Shary Tawil by shary tawil

SHARY TAWIL CHERBOWSKI ARCHITECTURE PORTFOLIO

CONTENTS

EAST RIVER PLAZA NEW YORK, NY | TEN ARQUITECTOS

The East River Plaza mixed-use development aims to construct 1.1 million square feet over an existing retail center at the easternmost point of Manhattan. The project successfully negotiates multiple scales including those of the neighborhood, the existing retail center and the East River development corridor. The building accommodates 1,100 residential units including 25 percent affordable housing inside 3 residential towers and 2 townhouse-lined sky bridges that are accessed through a single street level residential lobby at 118th Street. Here cultural amenities and micro-retailers line the envisioned

neighborhood-scale plaza creating an active gateway. The individual towers are composed of different module types that include terraces, Juliet balconies and winter gardens. This allows the tower to express, through its mass, the desired relationship to views, landscape or solar orientation. This project embraces the possibility of a denser, more complete urban pattern that increases development opportunities, multiplies the options for living and engages local communities to proactively enhance both the neighborhood and the development.

TYPOLOGY: RESIDENTIAL/RETAIL/CULTURAL STATUS: SCHEMATIC DESIGN ROLE: INTERMEDIATE ARCHITECT/ DESIGNER DEVELOPED INITIAL CONCEPT OPTIONS AND MASSINGS. PRODUCED LAYOUTS AND FACADE STUDIES.

MASSING STUDIES

RECOGNIZING THE SCALE OF THE ST

CONNECT CITY TO PODIUM

TOWER COMPOSITION

ING

EAST RIVER PLAZA

TOWER

TERRACES

RELATIONSHIP TO LANDSCAPE

TOWNHOUSES

CONTINUE THE CITY CONTINUE THE CITY

THREESCALES SCALES OF CITY THREE OFTHE THE CITY

UNIT RELATIONSHIP TO THE CITY

GRADIENT

SITE PLAN SITE PLAN

Above: Roof Plan Left: Cross Section Upper Right: New plaza, retail and community centers Lower Right: VIew to plaza from 118th st

118TH STREET 118TH STREET

EAST RIVER EAST RIVER

EAST RIVER PLAZA

FACADE GRID GLAZING

STRUCTURE

FACADE GRID GLAZING

FACADE GRID

TYP

EA TYP

TYP

TYPE

TYP

FACADE MODULAR SYSTEMS FACADE COMPOSTITION

TYPE B - TERRACE TOWER UNIT LAYOUT

INDOOR/OUTDOOR SPACE “FLEXIBILITY”

BENEFITS OF BALCONY INCLUDE SOLAR SHADING ON FACADE AND RELATIONSHIP TO GARDEN

UNDERSTAND CONSTRAINTS AND PRIORITIES MAXIMIZE VIEWS OPERABLE WINDOW TYPE PTAC DISTANT VIEWS MULTIPLY CORNERS

EAST RIVER PLAZA

INDEPTH CHINATOWN TYPOLOGICAL CORRECTION | PROF. JUAN HERREROS | NEW YORK, NY | COLUMBIA GSAPP

Chinatown can be understood as a composition of layers: historical, programatical and architectural. The areaâ&#x20AC;&#x2122;s original structures have been able to accommodate its growing population by expanding inwards. This growth has created issues with depth and the way it is occupied by transforming the built environment in ways that not always provide adequate habitable spaces. The project aims to recognize and reutilize the elements that have made this neighborhood successful but at the same time intends to create a new identity through an integral model of intervention that can be replicated.

HISTORY

How to occupy depth? By understanding the potential of the alignment of plots, the structural capacity of the party walls and the connectivity of the stairs. These strategies aim to enrich depth by complementing and connecting spaces and functions at three different scales: units, buildings and blocks. The project proposes a transgression of the layers, a collection of skylines within a block, a city growing from faĂ§ade inwards and as a transgression to other blocks and potentially neighborhoods.

ENDLESS BANDS OF DOMESTIC LANDSCAPE

HISTORY OF BUILDING TOWNHOUSE TENEMENTDEPTH | CONQUERING REAR TENEMENT INTERIOR OPEN SPACE DOUBLE DECKER TENEMENT

HHYBRID TENE

TOWNHOUSE

HHYBRID TENE

TOWNHOUSE

TENEMENT

REAR TENEMENT

HISTORY OF DEPTH HISTORY OF DEPTH TOWNHOUSE

TOWNHOUSE

BUILT|OPEN: 50|50 POPULATION: +-320 ADEQUATE LIGHT + AIR: 100% BUILT|OPEN: 50|50 POPULATION: +-320 ADEQUATE LIGHT + AIR: 100%

TENEMENT

REAR TENEMENT

BUILT|OPEN: 70|30 POPULATION: +-5,200 ADEQUATE LIGHT + AIR: 50% BUILT|OPEN: 70|30 POPULATION: +-5,200 ADEQUATE LIGHT + AIR: 50%

DOUBLE DECKER TENEMENT

DOUBLE DECKER TENEMENT DOUBLE DECKER TENEMENT

HHYBRID TE

HHYBRID TENEMEN

DOUBLE DECKER TENEMENT

BUILT|OPEN: 80|20 POPULATION: +-28,000 ADEQUATE LIGHT + AIR: 20% BUILT|OPEN: 80|20 POPULATION: +-28,000 ADEQUATE LIGHT + AIR: 20%

INDEPTH CHINATOWN

EMENT

TYPOLOGICAL CORRECTION

EMENT

TYPOLOGICAL CORRECTION

ENEMENT

NEMENT

TYPOLOGICAL CORRECTION TYPOLOGICAL CORRECTION

HYBRID TENEMENT

BUILT|OPEN: 80|20 POPULATION: +-6,400 ADEQUATE LIGHT + AIR: 60% BUILT|OPEN: 80|20 POPULATION: +-6,400 ADEQUATE LIGHT + AIR: 60%

