound horn

Sound amplifier

Circuit andsound sensor

PROTOTYPE 1

03

SOUND CAPSULE

part of Grid Off | Lights ON installation in NYC

environmental technology workshop (w/ Prof. L. Kallipoliti) collaborators: Alexandria Avanzato and Mina Panichpackdee

GRID OFF, LIGHTS ON was an experimental research project to design and fabricate non-electrical off-grid lighting prototypes in response to urgent urban illumination needed during blackouts, a critical concern post hurricane Sandy.

Sound Capsule illuminates in response to different sounds. When yelled into, the prototype lights up. The LED lights are fueled by a solar cell and light is amplified and reflected through the mechanism.

Broadening its applications, responding to sound can be an energy conservation tool, where spaces of human interaction are illuminated and uninhabited spaces remain dark. Sound Capsule is also designed to become brighter as sound amplifies. An area of high vocal energy translates into a very bright space. In a blackout condition, light has the ability to signify places of social gathering.

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PROTOTYPE 2

LIGHT AMPLIFICATION TESTS

VOICE

LIGHT DIFFUSION

3. Metallic sphere4. Clear plastic sphere5. Clear PVC tube mesh6. Braided PVC tube

SOUND CONTROL

HOW IT WORKS:

1. Sound horns2. Sound ball

solar cell

no sound

one person yelling

two people yelling

battery

transistor

microphoneel wire light

SOUND HORN(DIRECT COLLECTOR)

SOUND BALL(AMPLIFIER)

SOUND SENSOR(LIGHT SWITCH) LIGHT

1

23

4 56

PROTOTYPE 3 / SOUND CAPSULE

0 5 10 20

Plan Folded

7' 11"

36' 11"

9'3" 11' 10" 6' 2" 8' 2"

8' 9

"

7' 10"

3'11

"

1'10"

4'11"

9'

7'10"

5'5"

5'1"

8' 2"

0 5 10 20

Plan Unfolded

04

MONSTER TRUCK

D+T workshop (w/ Raumlabor Berlin)collaboration w/ SOA M.Arch class of 2015

* drawings by Brian Luce

Monster Truck is the product of a one week experimental design-build workshop centered around the creation for a mobile cultural center for the Near West Side neighborhood in Syracuse, New York. Combining the unique social stoop culture of the neighborhood and the need for mobility, Monster Truck took on these characteristics. As a 26-ft movable vehicle, the wooden structure folds down to reveal a stage and indoor seating. The engine of the monster folds down into large stoop for gathering. The project now resides at La Casita Cultural Center where is used for festivals and community events.

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Short Section Through Stage Folded

0 5 10 20

6"2'8"

7'8"

1'11

"

Short Section Through Stage Unfolded

0 5 10 20

1'2"

8'10"6'2"1'6"5'3"

3'2"

0 5 10 20

Long Section Folded

3'9"5'5" 25'3"

0 5 10 20

Long Section Unfolded

3'3"

3'

7'6'3"

42'

9'9"2'3"4'11"5'

4'7"

Activation mode section

Transit mode section

Stage

Stoop

StageEntry

Porch

Sauna

Stoop

Bar

Transit modeActivation mode

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05

EVERSON CENTER OF PHOTOGRAPHY + FILM

design studio (w/ Prof. T. Brown + Prof. M. Haettach)

Located along the civic strip of downtown Syracuse, the Center of Photography + Film is designed as an addition to the existing Everson Museum of Art. It is intended to be a place of exhibition, education, research and social/cultural exchange.

The design of the new ECP+F was based on the development of a series of positive and negative formal relationships, originally discovered in the mapping/diagramming of downtown Syracuse.

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Lower Level

Ground Floor

Site Plan

Third Floor

Second Floor

Roof Plan

Lower Level

Ground Floor

Site Plan

Third Floor

Second Floor

Roof Plan

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32

a series of positive and negative relationshipsoperation:

circulation and rotation

solid vs. wrapper

form comparison

up

up

up

State Street

State Street

Harrison Street

GROUND FLOORWaterloo is a dead zone in the city landscapeClosed to access



1000 mm : 1mmTRAIN LEVEL PLAN (6m)


Dead space

Ground level directionality

Barrier demolition

Train level directionality

06

SUB-WATERLOO STATION [LONDON]

abroad studio (w/ Prof. D. Sacconi + Prof. F. Sanin)

This project demands the public permeation of the space below Waterloo Station, recovering the viaducts as part of a public landscape and reinstating the functionality of a two-layer system in the city; train and public ground.

