portfolio&work samples

Page 1

ELAINA BERKOWITZ

SELECTED WORKS University of Florida, B. Design 2012


CONTENTS ACADEMIC WORK/COMPETITIONS The Woven Showroom

The Elevated Dwelling

U14

10 16 20 Rhythmic Landscapes

Urban Living Room

Mask and Scene

24 28 32 Urban Plinth

Articulated Chromatics

Semperian Pavilion

38 42 46


PROFESSIONAL WORK

B’Nai Jeshurun

Przeworski Stella Lab

NYU Jay Street

50 52 53 Ramapo College of New Jersey

NYU SCPS

54 55


HOW CAN TECTONICS EXPRESS THE PRODUCTION OF TEXTILES? THE WOVEN SHOWROOM

SoHo, NYC / 2012 / CRITIC: ALFONSO PEREZ

10


The showroom is designed to house textile design and clothing in the middle of So Ho, a world-famous shopping district. Through the methodical analysis of a pattern/ system of patterns, discoveries are made for efficient systems of structure, entry, openings for light, and environmental conditions, as well as responses to programmatic needs. These patterns are reminiscent of the patterns created through the weaving of textiles.

Lightwells

PRODUCED BY AN AUTODESK PRODUCED EDUCATIONAL PRODUCED BY AN AUTODESK PRODUCED BY PRODUCT AN AUTODESK EDUCATIONAL PRODUCED BY AN AUTODESK EDUCATIONAL BY PRODUCT AN AUTODESK EDUCATIONAL PRODUCT EDUCATIONAL PRODUCT PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Re-arranged hearth

THE WOVEN SHOWROOM / NYC

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Circulation

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Hearth

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Exhibition volumes

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCEDPRODUCED BY AN AUTODESK PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCED BY AN AUTODESK EDUCATIONAL BY PRODUCT AN AUTODESK EDUCATIONAL PRODUCED PRODUCT EDUCATIONAL BY PRODUCT AN AUTODESK PRODUCT EDUCATIONAL PRODUCT


The enclosing structure elevates the pavilion of the ground, leaving a minimal impression on the existing building below. The structure contains the space inside like a box within a box. The skin membrane is then able to operate independently.

12


lightwells- Hearth

roof

exterior structural membrane-Framework

exhibition walls

multi-layered, tectonic skin systemEnclosing membrane

The enclosure system is designed to invoke the lightweight, translucent nature of fabric. A steel structure provides support to hold translucent panels, much like a loom is designed to hold a lightweight pattern of thread.

THE WOVEN SHOWROOM / NYC


The enclosure membrane is designed with lights that illuminate the translucent panels from the inside, making the pavilion glow during the night. It also illuminates exhibition items.

14


THE WOVEN SHOWROOM / NYC


HOW THIN CAN A STRUCTURE BE? THE ELEVATED DWELLING

CENTRAL FLORIDA / 2010 / CRITIC: STEPHEN BELTON

The landscape of central Florida is characterized by its many springs. Vast forests are carved away by these springs and the rivers they feed. The spring is experienced as a pause in the landscape, a moment of stark horizontality within the vertical nature of the trees. In the heat of a Florida day, the area surrounding the spring is without shade or cover. The qualities of light that are created from the canopy overhead on the journey to the spring are gone once the destination is made. Concept sketches- grid, fold, elevate

16


THE ELEVATED DWELLING / FLORIDA


Direct and diffused light of canopy

Verticality and density of trees Site mapping

18


THE ELEVATED DWELLING / FLORIDA


The goal of the competition is to challenge students to engage with the space and activity surrounding the University of Florida campus by offering the unique opportunity to design, develop, fabricate, manage and build their design under the supervision of an architect. Our goal is to re-imagine this building as an icon for the city of Gainesville, the University of Florida, and the many students, professionals, and visitors who will use this building. To create an icon that is recognized by residents as well as projected visitors, this proposal imagines the new space as a pavilion for public engagement. By using materials that respect and engage the existing building, while simultaneously creating innovative systems of construction, an interesting and unique architectural juxtaposition is created, which inspires those from near and far to visit the building and enjoy the qualities it creates.

20


HOW CAN ARCHITECTURE CREATE A BRAND?