TYPOLOGICAL CORRECTION

BUILT|OPEN: 80|20 POPULATION: +-10,000 ADEQUATE LIGHT + AIR: 100% BUILT|OPEN: 80|20 POPULATION: +-10,000 ADEQUATE LIGHT + AIR: 100%

STAIRS TRANSGRESSION OF SKYLINES

TRANSGRESSION OF SKYLINES

PARTY WALLS

INTERIOR COURTYARD INTERIOR FACADE LAYER

COURTYARD FACADE LAYER

INTERIOR COURTYARD FACADE

EXTERIOR FACADE LAYER EXTERIOR

EXTERIOR FACADE LAYER

FACADE LAYER

BUILDINGS OBLITERATING FACADE HIERARCHY

LANDSCAPE OF ELEMENTS

E DECKER TENEMENT

INDEPTH CHINATOWN

TOWNHOUSE

TENEMENT

REAR TENEMENT

DOUBLE DECKER TENEMENT

HHYBRID TENEM

OBLITERATING FACADES HIERARCHY

HHYBRID TENEMENT

TYPOLOGICAL CORRECTION

HISTORY OF DEPTH

BUILT|OPEN: 50|50 POPULATION: +-320 ADEQUATE LIGHT + AIR: 100%

BUILT|OPEN: 70|30 POPULATION: +-5,200 ADEQUATE LIGHT + AIR: 50%

BUILT|OPEN: 80|20 POPULATION: +-28,000 ADEQUATE LIGHT + AIR: 20%

PARTY WALL LANDSCAPE

BLOCK LAYERING

PARTY WALLS TRANSGRESSION OF SKYLINES

INDEPTH CHINATOWN

PARTY WALLS

STAIRS

INTERIOR COURTYARD FACADE INTERIOR COURTYARD FACADE LAYER

TRANSGRESSION OF SKYLINES PARTY WALLS

INTERIOR COURTYARD FACADE

STAIRS

INTERIOR COURTYARD FACADE

TRANSGRESSION OF SKYLINES

EXTERIOR FACADE LAYER

INTERIOR COURTYARD FACADE LAYER

EXTERIOR FACADE LAYER

PARTY WALLS

EXTERIOR FACADE LAYER TRANSGRESSION OF SKYLINES

STAIRS

PARTY WALL CATALOGUE INTERIOR COURTYARD FACADE

PARTY WALL LANDSCAPE

INTERIOR COURTYARD FACADE BLOCK LAYER LAYERING + ELEMENTS

EXTERIOR FACADE LAYER

BUILDINGS OBLITERATING FACADE HIER

LANDSCAPE OF

PARTY WALLS

BLOCK LAYERING + ELEMENTS

INTERIOR COURTYARD FACADE BLOCK

BUILDINGS OBLITERATING FACADE HIERARCHY

EXTERIOR FACADE LAYER TRANSGRESSION OF SKYLINES

INTERIOR COURTYARD FACADE LAYER

LAYERING + ELEMENTS

EXTERIOR FACADE LAYER

LANDSCAPE OF ELEMENTS BUILDINGS OBLITERATING FACADE HIERARCHY

LANDSCAPE OF ELEMENTS

4-6 STORIES 6 + STORIES

1-3 STORIES

LANDSCAPE OF ELEMENTS

MATERIALITY

4-6 STORIES

CONCRETE

EXTERIOR FACADE LAYER

6 + STORIES MASONRY

BUILDINGS OBLITERATING FACADE HIERARCHY

LANDSCAPE OF ELEMENTS OBLITERATING FACADE HIERARCHY

SCAPE OF ELEMENTS

HEIGHT

MATERIALITY

1-3 STORIES

CONCRETE

4-6 STORIES

MASONRY

6 + STORIES

BRICK

CONDITION ADEQUATE

HEIGHT

MATERIALITY

CONDITION

1-3 STORIES

CONCRETE

ADEQUATE

4-6 STORIES

MASONRY

6 + STORIES

BRICK

RECENTLY BUILT | RENOVATED

RECENTLY BUILT | RENOVATED POOR TYPES A B

POOR

THE NEW PARTY WALL

HEIGHT

MATERIALITY

CONDITION

TYPES

1-3 STORIES

CONCRETE

ADEQUATE

4-6 STORIES

MASONRY

6 + STORIES

BRICK

AS STORAGE

AS SPACE OF NEGOTIATION

RECENTLY BUILT | RENOVATED POOR

AS SERVICES

MATERIALITY

CONDITION

TYPES

CONCRETE

ADEQUATE

MASONRY

F NEGOTIATION

1-3 STORIES

HEIGHT

BUILDINGS OBLITERATING FACADE HIERARCHY

AS CIRCULATION

HEIGHT

EXTERIOR FACADE LAYER

INTERIOR COURTYARD FACADE LAYER

ING + ELEMENTS

EXTERIOR FACADE LAYER

AS SERVICES

AS ONE CIRCULATION FOR TWO BUILDINGS

BRICK

RECENTLY | RENOVATED

BUILT AS STAIRS

C D

AS ONE CIRCULATION FOR TWO BUILDINGS

AS STAIRS

AS RESIDENCES

AS VOID

B AS RESIDENCES

AS VOID

AS GROWTH

POOR

E CONDITION AS ONE CIRCULATION FOR TWO BUILDINGS ADEQUATE AS STAIRS

AS SERVICES

CULATION FOR TWO BUILDINGS

RECENTLY BUILT | RENOVATED POOR TYPES AS STAIRS

A AS RESIDENCES B

TYPES

A AS RESIDENCES

AS VOID

AS GROWTH

B C D E F AS VOID

AS GROWTH

INDEPTH CHINATOWN

ENDLESS BANDS OF DOMESTIC LANDSCAP 18

PROCESS OF INFILTRATION

STORAGE AIR CONDITIONING

PROCESS OF INFILTRATION PROCESS PROCESS OF OF INFILTRATION INFILTRATION

MOVABLE STORAGE PLATFORM AIR STORAGE PLUMBING CONDITIONING AIR WOOD COLUMNS CONDITIONING LIGHT MOVABLE TRASH SHOOT PLATFORM MOVABLE PARTITIONS PLUMBING PLATFORM STORED IN WALLS WOOD COLUMNS PLUMBING LIGHT WOOD COLUMNS TRASH SHOOT LIGHT PARTITIONS TRASH SHOOT STORED IN WALLS PARTITIONS STORED IN WALLS