Waterloo Station presently conceals a dead zone in the urban landscape greatly out of scale with its surroundings. The ground level of the station is mostly an unused and unseen space, approximately equal to the size of ten Trafalgar Squares. Waterloo is a viaduct station, with a series of brick arches that span the length of the station above. Making accessible the viaducts not only opens the space for public passage, but also instates Waterloos underbelly as an area of urban activity. Waterloo Station becomes closely connected with its context through the ground plane, as it permeates the station as both a landscape and a system of movement.

current DEAD AREA

proposed URBAN PERMEABILITYground leveltrain level

ground leveltrain level

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07

ACTIVE GROUND

visiting critic studio (w/ Prof. Fei Wang) collaboration with Richard Sa and Garrett Wineinger

As a relatively new city in China, Shenzhen is privy to the condition of urban villages. As the city grows, it engulfs existing farm villages, who in turn respond to the condition of urbanization. Low Carbon City is planned to exist in Pingdi, which is located on the current outskirts of Shenzhen. The Low Carbon City Master Plan proposes a relatively clean-slate condition in regard to the rural populations who currently reside there. The development of the new Low Carbon City in Shenzhen threatens the existence of existing developing urban villages in the Pingdi area.

This projects aims to highlight the potential vitality of a community at stake. The political phenomenon of urban villages may have the potential to offer a new model of sustainability. The migrant workers resources are often confined to the urban village due to political discrimination, creating pocket communities of walkability and connectivity. The site chosen in this project is a village in the early stages of urbanization located adjacent to the Low Carbon City welcome center.

An acupunctural strategy is used by intervening program elements at strategic arteries of the village. For example, schools can be made by adjoining two handshake buildings by the use of stairs or an elevator. Rooftops can be utilized as an extension of the streetscape for recreation or gardening. The ground floor is raised on many buildings to allow for greater space for street activities. The interventions are time based, attempting to plug into the existing master plans infrastructures and developments.

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The Market

Bike Path

Enclosed Plaza

Shopping

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P

P

P

P

population growth

activity program

infrastructure

sustainability measure

economic

social

environmental

RATE

Shops and recreation populate ground levelof residential buildings along main routes

Bicycle route implemented

Surface parking made available at poles

Bicycle parking along route

Bicycle route completed

New residential buildings constructedSites at poles designated for future development

Interior sites designated for future development

Perimeter sites designated for future development

New road builtAdjacent site designated for development

P

Landscape corridor nodes initiated

Landscape corridor paths built

Ground floor of buildings are raised and opened up to the street

New residential towers built with public/ cultural function

Village collective leases land to an external developer



Transition of building cluster to school

CompensationRelocationMonetary remuneration

Trees planted along landscape route

Transition of existing through road to bike route only

P

P

P

P

0 1 32 54 76 8 109

P

Existing Site Phase 1 Phase 2 Phase 3 Phase 4

bicycle route

road

bicycle parking

parkingP

new building development

demolition

future development area

ground floor opened to street

green corridor

transformation to school

landscaping and trees planted

pubic ground floor

EXISTING SITE PHASE 1 PHASE 2 PHASE 3

PP

P

P

population growth

activity program

infrastructure

sustainability measure

economic

social

environmental

RATE

Shops and recreation populate ground levelof residential buildings along main routes

Bicycle route implemented

Surface parking made available at poles

Bicycle parking along route

Bicycle route completed

New residential buildings constructedSites at poles designated for future development

Interior sites designated for future development

Perimeter sites designated for future development

New road builtAdjacent site designated for development

P

Landscape corridor nodes initiated

Landscape corridor paths built

Ground floor of buildings are raised and opened up to the street





Transition of building cluster to school

CompensationRelocationMonetary remuneration

Trees planted along landscape route

Transition of existing through road to bike route only

P

P

P

P

0 1 32 54 76 8 109

P

Existing Site Phase 1 Phase 2 Phase 3 Phase 4

bicycle route

road

bicycle parking

parkingP

new building development

demolition

future development area

ground floor opened to street

green corridor

transformation to school

landscaping and trees planted

pubic ground floor

PHASE 4

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44 SOUTH-WEST ELEVATION

HARVEY CHALETTOWN OF BLUE MOUNTAINS, ONTARIO

1/4" = 1'-0"JUNE 16, 2015

NORTH-WEST ELEVATION


1/4" = 1'-0"JUNE 16, 2015

SOUTH-EAST ELEVATION


1/4" = 1'-0"JUNE 16, 2015

1st and 2nd floor plans as received from designer

North-East elevation South-East elevation

North-West elevation

South-West elevation

GROUND FLOOR PLAN


1/4" = 1'-0"JUNE 16, 2015

08

HARVEY SKI CHALET

Gren Weis Architect and Associates

Design by Gren Weis / All drawings produced by self.

My responsibilities included the creation of a drawing set from schematic hand-drawn designs.

Tools: AutoCAD, Adobe Illustrator

Drawings taken with permission from architect.