U14 DESIGN COMPETITION, 1ST PLACE

GAINESVILLE, FL / 2012 / COLLABORATOR: ROLAND FAUST

+ architectural element

= signage

architectural brand

U14 / FLORIDA


This proposal suggests many strategies for keeping this development a sustainable one. These strategies include building of an overhanging green roof for shade on the eastern facade and the prevention of excess heat gain, low-impact design on ground surfaces, and the planting of native Floridian grass, trees, and plants. impermeable

22

permeable (for water collection)


1

1

New exterior stair

2 Bus stop

3 Ground-mounted sign

4

2

New porch enclosure

3

5

5

Renovated windows

6

4

6

New roof structure

U14 / FLORIDA


HOW DO YOU CREATE RHYTHM FROM NOTHING? INVESTIGATIONS IN MEASURE AND OCCUPATION PLACELESS / 2010 / CRITIC: LEVENT KARA

Space is defined by the horizon, the meeting of ground and sky. Without the faint glow of the horizon, a view of the desert renders an image of endless and indistinguishable surfaces (scalelessness, convergence of plan, section, perspective). With the aid of the horizon, the ground and sky create the vast and simple spatiality that is the desert. Beneath, above. Any break in the monotonous spatiality of desert’s ground/sky diagram is harsh and strange, but at the same time welcoming. Any vertical shifts are measured against this extreme condition.

Place diagrams

24


INVESTIGATIONS IN MEASURE AND OCCUPATION / PLACELESS


26 26


Intervening within the landscape is the place of habitation, which adheres to the rhythm and measure of the landscape yet within a human scale.

INVESTIGATIONS IN MEASURE AND OCCUPATION / PLACELESS


HOW CAN SOCIAL BEHAVIOR SHAPE A BUILDING? THE URBAN LIVING ROOM

GAINESVILLE, FL / 2010 / CRITIC: LISA HUANG

This project explores how to create public space within an urban context. To engage the public on the human scale, a relationship is made between how people gather together in the urban context and at what scales this happens. This relationship is studied in the broader context and then focused to the actualities of site and program. By creating a series of gathering spaces or “pauses” in the urban fabric, people are encouraged to stop and meet with one another. Public space is created as a pause- a counterpoint to the usual fast pace of the downtown experience.

28


THE URBAN LIVING ROOM / FLORIDA


section/inhabitation studies

30


After understanding scales of gathering and points of meeting in the downtown setting, a strategy is used to help promote pause and gathering. The urban living room is organized around several lightwells, which use filtered light to promote gathering on the ground floor. Light falls into the main courtyards, which are the largest scale gathering places in the building. Smaller-scale spaces overlap with these courtyards and are arranged to the exterior of the building to promote a human scale from the street. Section studies were done to create this variety of scale.

structure

gathering volumes

circulation

enclosure

lightwells

THE URBAN LIVING ROOM / FLORIDA


CAN YOU EXPERIENCE A THEATRE THROUGH WHAT HAPPENS BACKSTAGE? MASK AND SCENE INSTITUTE OF THEATRE

CHARLESTON, SOUTH CAROLINA / 2010 / CRITIC: LISA HUANG

The space of the theatre is more complex than the audience can see. Preparation spaces for the performance surround the theatre, and traditional theatres tend to mask these collections of spaces. To enhance the experience of the theatre as a social event, the Institute confronts these relationships of what is hidden from the viewer and what is revealed. By selectively creating a sense of openness to the “behind-the-scenes” part of the production, a connection between the public to the institute can be made.

32


Urban analysis of the surrounding area of the site helped determine spatial configuration and form.

MASK AND SCENE / SOUTH CAROLINA


ampitheatre

orchestra pit

practice rooms

catwalk

plan diagrams of program

34


If the theatre is about telling a story, then the architecture of a theatre institute must be about the sequencing of spaces to tell this story. This sequencing begins to happen in the theatre itself- there are the spaces above, behind, and below the theatre that are strung together to create the stage itself. If the theatre is to act as a place for public gathering and reception, then the sequencing of the theatre production spaces must relate to the viewing by the audience member. In the Institute, the sequencing of views is defined by the journey from the public exterior through the semi-private studio spaces to the ultimate destination, the theatre itself.