SCHEME 1 & 2

SCHEME 1 & 2 SCHEME 1 & 2

CONCRETE WALL SERVICE VOLUME HARD SURFACES STORED IN WOOD CONCRETE WALL SLABS CONCRETE WALL SERVICE VOLUME SERVICE HARD SURFACES VOLUME STORED IN WOOD SLABS HARD SURFACES STORED IN WOOD SLABS

SCHEME 3

WOOR PARTY WALL EXTENSION WOOD HORIZONTAL TRUSS STRUCTURE

HARD SURFACES FROM SLAB WOOR PARTY WALL EXTENSION WOOR PARTY WALL WOOD HORIZONTAL EXTENSION TRUSS STRUCTURE

SCHEME 3 SCHEME 3

INDEPTH CHINATOWN

SCHEME 3

CONCRETE WALL EXISTING BRICK PARTY WALL SERVICE VOLUME WOOD BEAMS

EXISTING BRICK PARTY WALL WOOD BEAMS

HARD SURFACES SERVICE WALL STORED IN WOOD SLABS WOOD COLUMNS

SERVICE WALL WOOD COLUMNS PANELITE MOVABLE PANELS

PANELITE MOVABLE PANELS

PERFORATED METAL STAIRS

WOOD WALL

SCHEME 1

SCHEME 2

FOR WALL TYPE A & B

FOR WALL TYPE A & B THAT

EXISTING BRICK PARTY WALL

WO EXT

WOOD BEAMS

WO TRU

SERVICE WALL

HA FRO

WOOD COLUMNS PANELITE MOVABLE PANELS

PERFORATED METAL STAIRS

SOF FRO

WOOD WALL

PER STA

SCHEME 2

FOR WALL TYPE A & B THAT SHARE A PARTY WALL

SCHEME 3

WOOR PARTY WALL EXTENSION WOOD HORIZONTAL TRUSS STRUCTURE HARD SURFACES FROM SLAB

SOFT SURFACES FROM SLAB PERFORATED METAL STAIRS

SCHEME 3

FOR WALL TYPE C & D

OCCUPYING DEPTH

INDEPTH CHINATOWN

SEWARD PARK NEW YORK, NY | TEN ARQUITECTOS

TYPOLOGY: RESIDENTIAL/RETAIL/CULTURAL STATUS: CONCEPT DESIGN ROLE: JUNIOR ARCHITECT/DESIGNER DEVELOPED MAPPING STUDIES, COLLAGES AND ASSEMBLED BOOK FOR COMPETITION SUBMISSION

The Lower East Side has always been an incubator for new immigrants with innovative ideas about culture, commerce and community. The urban fabric of the neighborhood and its vitality have been interrupted by the empty land on the south side of Delancey Street. The proposal envisioned architecture and a public realm that sustains a fully intertwined community that lives, learns, creates and interacts with the Lower East Side. -A vital network of people, resources and places connected organically, interacting as a system and collaborating to encourage exchange, foster learning and cultivate growth. -An intricate gradation of uses that would provide constant mutual support, both economically and socially fostering growth and resilience. -A spectrum of experiences that provide a rich, varied environment.

azing machines we call cities become?

to rethink, rediscover, and reinvent the es that foster interaction and embrace rgent social paradigms.â&#x20AC;? -Enrique Norten

SITE PLAN

DELANCEY ST VIEW

dynamic

interactive

DYNAMIC

INTERACTIVE

DELANCEY

ACTIVATE CITY

DELANCEY

MAKE ENJOY

CREATE

EXPERIENCE EXPLORE

CONNECT NEIGHBORHOOD

IN THE CITY

communal

engaging ENGAGING

INTERACT WITH THE CITY

COMMUNAL

CITY VIEWS

EXPLORE

SHOP

TASTE

LEARN

EXISTING MARKET : SHOP = UNIQUE PRODUCTS FROM LOCAL VENDORS

SHOP

GARDEN

LEARN

LOOK

BUY

SHARE MAKE

TASTE

DRINK

SIT

DINE

CREATE

EXCHANGE GROUND FLOOR

PROPOSED MARKET : SHOP PLUS = UNIQUE PRODUCTS PLUS A UNIQUE LOCAL EXPERIENCE

URBAN POROSITY

ROOF PLAZA

COMMUNITY EXPERIENCE

SEWARD PARK

Above: The project supported the local bike community and embraced the connection to the Williamsburg Bridge. Right: Ammenity spaces, community gardens, creative commercial rooms, and local farm-to-table cafes frame the elevated town square.

SEWARD PARK

Left: The project proposed a collaboration with DIA to support the local arts and community. Below: Section showing the proposed integrated streetscape and new urban realm in higher levels. Creation of an interactive and immersive urbanism, that affords residents and visitors alike the opportunities to explore, experience and engage.