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One-day January solar study to test daylight on the plaza

10am 11am 12pm 2pm 4pm

RETAIL

LOADING AREA

DROP OFF/PICKUP

RAMP DOWN TO PARKING BELOW

RESIDENTIAL LOBBY

RESIDENTIAL ENTRY

ST. MARY AVENUE

CARLETON STREET

RESIDENTIAL ELEVATORS

HOTEL ELEVATORS

OFFICE ELEVATORS

OFFICE LOBBY

HOTEL LOBBY

SIDEWALK

HOTEL ENTRANCE

OPEN PLAZA

OFFICE ENTRY


HOTEL ELEVATORS

SERVICE ELEVATORS

OFFICE ELEVATORS

OFFICE

HOTEL

B.O.H 1

2

3

4

5

13

12

11

10

9

678

W/CRAMP UP TO STREET

MECH. ROOM

APPROX.80 PARKING

SPOTS


HOTEL ELEVATORS

FREIGHT ELEVATOR

STAIRS

OFFICE ELEVATORS

STAIRS

STAIRS

UP


HOTEL ELEVATORS

HOTEL

14 1

2

3

4

5

13

12

11

10

9

678

SERVICE ELEVATORS

RESIDENTIAL./HOTELROOFTOP AMENITY


MECHANICAL ROOM

RESIDENTIAL SUITES

1

2

3

4

87

6

5

Ground FloorRetail

Residential Lobby

Parking Ramp

Hotel Lobby

Office Lobby

Loading Area

Below GradeParking

Low-Mid Rise Floor Plate / Low Rise Tower

Low Rise Floor Plate / Low Rise Tower

Office

Office

Office

High Rise Floor Plate / Low Rise Tower

Hotel Suites

Residential Suites

High Rise Tower

Below Grade

Ground Floor

Low-Mid Rise Floor Plate

Low Rise Floor PlateOce

OceGreen Roof

Oce

Parking

Parking

Potential Church Parking

Parking Escalators / Elevators

Retail

Parking Ramp - Up / Down

+ 15 Connection

Oce Lobby

Loading Area

High Rise Floor Plate

Mechanical Penthouse 09

TRUE NORTH SQUARE

Hariri Pontarini Architects

Design by HPA Team / led by David Pontarini.Site diagrams produced by self from analog design sketches.

Rhino 3D model produced by self.Massing diagrams produced by self.

Solar study diagrams produced by self.

My contribution included the digitalization and graphic representation of analog drawings, as well as the creation of a programmatic diagram set and solar study.

Tools: Rhinoceros, Adobe Illustrator

Drawings taken with permission from architect.

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Erastus Salisbury Field, The Garden of Eden, c.1860.

savage

inhospitable

waste

barron

desolate

Isolated ParadiseWilderness versus the pleasure garden

Gustave Dor, Depiction of Satan, the central character of John Miltons Para-dise Lost c. 1866.

10

THE WILDERNESS IDEA

Winner of the James Britton Memorial Award

adivsed by Greg Corso with Janette Kim and Julia Czerniak

It is generally understood in America that wilderness is place where nature exists in a pure and pristine state that is separate and away from the cultivated environment. However, there is no longer any place that qualifies as wilderness by these terms. It is now known that there is no such place that is unaffected by human beings in our globalized world. Even the most pristine parklands are infiltrated with electromagnetic waves and subject to global warming. Wilderness is at stake. But there is a future for wilderness when understood differently.

Wilderness is an idea. It does not exist as a place. The idea is culturally constructed and is one side of a dichotomy within nature, where on the other side is the cultivated environment. Wilderness is an anthropocentric attitude towards the world.

To preserve wilderness, we must preserve the idea of it. I propose that the architecturalization of the value systems that make up the several paradigms within the wilderness idea contributes to the preservation of wilderness, when understood as idea.

The thesis is first a lens to extract and distil the cultural meaning and values of wilderness. Second, I believe that there is great potential in the rearranging of the wilderness rhetoric to provoke more generative design around the issues of preservation.

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The Chancel and Crossing of Tintern Abbey, Looking towards the East Window by J. M. W. Turner, 1794

composition

picture-like

solitary

awe

rugged

HollywoodAesthetic scenery

Caspar David Friedrich, Wanderer above the Sea of Fog, 1817, Kunsthalle Hamburg

John Muir ponders whether he should dine at Shuko or Cherche Midi. Sierra Club

The Hunter. Theodore Roosevelt Foundation The United States Statutes at Large makes Yellowstone the first National Park:

public park or pleasuring ground for the benefit and enjoyment of the American people

pleasure

free

masculine

safe

American

NationalParkWilderness tourism

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The Land Ethic by Aldo Leopold, 1949 An Inconvenient Truth by Al Gore

untrammeled

pristine

endangered

montor

protect

The Kyoto Protocol , 1997

An international agreement linked to the United Nations Framework Convention on Climate Change that committed its Parties by setting internationally binding emission reduction targets.

A Condition at StakeManagement of a fragile ecosystem

Figure 1. A wolf pack moves across frozen river ice in Yukon-Charley Rivers National Preserve.

What Future for the Wildness of Wilderness in the Anthropocene?Robert Kaye, 2014

No-action wilderness would remain untouched by direct human actions, no matter what happens.

- Cole and Yung, 2010 Beyond Naturalness: Rethinking Park and Wilderness Stewardship in an Era of Rapid Change.

Hyperobjects, Timothy Morton.

wild

autonomous

evolved

affected

no-action

Autonomous yet AlteredAn affected landscape left alone to evolve

Alyssa GoraiebMaster of ArchitectureMay 2016

[email protected]

Documents

Alyssa Goraieb / Select Works