MASK AND SCENE / SOUTH CAROLINA


orchestra pit The view of the orchestra pit, the practice rooms, and backstage are all parts of the interior promenade created when moving through the theatre. The events to create the performance of the theatre are viewed as a pause within the space.

4 3

2 1

ground floor

36

2nd level


lobby

backstage

interior promenade: moments of viewing 6 8

5

9 7

3rd level

1 2 3 4 5 6 7 8 9

ampitheatre lobby orchestra pit music practice rooms theatre backstage viewing room theatre practice rooms catwalk film theatre

4th level

MASK AND SCENE / SOUTH CAROLINA


site plan and site entry studies

38


framing the bridge

making a path to the river

shifting for light

manipulating the plinth

introducing program

HOW DO YOU CREATE A CONNECTION BETWEEN OLD AND NEW? THE URBAN PLINTH

ROME, ITALY / 2011 / CRITIC: DONNA COHEN COLLABORATORS: DERRICK ARCHER, TRENT MCGUGIN, STACY WITSCHEN The neighborhood of Flaminia in Rome, Italy has recently become a neighborhood for developing new architectures such as the Parca della Musica and the Maxxi Museum. The site, near the new Ponte della Musica, is at a juncture of potential future growth of the city of Rome. This bridge connects the neighborhoods across the river to the historic city. We propose to celebrate this new connection by framing the bridge with new developments that encourage further growth in the area. The residential buildings frame the bridge and create space between and around them for further program to develop.

THE URBAN PLINTH / ITALY


library

housing

school parking Site lighting analysis

Plinth

40

Plinth + Housing

Rotated Housing

Height shift to adjust for light


gallery

boat house

housing

pool complex

The site was divided into four zones to be developed by different designers who connected their proposed program with a plinth that extends from street level. The concept of spectacle and reflection has been applied- spectacle resulting from the Flaminia neighborhood as a place of new experiences in Rome, and reflection resulting from the historic significance of the city. Five basic spatial principles are acknowledged, and each zone presents different interpretations of these principles. The plinth contains programs of housing, library, school, pool complex, boat house, and gallery. It is manipulated in different ways related to program- fold, perforate, carve, and assemble.

Insertion of housing volume into plinth

THE URBAN PLINTH / ITALY


CAN A TYPICAL CURTAIN WALL CREATE MUSICALITY? ARTICULATED CHROMATICS

PLACELESS / 2012 / CRITIC: ALFONSO PEREZ The translucency and movement of the insect wing alludes to the flickering, intangible qualities of light. The interactions of translucent surfaces create a variety of subtle plays between light, shadow, and color. Reflection and projection of color throughout multiple translucent surfaces create a sense of musicality. This construct is an investigation in creating beauty and musicality of light and surface through tectonic architectural systems.

42


ARTICULATED CHROMATICS / PLACELESS


PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

44


The installation is made of many elements that depend on each other for systematic construction. They are the Primary diagrid structure, colored panels, light vessel, secondary structure, and light reflectors.

Light enters through the back of the surface, where it is reflected from the “wings.� This reflection illuminates the entire module with color.

ARTICULATED CHROMATICS / PLACELESS


46


HOW CAN COLUMNS EXPRESS FLUIDITY?

SEMPERIAN ANTHROPOLOGICAL PAVILION PLACELESS / 2012 / CRITIC: ALFONSO PEREZ

The Semperian anthropological pavilion interprets the 4 elements of architecture by theorist Gottfried Semper into modern elements. They are hearth, earthwork/ground, framework/roof, and enclosing membrane. Today’s pavilion interprets these elements for modern use. In this case, the pavilion is meant to collect and store water. Where the columns meet the roof, a connection is made for the collection of water, as the roof slopes towards the column opening. The water runs through the columns, where it is stored below ground. The columns have a dual purpose of supporting the pavilion structurally and being a transporting element for water. Because of the fluid nature of water versus the steady nature of structure, the curving form of the columns create a sense of visual irony and interest. Below are photographs of the model, which was made using a laser cutter and 3D printer.

SEMPERIAN ANTHROPOLOGICAL PAVILION / PLACELESS



PROFESSIONAL WORK


Curved panel option, looking north and south

Stone option, looking north and south

Vertical wood slats option, looking north and south

50

Interior perspective


Lobby EC

Lobby

Coats

Info.

Info.