WEST END SQUARE 37 WASHINGTON, D.C. | TEN ARQUITECTOS

The project’s location is at the heart of the West End neighborhood of Washington DC, is located primarily on a quiet block of L Street, between 23rd and 24th streets, but can be seen from multiple main vehicular arteries, including Washington circle. As one approaches the building, the rational, uniform stepping of the building facade becomes clear, individualizing and expressing each residential unit. From inside the building, the stepping enables every unit to have corner windows that provide views down those same corridors from which thebuilding is viewed from the neighborhood. This visual exchange can be moderated by the residents through the use of a double skin façade comprised of an aluminum window wall with interior venetian blinds. These blinds among other sustainable strategies also serve to help the project reach LEED Gold by providing sun shading to minimize solar heat gains. The program includes over 174 luxury apartments, a library, a street-side café and retail spaces.

TYPOLOGY: MIXED USE STATUS: CONSTRUCTION 2014 ROLE: INTERMEDIATE ARCHITECT DEVELOPED LAYOUTS, FINISH SCHEDULE, IMAGES AND FACADE DETAILS.

down those same corridors from which the ies, including sun shading to minimize solar heat gains. The is viewed from the neighborhood. proaches building the program includes over 174 luxury apartments, by epping ofThis the visual exchange can be moderated a library, a street-side café and retail spaces. the residents through the use of a double skin ndividualizing façade comprised of an aluminum window l unit. From wall with interior venetian blinds. These blinds enables every among other sustainable strategies also serve to provide views m whichhelp the the project reach LEED Gold by providing sun shading to minimize solar heat gains. The eighborhood. includes over 174 luxury apartments, moderatedprogram by library, a street-side café and retail spaces. a double askin num window These blinds s also serve to by providing TEN Arquitectos at gains. The y apartments, WESTEND SQ 37. Mixed-Use Mid Rise retail spaces.

MAX MASSING ENVELOPE

TEN Arquitectos, NY 2010-2013

Key Data

ixed-Use Mid Rise

MAX MASSING ENVELOPE MAX MASSING ENVELOPE

CREATING CORNERS FOR TANGENTIAL VIEWS CREATING CORNERS FOR TANGENTIAL VIEWS

ision

N Arquitectos

CREATING CORNERS FOR TANGENTIAL VIEWS

FRAGMENTING THE SCALE OF THE BUILDING

SOUTH FACING TERRACES

Location : Washington, DC, US, 2010 Program: DC Public Library, Market Rate Residential Units,Retail. Phase: SD - CD Supervision

DC, US, 2010 rary, Market Rate

is at SOUTH the heart of the FACING TERRACES d of Washington DC, is quiet block of L Street, streets, but can be seen cular arteries, including one approaches the uniform stepping of the es clear, individualizing residential unit. From stepping MASSING enables every PROPOSED dows that provide views ridors from which the m the neighborhood. can be moderated by he use of a double skin an aluminum window an blinds. These blinds e strategies also serve to EED Gold by providing e solar heat gains. The 174 luxury apartments, café and retail spaces.

MAX MASSING ENVELOPE

EAST AND WEST FACING TERRACES

The project’s location heartFACING of the FRAGMENTING THE is at the SOUTH THE BUILDING TERRACES FRAGMENTING THE SOUTH FACINGDC, TERRACES WestSCALE End OF neighborhood of Washington is SCALE OF THE BUILDING located primarily on a quiet block of L Street, between 23rd and 24th streets, but can be seen from multiple main vehicular arteries, including Washington circle. As one approaches the building, the rational, uniform stepping of the building facade becomes clear, individualizing and expressing each residential unit. From inside theTHEbuilding, the stepping enables every WARPING VOLUME MASSING PROPOSED unit to have corner windows that provide views down those same corridors from which the building is viewed from the neighborhood. This visual exchange can be moderated by the residents through the use of a double skin façade comprised of an aluminum window wall with interior venetian blinds. These blinds among other sustainable strategies also serve to help the project reach LEED Gold by providing sun shading to minimize solar heat gains. The program includes over 174 luxury apartments, a library, a street-side café and retail spaces.

EAST AND WEST FACING EAST AND TERRACES WEST FACING TERRACES

WARPING THE VOLUME WARPING THE VOLUME

PROPOSED MASSING MASSING PROPOSED

Left: Ground floor plan Above: Massing studies LIBRARY COURTYARD Right: North, South and East Elevations

WEST END SQ 37

Design Architect:

Architect of Record:

Owner/Developer:

TEN ARQUITECTOS

WDG ARCHITECTURE

EastBanc W.D.C.

West End | Square 37

Washington, DC March 28, 2012

Residential Terrace Elevations/Section

4’

8’

SCALE 1/8”=1’

A-42

South Elevation Details

West End | Square 37

Washington, DC March 28, 2012

Owner/Developer:

Architect of Record:

Design Architect:

EastBanc W.D.C.

WDG ARCHITECTURE

TEN ARQUITECTOS

A-41

16’

WEST END SQ 37

SURFACE SCREEN STRUCTURE NEW YORK, NY | COLUMBIA GSAPP

This course focuses on the design and digital fabrication of sun screening systems for the New Inc Building neighbouring the New Museum. Based on indigenous weaving techniques

the facade was designed to simulate a pattern at a scale that could be manipulated by the artists and users of the incubator spaces inside. A new catwalk r

NEW INC.

was also proposed as an intermediate space between the street and the interior to create a gathering space thtat could be shared by the different spaces in the building.

SURFACE SCREEN STRUCTURE

321 OCEAN DRIVE MIAMI, FL | TEN ARQUITECTOS

321 Ocean Drive is a residential oceanfront development at the southern end of Miami Beach. It consists of two residential buildings with an elevated courtyard in between. The western building has 6 units and the eastern building 16. The first level houses the main lobby on the street-front as well as 50 parking spaces and a pool terrace on the beachfront. Units in the west tower are organized in a pinwheel of intersecting volumes. These take

advantage of different urban and natural views offered by the project with projected balconies. The eastern volume is organized perpendicular to the oceanfront; balconies flank the interior side of the building facing the courtyard and the exterior side of the building on the ocean side. The project is clad in window wall, louver, metal screens and solid wall portions articulating volumetric and programmatic organization of the building.