Curved panel option elevation Coats

Lobby

Gathering Space WC Mechanical

Stone option elevation

Gathering Space Mechanical

WC

Storage Lounge

Storage

Lounge

Vertical wood slats option elevation

Beit Midrash plan

B’NAI JESHURUN RENOVATION MITCHELL GIURGOLA ARCHITECTS MANHATTAN / 2013 Mitchell Giurgola Architects have been hired to design a renovation of the B’nai Jeshurun community center. This 6 story historic building includes a Gathering Space Design Development lobby/meeting space on the first floor, a school, and offices for the rabbi and staff. The renderings and plans seen here were made as part of the design | Giurgola Architects effort, and additionally, meant to aid in fund-raising effort for B’nai Jeshurun. The integration of a space meant forMitchell lectures and religious processions, called a Beit Midrash, is located on the 1st floor and was the main focus of the design. The offices on the 5th floor were designed around a truss, COMMUNITY HOUSE which will be exposed. I created these perspectives, elevations, and helped with the plans and presentations. The partner-in-charge is Paul Broches. Team members include myself, Valerie DeLoach, and Natalie Kasper. This project is ongoing.

Perspective 1

Perspective 2

Perspective 3

5th Floor Offices Plan

5th Floor Offices Perspectives


PRZEWESKI & STELLA LABS, COLUMBIA UNIVERSITY MEDICAL CENTER MITCHELL GIURGOLA ARCHITECTS MANHATTAN/ 2013 I helped create presentation drawings for the Przewski and Stella Labs at Columbia University Medical Center. These drawings include axonometric analysis that show two different options for plan layout, and the material palette that goes along with each. I helped draw elevations and prepare them for presentation by integrating the proposed material palette. I worked on this project under the supervision of partner-in-charge Jim Braddock, and architect Jill Wendorf. In addition to this lab project, I’ve been involved in multiple other laboratory renovations for Columbia University Medical Center. This includes a renovation of the William Black Building on 168th St in Manhattan. For this particular project, I was involved from the pre-design phase all the way through construction bulletins. I met with the client and prepared presentation drawings, helped survey the space, and worked on schematic design and the drawing set all the way through the construction documents phase. I worked on details, plans, elevations, sections, and renders for this project under the supervision of partner-in-charge Jim Braddock and architect Sang Lee.

Mitchell | Giurgola Architects, LLP

Columbia University Fairchild Przeworski and Stella Lab Renovations Sixth Floor Plan

29, July 2013

Mitchell | Giurgola Architects, LL

Columbia University Fairchild Przeworski and Stella Lab Renovations Sixth Floor Plan

29, July 201

5

8

6

7

8

5

6

7

8 TYP. 8 TYP. WHITEBOARD

WHITEBOARD WHITEBOARD

7

WHITEBOARD

7

3

3

TV SCREEN TV SCREEN

6

6

7

7

6

1

1

1

ELEVATIONS ELEVATIONS

2

2

3

4

3

4

5

6

1

5

4 4 7 7 6 6

Concrete flooring Concrete flooring

2 2 Paint

Paint

MATERIALS MATERIALS

Columbia Columbia UniversityUniversity Fairchild 600 Fairchild 600 Przeworski Lab Renovation Przeworski Sella Lab Sella Renovation

52

Partition wall glasswall andglass aluminum accent accent Ceiling tile Partition and aluminum Tackboard Tackboard Ceiling tile

FLOOR PLAN FLOOR PLAN

Mitchell | Giurgola Architects, LLPLLP Mitchell | Giurgola Architects, October 2013 10,10, October 2013


Offices Workstations Desks Total People DGSF/Person GSF/Person

24 * 56 34

CUSP- Option 2 Offices Workstations Desks

114

23 * 56 36

Total People

115

DGSF/Person GSF/Person

202 255

* Includes three 2-person offices

202 258

* Includes three 2-person offices

CUSP- Option 3 Offices Workstations Desks

23 * 52 32

Total People

107

DGSF/Person GSF/Person

216 275

Drawing: CUSP Plan Option 2 Date: 06/20/13 Scale: 1/16” = 1’-0”

* Includes three 2-person offices

Drawing: CUSP Plan Option 3

CUSP- Option 1++ Offices Workstations Desks

Date: 06/20/13 Scale: 1/16” = 1’-0” 24 * 80 34

Total People

114

DGSF/Person GSF/Person

167 213

* Includes three 2-person offices

Drawing: CUSP Plan Option 1++ Date: 06/20/13 Scale: 1/16” = 1’-0”

Workstations

Desks: NASF 30 SF QTY 108

Drawing: CUSP Plan Option 1

Small WS: NASF 42 SF QTY 132

Date: 06/20/13 Scale: 1/16” = 1’-0”

Large WS: NASF 56 SF QTY 117

Offices

Offices: NASF 150 SF QTY 69

Conference Rooms

Small: NASF 260 SF QTY 6

Medium: NASF 500 SF QTY 3

Large: NASF 1200 SF QTY 1

Project Rooms

Common

Pantry: NASF 600 SF QTY 3

Classrooms

Classrooms: NASF 600 SF QTY 6

Exhibition: NASF 150 SF QTY 1

Auditorium

Auditorium: NASF 3000 SF QTY 1

Lounge: NASF 800 SF QTY 3

Small: NASF 300 SF QTY 12

Large: NASF 900 SF QTY 6

Teaching Lab: NASF 900 SF QTY 1

CUSP Proposed Program

Workstations

07/18/13 NTS

Desks: NASF 30 SF QTY 95 Workstation: NASF 64 SF QTY 320

Offices

Office: NASF 120 SF QTY 98

Conference Rooms

Small: NASF 150 SF QTY 4 Medium: NASF 300 SF QTY 10

Large: NASF 700 SF QTY 2

Project Rooms

Work Room: NASF 280 SF QTY 1

Training Room: NASF 500 SF QTY 3

Common

Breakout: NASF 225 SF QTY 3

Admin Proposed Program

Workstations

Manager’s Office: NASF 175 SF QTY 3

Conference Rooms

Small: NASF 225 SF QTY 6 Large: NASF 400 SF QTY 1

Project Rooms

Work Room: NASF 900 SF QTY 1

MakerBot Room: NASF 2500 SF QTY 1

Common

07/26/13 NTS

Small WS: NASF 30 SF QTY 150

Offices

Breakout/ Meeting: NASF 480 SF QTY 3 Pantry: NASF 240 SF QTY 1

L

NICA

ECHA

14-M

USP

13-C

USP 12-C USP 11-C TOR CUBA 10-IN D 9-TB D 8-TB BD FE/T TION 7-CA STRA MINI TION 6-AD STRA MINI TION 5-AD STRA MINI ON 4-AD RATI ST MINI 3-AD MS OO ASSR 2-CL TAIL

1-RE

Program diagrams

STACKING DIAGRAM 07/17/13 NTS

Incubator Proposed Program 07/26/13 NTS

NYU JAY STREET METROTECH MITCHELL GIURGOLA ARCHITECTS BROOKLYN / 2013 Mitchell Giurgola Architects won a competition to renovate New York University’s newly acquired Jay Street Metrotech campus, which is housed in the old MTA headquarters on top of the Jay Street Subway stop. The project is part of the Bloomberg Administration’s initiative to create a “tech triangle” in downtown Brooklyn. I contributed to the pre-design of this project by creating CAD drawings of the existing building from surveys and original drawings of the 1960’s building. I also created program diagrams that analyze how much space the different users will need in their new building. Additionally, I helped with analysis of existing mechanical systems and created diagrams for new systems. I helped with plan proposals and presentations for the client as well.


RAMAPO COLLEGE OF NEW JERSEY CONSTRUCTION ADMINISTRATION MITCHELL GIURGOLA ARCHITECTS NEW JERSEY / 2013-14 A renovation and addition to Ramapo College of New Jersey was designed by Mitchell Giurgola Architects, and is currently under construction. For the past few months, I have contributed to the Construction Administration process of this building by working on submittals, sketches, bulletins, sample reviews, and Architectural Supplemental Information, such as new details. All of my work has been under the direction of Carl Gruswitz, an associate at Mitchell Giurgola Architects. While under his supervision, I have learned a lot about the process of construction from the perspective of an architectural office. My work has included review from the architectural perspective of fire alarm and other electrical systems, HVAC systems, piping systems, material samples and specifications, to name a few. I’ve also produced sketches and supplemental information as directed by Carl Gruswitz. WHERE DOUBLE HEIGHT TSLOTTED ALUMINUM FRAME IS REQUIRED PER A8.06G, ALL EDGES OF LOWER TIER SHALL BE THE SAME HEIGHT. TYPICAL ALL PAGES

EQ

SEE A8.05G FOR REQUIRED CENTER LINE DIMENSION

V.I.F.