TYPOLOGY: RESIDENTIAL STATUS: CONSTRUCTION ROLE: JUNIOR ARCHITECT/DESIGNER RESPONSIBLE FOR UNDERSTANDING & IMPLEMENTING ALL ENVIRONMENTAL REGULATIONS. DEVELOPED DESIGN FROM CONCEPT TO 25% CONSTRUCTION DOCUMENTS

321 OCEAN DRIVE

Left: Two towers with intermediate courtyard Roof Plan Lower : West & East towers typical floor plan Upper Right: Lobby views Lower Right: Aerial view of courtyard WEST TOWER TYPICAL LAYOUT

EAST TOWER TYPICAL LAYOUT

OCEAN DRIVE

OGRAM

YPICAL FLOOR PLAN - 50’ OFFSET - 1/32” = 1’

1 OCEAN DRIVE

MIAMI

321 OCEAN DRIVE

OPERABLE LOUVER SYSTEM @ SLAB

LOUVER ANCHOR

SECTION THROUGH LOUVER FACADE

SECTION THROUGH RAINSCREEN

Upper Left: Rainscreen and louver system details. Above: Lobby view from entry plaza Lower Left: West tower view from street Left: Louver detail

321 OCEAN DRIVE

WILLIS GARDEN CASITA BRONX, NY | TEN ARQUITECTOS

“Casitas” are community hubs integral to the social culture of NY Puerto Rican communities. They serve as gathering places where people converse, cook, play and host musical performances. New York Restoration Project (NYRP) was seeking a design that could be deployed in gardens throughout the city. We designed and built the first prototype at the Willis

Ave Community Garden in the Bronx. The 12 x 36 ft “kit of parts” modular structure was constructed out of precut tempered wood bolted together. The Casitas will not only serve for social gatherings. They will be outfitted with green technologies and solar panels to provide Wi-Fi, light, electricity and water so locals can find refuge should NYC experience another large-scale storm.

TYPOLOGY: INFRASTRUCTURE/CULTURAL STATUS: BUILT ROLE: CONCEPT DESIGN / CONSTRUCTION PRODUCED SITE ANALYSIS. RESEARCHED MATERIALS, CONSTRUCTION AND PRECEDENTS. PARTICIPATED IN THE CONSTRUCTION OF THE FIRST PROTOTYPE

ENOUGH, 3 FLEXIBLE TO RESPOND TO THE

SIGN FOR A CASITA TO BE STITUTED AT VARIOUS ARDEN LOCATIONS OUND NYC.

12’ 12’

12’

3’ 6’

18” 18”

UNIQUE REQUIREMENTS OF EACH OF NYRP’S 52 WILLIS GARDEN TYPICAL PANELCASITA TYPICAL PANEL CONSTRUCTION GARDENS

8” 12’

CONSTRUCTION

WILLIS GARDEN TYPICAL PANELCASITA TYPICAL PANEL CONSTRUCTION

E CASITA SHOULD EATE A COMMUNITY ACE TO BE USED IN ANY AY THE USERS OF THE ARDEN REQUIRE...

CONSTRUCTION 12’

18” 18” 18” 18” 18” 18” 18” 18”

ADAPTABLE

6’

ADAPTABLE

6’

18”

6’ 12’ 18”

18”

8”

12’ 3’

6’

18”

ONTO THREADED RODS 18”

”8

8”

SLIDE SPACERS ONTO THREADED RODS

12’

8”

SLIDE ON BOLTS, WASHERS AND TIGHTEN ENDS

PAGE 15

TIGHTEN

SLIDE ON BOLTS, WASHERS AND TIGHTEN ENDS PAGE 15

6’

12’

6’

TIGHTEN

12’

SLIDE ON BOLTS, WASHERS AND TIGHTEN ENDS 3’ 3’

6’

3’

6’ 6’ 18” 18” 18” 18”

PAGE 15

18” 18” 8” 8” 8”

3’

12’

18”

3’

6’ 6’ 18” 18” 18” 18” 18” 8” 8” 8”

6’

18” 18”

8”

ISSUE 04 - APRIL 2014 / TENARQUITECTOS

COMPLETE! ISSUE 04 - APRIL 2014 / TENARQUITECTOS

12’

= = =

PRE DRILL 12’

12’

8” 12’

12’

TEN ARQUITECTOS

HUMAN SCALE

6”

PLACE

SCREW

WITH PANEL HORIZONTAL DRILL PILOT HOLE WITH ASSISTANCE, TILT PANEL ONTO EXISTING FRAME. INSERT LONG WOOD SCREW INTO PRE DRILLED THROUGH EVERY OTHER BOARD 6” FROM EITHER HOLES. END.

COMPLETE! 12’

12’ 12’ 12’ 12’ 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18”18” 18” 18”18” 18” 18”18” 18” 18”18” 18” 18”18” 18” 18”18” 18” 18”

WILLIS GARDEN CASITA VERTICAL WALL PANEL INSTALLATION VERTICAL WALL

COMPLETE!