REVISE DIMENSIONS. SEE DRAWING A8.05G FOR CORRECT DIMENSIONS

EQ

SEE A8.05G FOR REQUIRED CENTER LINE DIMENSION

REVISE DIMENSIONS. SEE DRAWING A8.05G FOR CORRECT DIMENSIONS

EQ

EQ

PROVIDE DIMENSION

V.I.F. V.I.F.

SEE A8.05G FOR REQUIRED CENTER LINE DIMENSION

EQ UNDERSIDE OF TSLOTTED FRAMING AT 9'-0" A.F.F.

EQ

60"

UNDERSIDE OF TSLOTTED FRAMING AT 9'-0" A.F.F., TYP. UNDERSIDE OF TSLOTTED FRAMING AT 9'-0" A.F.F.

CLARIFY ROOM NAME AND NUMBER

INCORRECT DIMENSION V.I.F.

350 SNYDER AVENUE, BERKELEY HEIGHTS, NJ 07922

The Knotts Company, Inc.

EQ

The Knotts Company, Inc. 350 SNYDER AVENUE, BERKELEY HEIGHTS, NJ 07922

EQ

TYPICAL TSLOTTED CONNECTION TO WALL SEE 08/ A8.06G, TYP.

CLARIFY ROOM NAME AND NUMBER

CLARIFY ROOM NAME AND NUMBER PROVIDE DIMENSION

The Knotts Company, Inc. J.Nunez

350 SNYDER AVENUE, BERKELEY HEIGHTS, NJ 07922

J.Nunez

J.Nunez

SHOW DIMENSIONAL RELATIONSHIP OF TSLOTTED ALUMINUM CEILING TO ACT AND ACT GRID

EQ

EQ COORDINATE LOCATIONS OF VERTICAL SUPPORT FRAMES WITH ACT CEILING GRID ABOVE. SEE DETAILS 06 & 07 OF A8.06G

COORDINATE LOCATIONS OF VERTICAL SUPPORT FRAMES WITH ACT CEILING GRID ABOVE. SEE DETAILS 07 & 08 OF A8.06G

EQ EQ

2'-0" PER 05/ A8.06G EQ

UNDERSIDE OF TSLOTTED FRAMING AT 9'-0" A.F.F., TYP.

EQ

1'-0" PER 05/A8.06G

INCORRECT LAYOUT. VERTICAL MEMBERS TO EXTEND THROUGH SUSPENDED CEILING AT 9'-0" PER A8.02G.

2'-0" PER 05/ A8.06G

TYPICAL TSLOTTED CONNECTION TO WALL SEE 08/ A8.06G, TYP.

UNDERSIDE OF TSLOTTED FRAMING AT 8'-0" A.F.F. PER A8.02G.

EQ

PROVIDE DIMENSION

1'-0" PER 05/A8.06G

EQ

CLARIFY ROOM NAME AND NUMBER

CLARIFY ROOM NAME AND NUMBER

The Knotts Company, Inc.

The Knotts Company, Inc.

The Knotts Company, Inc.

350 SNYDER AVENUE, BERKELEY HEIGHTS, NJ 07922

350 SNYDER AVENUE, BERKELEY HEIGHTS, NJ 07922

350 SNYDER AVENUE, BERKELEY HEIGHTS, NJ 07922

J.Nunez

J.Nunez

J.Nunez

T-Slotted Aluminum Ceiling Systems Review

Drawing supplemental information and the re-issuing of a drawing as a bulletin Shop Drawing Submission No. 232216-015-001 X X

REFER TO COLUMN ENCLOSURE DETAIL 05/A6.01A, TYP. EAST WALL

No exceptions taken Revise as noted Resubmittal not required Resubmittal required Rejected The Architect’s review of Contractor submittals is for the limited purpose of checking for conformance with information given and the design concept expressed in the Contract Documents. The Contractor shall remain solely responsible for determining the accuracy and completeness of other details such as dimensions and quantities or for substantiating instructions for installation or performance of equipment or systems designed by the Contractor and for all construction means, methods, techniques, sequences, or procedures. The Architect’s review of a specific item does not indicate review of an assembly of which the item is a component Date: 12/18/13

REFER TO COLUMN ENCLOSURE DETAIL 05/A6.01A, TYP. EAST WALL

REFER TO COLUMN ENCLOSURE DETAIL 03/A6.01A

By: CG

Mitchell | Giurgola Architects, LLP 630 Ninth Avenue, Suite 711 New York, New York, 10036 Tel.212.663.4000 Fax.212.866.5006

INDICATE PIPING DN TO FLOOR BELOW WITHIN FINTUBE ENCLOSURE

BOTH DROPS FROM CEILING TO OCCUR IN WALL PARTITION SUBMIT DETAIL OF THIS ADDITIONAL TYPICAL BUILDING CONDITION BOTH DROPS FROM CEILING TO OCCUR IN WALL PARTITION

Shop Drawing Submission No. 232216-016-001 X X

ONE PIPE RUN ON TOP OF THE OTHER PIPE LOCALLY TO PIPING UP

REFER TO DETAIL 01/A7.10A FOR TYP. WEST WALL COLUMN ENCLOSURE

54

No exceptions taken Revise as noted Resubmittal not required Resubmittal required Rejected The Architect’s review of Contractor submittals is for the limited purpose of checking for conformance with information given and the design concept expressed in the Contract Documents. The Contractor shall remain solely responsible for determining the accuracy and completeness of other details such as dimensions and quantities or for substantiating instructions for installation or performance of equipment or systems designed by the Contractor and for all construction means, methods, techniques, sequences, or procedures. The Architect’s review of a specific item does not indicate review of an assembly of which the item is a component

ONE PIPE RUN ON TOP OF THE OTHER PIPE LOCALLY TO PIPING UP

Date: 12/18/13

REFER TO DETAIL 01/A7.10A FOR TYP. WEST WALL COLUMN ENCLOSURE SUBMIT DETAIL OF THIS TYPICAL BUILDING CONDITION

By: CG

Mitchell | Giurgola Architects, LLP 630 Ninth Avenue, Suite 711 New York, New York, 10036 Tel.212.663.4000 Fax.212.866.5006

SUBMIT DETAIL OF THIS TYPICAL BUILDING CONDITION

Piping submittal review


2nd Floor Existing Conditions

Fairchild

SCPS Campus Color Identities

Hard flooring

Carpet

Upholstery

Furniture/Details

Woolworth

Wall accent

Classroom

Lounge

Midtown

Reception

Office

Wall accent

Hard flooring

Carpet

Upholstery

Furniture/Details Corridor

MITCHELL GIURGOLA ARCHITECTS

MITCHELL GIURGOLA ARCHITECTS

Color Identities NYU SCPS

Second Floor Existing Conditions

Woolworth Building

17

3rd Floor Discrete Projects

Lounge Wall color

ALI Offices

Floor material

Rubber wall base

Create 1 large, flexible classroom

MO

VE

Ceiling material Base Second Floor

15 470 ft 2 Accent

Carpet

Vinyl tile

Painted

OPEN TO BELOW

Furniture Lounge

16 700 ft 2

Reception Desk

Miscellaneous

Circulation

Classroom/ Computer Lab

Office

Patterned scrim window covering/privacy wall

Lounge/ Study

Conference/ Meeting

Support

Current ALI offices

Lounge

• Reclaim as classrooms

• Get rid of kitchen equipment

Scale: 1/32” = 1’

MITCHELL GIURGOLA ARCHITECTS

Upholstery option 1

Upholstery option 2

Upholstery option 3

Lighting

Third Floor Discrete Projects Woolworth Building

Pendant Mounted Fluorescent Skylight

Recessed Fluorescent Downlight

MITCHELL GIURGOLA ARCHITECTS

21

Woolworth Building Floors 2-4 Proposed Material Selection

36

NYU SCHOOL OF CONTINUING AND PROFESSIONAL STUDIES MITCHELL GIURGOLA ARCHITECTS MANHATTAN / 2013 Mitchell Giurgola Architects recently completed a new building on 7 East 12th Street for New York University’s School of Continuing and Professional Studies (SCPS), and was commissioned to do additional work at SCPS’ Midtown and Woolworth campuses. I performed a plan analysis of each building, which included photographing existing conditions, compiling existing plan information, and coding plans by current use and projected use. In addition to that analysis, I came up with material and color identities for each campus, and chose furniture options for the lounge and study spaces within the building. I created presentations that showed the finishes and furniture we suggested by campus and program.