18” 18”

3’ 6’

6’

12’

PANELS

3’

6’

12’

ALTERNATING BATTENS AND SPACERS

6’

12’

FLEXIBLE 6 8 REPEAT ASSEMBLY

ONTO THREADED RODS TIGHTEN

PANELS

12’

ALTERNATING BATTENS AND SPACERS

5 7 SLIDE SPACERS

12’

PROTECTION

12’

WILLIS GARDEN CASITA VERTICAL WALL PANEL INSTALLATION VERTICAL WALL

12’

REPEAT ASSEMBLY THE CASITA SHOULD BE AT A ALTERNATING BATTENS AND SPACERS RELATABLE HUMAN SCALE; AND PROVIDE FOR BOTH INDIVIDUALS AND GROUPS REPEAT ASSEMBLY

+ + + +

PANELS

12’

”8118” 8”

COMMUNITY PLACE 6 12’

SLIDE SPACERS

12’

’3 3’

3’

6’ 6’ 18”

8”

WILLIS GARDEN CASITA VERTICAL WALL PANEL INSTALLATION VERTICAL WALL

’21

6’ ’6 ”8118” 12’

12’ 3’

’21

18”

12’

’6

12’

12’ 3’

8”

12’ 18” 18” 18” 18” 18” 18” 18” 18”

12’

18” 18” 18” 18” 18” 18” 18” 18” 12’ 12’

6’

’21

18” 18” 18” 18” 18” 18” 18” 18” 12’

18”

RTS. A ANELS ADAPTABLE RTS. A UIT THE ANELS UIT THE E CASITA SHOULD RTS. LTER THE A SURROUNDING VIRONMENT, NOT SHUT ANELS OUT. THE CASITA SHOULD MAIN AN EXTERIOR SPACE. UIT THE

12’

18”

EXIBLE ENOUGH, O RESPOND TO THE NIQUE REQUIREMENTS F EACH OF NYRP’S 52 ARDENS

RM, OR BE RM, OR AFFECTBE RUCTURE AFFECTRM, OR RUCTURE BE AFFECTRUCTURE

ENVIRONMENT, NOT SHUT IT OUT. THE CASITA SHOULD WILLIS GARDEN TYPICAL PANELCASITA TYPICAL PANEL CONSTRUCTION REMAIN AN EXTERIOR SPACE. 3’

6’

8”

CASITA SHOULD 4 THE FILTER THE SURROUNDING

12’ 12’ 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18” 18”

CONSTRUCTION

12’

E CASITA SHOULD BE AT A LATABLE HUMAN SCALE; ND PROVIDE FOR BOTH DIVIDUALS AND GROUPS

12’

12’ ’21 18” 18” 18” 18” 18” 18” 18” 18” ”81 ”81 ”81 ”81 ”81 ”81 ”81 ”81

’21

12’

ISSUE 04 - APRIL 2014 / TENARQUITECTOS PAGE 18

TEN ARQUITECTOS

PRE DRILL

PLACE

SCREW

ISSUE 04 - APRIL 2014 / TENARQUITECTOS

WITH PANEL HORIZONTAL DRILL PILOT HOLE WITH ASSISTANCE, TILT PANEL ONTO EXISTING FRAME. INSERT LONG WOOD SCREW INTO PRE DRILLED THROUGH EVERY OTHER BOARD 6” FROM EITHER HOLES. END.

PAGE 18

PRE DRILL

PLACE

ISSUE 04 - APRIL 2014 / TENARQUITECTOS

SCREW

WITH PANEL HORIZONTAL DRILL PILOT HOLE WITH ASSISTANCE, TILT PANEL ONTO EXISTING FRAME. INSERT LONG WOOD SCREW INTO PRE DRILLED THROUGH EVERY OTHER BOARD 6” FROM EITHER HOLES. END.

PAGE 18

ISSUE 04 - APRIL 2014 / TENARQUITECTOS

ODULES

ODULES DING ON REMENTS DING ON GARDEN. ODULES REMENTS GARDEN. DING ON REMENTS KIT OF PARTS GARDEN. N OF MODULES AND FRAMES PRODUCES A UNIQUE CASITA. A LITTLE HOUSE, THAT IS THE E AND FOCAL POINT OF THE COMMUNITY GARDEN. N OF MODULES AND FRAMES PRODUCES A UNIQUE CASITA. A LITTLE HOUSE, THAT IS THE E AND FOCAL POINT OF THE COMMUNITY GARDEN.

N OF MODULES AND FRAMES PRODUCES A UNIQUE CASITA. A LITTLE HOUSE, THAT IS THE E AND FOCAL POINT OF THE COMMUNITY GARDEN.

TEN ARQUITECTOS TEN ARQUITECTOS

TEN ARQUITECTOS

ASSEMBLY DETAILS

SECTION LAYOUT

237 KINGS PT ROAD LONG ISLAND, NY | TEN ARQUITECTOS

The elements conditioning the plans for this private residence in Great Neck, Long Island where established by the position of the project in relation to the tensions created by the features of the physical place: the water, the earth and the sky, the town and the mountains, humans and nature. The program called for a solution in which the public and private domains, intimate and communal life, the interior

and the exterior would complement one another. The boomerang form responds to the topography and site conditions, embraces the site and also helps maximize rear yard, bayside frontage while minimizing street frontage. Two courtyards, one at either side, reinforce the axial composition opening the different spaces to the best views and exposure to the sun.

TYPOLOGY: PRIVATE RESIDENCE STATUS: CONSTRUCTION 2015 ROLE: PROJECT MANAGER LEAD DESIGNER AND SUPERVISOR. PRIMARY LIAISON BETWEEN EXECUTIVE ARCHITECT, CLIENT AND CONSULTANTS.

1ST FLOOR PLAN

Upper Left: The first floor of the project includes the most public areas: entrance foyer, kitchen, formal living, formal dining, office. The cellar level includes a number of semi-public areas: prayer room, mikvah and guest room. Lower Left: The master bedroom and 4 rooms are located on the upper floor of the residence. 2ND FLOOR PLAN

237 KINGS PT ROAD

SOUTH WEST ELEVATION (FRONT)

NORTH EAST ELEVATION

NORTH WEST ELEVATION

SOUTH ELEVATION

PRECAST FASCIA TYP.