ELAINA BERKOWITZ EXPERIENCE MITCHELL GIURGOLA ARCHITECTS Junior Architect New York, NY. September 2012 through Present

Produce drawings for pre-design, schematic design, design development, and construction documents. Create 3D models, renderings, and presentation material for a variety of project types. Produce bid addenda, specification, and submittal documents for construction, as well as punch listing. Communicate with clients about the needs for the project, and prepare related documents and presentations.

MW BENDER ARCHITECTS Intern Gainesville, Fl. May through July 2012

Produced drawings and marketing documents that were used to promote U14, winning competition design, to future tenants.

WORLD OF CHANGE Intern Gainesville, Fl. May through August 2011

Used ArcGIS to analyze orthographic imagery and to digitize architectural plan information.

EMPAD ARCHITECTURE & DESIGN Intern Clearwater, Fl. May through August 2009

Produced plans for lobbies and restaurant areas in AutoCAD.

EDUCATION UNIVERSITY OF FLORIDA, SCHOOL OF ARCHITECTURE Gainesville, Fl 2008-2012

Bachelor of Design with a Minor in Urban and Regional Planning. Magna Cum Laude

VICENZA INSTITUTE OF ARCHITECTURE Vicenza, Italy Fall 2011

Tour of Monte Carasso with Luigi Snozzi, architect, Switzerland. Visited office of Diego Mestre, architect, Barcelona. Visited office of Flavio Albanese, architect and editor of Domus Magazine May 2007 to March 2010, Vicenza, Italy. Travel blog: www.wordpress.com/elainaberkowitz

PARIS RESEARCH CENTER Paris, France Summer 2010

Tour with Manuelle Gautrand, architect, France. Visited offices of Renzo Piano and Jean Nouvel.


HONORS, EXHIBITIONS, PUBLICATIONS FLORIDA MAGAZINE June 2012

U14 winning competition design published in “Designing Gators”

FACULTY OF ARCHITECTURE AT THE UNIVERSITY OF LJUBLJANA, SLOVENIA December 2011

Hotel Flux and The Urban Plinth

ARCHITRAVE ISSUE 18: STRATIFICATION May 2011

Photographs of Paris

FLORIDA BRIGHT FUTURES SCHOLARSHIP 2008-2012

Academic scholar

SKILLS

PROFESSIONAL ORGANIZATIONS AIA, New York Chapter

DIGITAL MEDIA Rhino 3D, VRay, SketchUp, Grasshopper, AutoCAD, Photoshop, Illustrator, InDesign, Ecotect, ArcGIS, Microsoft Word & Excel

Architexx, Women in Architecture NYC

REFERENCES Jim Braddock

PHYSICAL MEDIA 3D modeling and drawing in many types of media. Fabrication with laser cutting and CNC technology. Painting, sketching, photography.

COMPETITIONS & EXTRACURRICULAR ARCHITRAVE STUDENT RUN MAGAZINE

Partner, Mitchell Giurgola Architects 212.663.4000 braddock@mitchellgiurgola.com

Donna Cohen Associate Professor, University of Florida 352.562.1074 dcohen@ufl.edu

2011-12

Layout editor

Lisa Huang

“UNIVERSITY AT 14TH” DESIGN COMPETITION: MW BENDER AND SC VENTURES

Assistant Professor, University of Florida 617.970.3311 lisahuang@ufl.edu

May 2012

CONTACT & PORTFOLIO

Elaina Berkowitz and Roland Faust- competition winners. Worked on design, analysis, plans, elevations, and renders.

elainaberkowitz@gmail.com

ATTAINABLE LONG ISLAND: ARCHITECTURE NETWORK

OPEN

727.488.6037

Summer 2011

114 Madison St Apartment 8 New York, NY 10002

Worked on design, 3D modeling, plans, elevations. Honorable mention

www.issuu.com/elainaberkowitz


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