BUILDING S MICHAEL G JOHN FIEL 307 West 38 New York, N T212.279.15 www.buildin

DESIGN ARCHITE TEN ARQUITECTO 227 W 29TH STRE NEW YORK, NY 10

2 A410 1 A410

STRUCTURAL ENG GAD ASHOORI, CO 47 APPLETREE LA ROSLYN HEIGHTS

LANDSCAPE DESI MICHEL & ASSOC ONE BREWSTER S GLEN COVE, NY 1

CIVIL ENGINEER: CHARLES J. DEFE SITE, CIVIL GEOTE 8 PEQUOT. PORT WASHINGTO PREC FASCIA T 3" STUD SLEEPERS CONC. DECK CLOSED CELL INSULATION EXT. GRADE GWB 3" WINDOW WALL SUPPORT

1 A411

REVISIONS:

1 EXTERIOR PLANTER

DOB SUBMIS

2 A303

3 4

UPPER DRIVEWAY

5 6 7 8

AST CONC. A

PROJECT TITLE:

TALAS

2'-32" 2'-321"

1'-10"

CONC. DECK

237 KINGS PO KINGS POINT

SMOOTH STUCCO FINISH CELL CLOSED INSULATION CONC. FOUNDATION WALL

LANDSCAPE BRIDGE (SEPARATE STRUCTURE)

SEAL & SIGNATUR

CONC. WATERPROOF FOUNDATION WALL MEMBRANE 4" RIGID INSULATION

STORAGE DRIVEWAY

DRAWING TITLE: CONC. SLAB WATERPROOF 4" RIGID MEMBRANE INSULATION 8" DIA. FOOTING DRAIN

WALL SE

SCALE: DATE:

PROJECT NUMBE DRAWN BY: CHECKED BY: SHEET NUMBER:

NYC DOB NUMBER

int Road Talass Residence\CAD\Current Set\ A-400-403_Wall Sections.dwg

Above: A-Building section through precast perforated wall, window wall, exterior planter detail. B- Building section through window wall, stone veneer wall and kitchen stairway. Upper Right: House view from street. Right: Entry view from car ramp.

237 KINGS PT ROAD

HYBRID EFFICIENCITY PARADOXICAL EFFICIENCIES | PROF. MARC TSURUMAKI | NEW YORK, NY | COLUMBIA GSAPP

THE TOWER EXPERIMENTS WITH NEW SOCIAL AND COMMUNAL CONFIGURATIONS AND HYBRIDISATION OF WORK AND DOMESTIC SPACE TO PROPOSE NEW WAYS OF LIVING, TRAVELLING AND WORKING BY FINDING A BALANCE BETWEEN PUBLIC AND PRIVATE SPACE AND ITS IMPACT ON MODERN LIFE.

THE PROJECT EXPLORES A FORM OF ECONOMIC LOGIC RELATED TO REAL ESTATE SF AS WELL AS THE ARCHITECTURAL RAMIFICATION OF A TOWER THAT OPTIMIZES SPACE AND USE BY SHARING OF ARCHITECTURAL CONDITIONS BY PROGRAMS OVER THE COURSE OF A DAY.

DIALOGUE WITH FLAT IRON AND CITY

NEIGHBORHOODS B & C

STREET PERSPECTIVE OF FACADE ACTIVITY

WAYSCONDITIONS OF LIVING, TRAVELLING AND WORKING FINDING BEBY PROGRAMS OVER THE BY COURSE OFAABALANCE DAY. TWEEN PUBLIC AND PRIVATE SPACE AND ITS IMPACT ON MODERN LIFE.

EXTEND

ROOM CATALOGUE THE TOWER

SPACE AND USE BY SHARING OF ARCHITECTURAL LOGICOPTIMIZES | STRUCTURE | PARTITIONS CONDITIONS BY PROGRAMS OVER THE COURSE OF A DAY. HOTEL STRUCTURE PARALLEL TO FACADE - MAXIMUM PRIVACY FROM THE OUTSIDE AND INSIDE OFFICE STRUCTURE PERPENDICULAR TO FACADE - MAXIMUM SUNLIGHT

EXTENDED STAY

LOGIC | STRUCTURE | PARTITIONS

ACCOMMODATIONS

HOTEL STRUCTURE PARALLEL TO FACADE - MAXIMUM PRIVACY FROM THE OUTSIDE AND INSIDE OFFICE STRUCTURE PERPENDICULAR TO FACADE - MAXIMUM SUNLIGHT

OFFICE

FLEXIBILITY | VARIATION

EXTEND

FLEXIBILITY | VARIATION ROOM ADJACENCY TO ALLOW MAXIMUM FLEXIBILITY AND VARIATION. BASED ONON A TIME AND SPACE MAPMAP EACH USER ROOM ADJACENCY - MAXIMUM FLEXIBILITY AND VARIATION. BASED A TIME AND SPACE EACH USER CAN DEFINECAN THEIR SPACE AND TIME PERSONALIZE THEIR EXPERIENCE

FLEXIBILITY | VARIATION

EXTENDED STAY

ROOM ADJACENCY - MAXIMUM FLEXIBILITY AND VARIATION. BASED ON A TIME AND SPACE MAP EACH USER CAN PERSONALIZE THEIR EXPERIENCE

LOGIC | STRUCTURE | PARTITIONS SUNLIGHT.

ACCOMODATION

CO-WORKING

FACADE TO SHOW TEMPORALITY AND FLUCTUATION OF USERS IN SPACES. LED LOUVERS SHUT DOWN SPACE WHEN NOT IN USE FOR CLIMATE CONTROL AND TO ADVERTISE ACTTIVITIES IN THE BUILDING

ACCOMODATION

CO-WORKING

OFFICE OFFICE

FACADE TO SHOW TEMPORALITY AND FLUCTUATION OF USERS IN SPACES. LED LOUVERS SHUT DOWN SPACE WHEN NOT IN USE FOR CLIMATE CONTROL AND TO ADVERTISE ACTTIVITIES IN THE BUILDING

ACCOMODATION

CO-WORKING

HOTEL HOTEL

ELEVATION DETAIL * PORTION OF THE BUILDING SHOWING ACTIVITY, OCCUPANCY AND VACANCY DURING A DAY ELEVATION DETAIL *

HYBRID EFFICIENCITY FACADE POSSIBLITIES TO SHOW TEMPORALITY AND FLUCTUATION OF USERS IN SPACES. POSSIBLE LED SCREENS TO ADVERTISE THE EVENTS HAPPENING IN THE ELEVATION DETAIL * BUILDING PORTION OF THE BUILDING ACTIVITY, OCCUPANCY AND VACANCY DURING A DAY ELEVATION DETAILSHOWING * PORTION OF THE BUILDING SHOWING ACTIVITY, OCCUPANCY AND VACANCY DURING A DAY

ELEVATION DETAIL *

PORTION OF THE BUILDING SHOWING ACTIVITY, OCCUPANCY AND VACANCY DURING A DAY

LEARNING CENTER LEARNING CENTER LEARNING CENTER

08:00 08:00 08:00 LEARNING | HOSTEL LEARNING | HOSTEL LEARNING | HOSTEL

13:00 13:00 13:00

HOSTEL | HOURLY HOSTEL | HOURLY HOSTEL | HOURLY

18:00 18:00 18:00

COWORKING SPACE COWORKING SPACE COWORKING SPACE

23:00 23:00 23:00

VARIATION

EXTENDED STAY | OFFICE

2 LEARNING CENTER

3 LEARNING | HOSTEL

4 HOSTEL | HOURLY

AXIMUM FLEXIBILITY AND VARIATION. BASED ON A TIME AND SPACE MAP EACH USER R EXPERIENCE

08:00

TION

CO-WORKING

OFFICE

PORALITY AND FLUCTUATION OF USERS IN SPACES. LED LOUVERS SHUT DOWN E FOR CLIMATE CONTROL AND TO ADVERTISE ACTTIVITIES IN THE BUILDING

NCITY

RY TAWIL

COMODATIONS, S THAT EXPLORE NEW NG A BALANCE BEN MODERN LIFE.

13:00

F ARCHITECTURAL DAY.

EXTENDED STAY

HOTEL

IDE AND INSIDE

DETAIL *

LDING SHOWING ACTIVITY, OCCUPANCY AND VACANCY DURING A DAY

18:00 5

EXTENDED STAY | OFFICE

LEARNING CENTER

COWORKING SPACE

E AND SPACE MAP EACH USER

08:00 3

ORKING

OFFICE

23:00

LEARNING | HOSTEL

6 LOBBY | ADMIN | BOH

D LOUVERS SHUT DOWN TIES IN THE BUILDING

13:00 4

HOTEL

HOSTEL | HOURLY

LEARNING CENTER

EXTENDED STAY | OFFICE

HYBRID EFFICIENCITY

H USER

08:00 6

LEARNING | HOSTEL

OFFICE

13:00 7

1 HOTEL

HOSTEL | HOURLY

DAY

18:00 COWORKING SPACE

LEARNING CENTER

23:00

LOBBY | ADMIN | BOH

LEARNING | HOSTEL

HOSTEL | HOURLY

RECALIBRATION

NEIGHBORHOOD C COWER | HOSTEL | HOURLY

POO

GYM L|

61 | SP A

PER

LIBR FOR

ARY MA

MEC H

RES

TAU RA

MM SPA CE

NA RECALIBRATION

IL *

|C NC

AFE E

ERC

IAL

NEIGHBORHOOD A EXTENDED STAY | OFFICE

NEIGHBORHOOD B HOTEL | LEARNING CENTER

EVE ETA

RECALIBRATION

LOBBY | BOH

VAT IO

RECALIBRATION

ELE

LOB

AND CITY

HYBRID EFFICIENCITY

RECALIBRATION BETW NEIGHBORHOODS A &

RECALIBRATION BETW NEIGHBORHOODS A

RECALIBRATION BETW NEIGHBORHOODS B &

RECALIBRATION BETW NEIGHBORHOODS B

NY PUBLIC LIBRARY NEW YORK, NY | TEN ARQUITECTOS

In a neighborhood of high-end retail and luxury residences, this 30,000 square foot branch library will fulfill a much needed role as a public space and touchstone for the local community and visiting tourists. Despite the library’s site being predominantly below grade and set at the base of a new 40-story hotel, this design proposal transforms the dark, subterranean space into an inviting, open and light-filled civic landscape in the heart of Manhattan. The branch library’s identity is not expressed by an iconic façade

symbolizing the New York Public Library as an institution. Instead, the façade disappears completely to reveal a dynamic public space and internal streetscape. The topography connects the three floors in a way that not only brings light and views to the deepest corners of the plan, but also provides opportunities for interaction. The adaptable open plan and integration of books, art and technology engage the occupant by providing an accessible, intuitive landscape offering a wide spectrum of public and private spaces.

TYPOLOGY: PUBLIC LIBRARY STATUS: CONSTRUCTION 2014 ROLE: INTERMEDIATE ARCHITECT/ DESIGNER DEVELOPED LAYOUTS, FINISH SCHEDULE, IMAGES AND FACADE DETAILS.

Project cross section showing open public bleachers in relation to streetscape and library levels.

GROUND FLOOR PLAN

FIRST CELLAR FLOOR PLAN

SECOND CELLAR FLOOR PLAN

NY PUBLIC LIBRARY

Upper Left:Store front detail section of interior glass door Upper Right: First Cellar view of book shelves Left: Bleacher view from street Above: Program diagrams

SHARY TAWIL CHERBOWSKI ARCHITECTURE PORTFOLIO