carly de la hoz design portfolio
Research experience T h e Fa v e l a Ty p o l o g y : A r c h i t e c t u r e i n t h e S e l f - B u i l t C i t y, R i o d e J a n e i r o, B r a z i l , 2 0 1 2 – 2 0 1 3 F l o o d R i s k M i t i g a t i o n i n t h e Ya n g t z e R i v e r D e l t a , S h a n g h a i , C h i n a , 2 0 1 2 – 2 0 1 3 P r o f e ss i o n a l e x p e r i e n c e B e y e r B l i n d e r B e l l e A r c h i t e c t s & P l a n n e r s LL P [ B B B ] , N e w Yo r k , NY, 2 0 1 1 – p r e s e n t M e t r o p o l i t a n M u s e u m o f A r t L o n g Te r m Fe a s i b i l i t y P l a n , N e w Yo r k , NY W h i t n e y M u s e u m , B r e u e r B u i l d i n g I n t e r i o r Fi t - o u t , N e w Yo r k , NY 2 1 5 C h r y s t i e S t r e e t H o t e l , N e w Yo r k , NY | E x e c u t i v e A r c h i t e c t : B B B | D e s i g n A r c h i t e c t : H e r z o g & d e M e u r o n C h a r l t o n S t r e e t C o n d o m i n i u m s , N e w Yo r k , NY C a r l e s Va l l h o n r a t , A s s i s t a n t D r a f t s p e r s o n , P r i n c e t o n , N J , 2 0 1 2 Awa r d s & R e c o g n i t i o n School of Architecture Senior Thesis Prize, 2013 Awarded to the senior in the architec ture depar tment who has written the most outstanding thesis Kenneth A. Maxwell Senior Thesis Prize, 2013 A w a r d e d t o t h e s e n i o r w h o h a s w r i t t e n t h e m o s t o u t s t a n d i n g t h e s i s i n B r a z i l i a n a n d Po r t u g u e s e S t u d i e s Urban Studies Thesis Prize, 2013 Awarded to the seniors who have written the most outstanding theses on urban topics Princeton University Viewbook, 2013 A p u b l i c a t i o n s e n t t o a l u m n i a n d p r o s p e c t i v e s t u d e n t s ; w a s o n e o f f o u r t h e s e s f e a t u r e d Skills R e v i t , A u t o CAD, R h i n o, G r a s s h o p p e r, E c o t e c t , A r c GI S
C a r ly d e l a h o z
e d u c at i o n P r i n c e t o n U n i v e r s i t y, A . B . i n A r c h i t e c t u r e , m a g n a c u m l a u d e , P h i B e t a K a p p a , C l a s s o f 2 0 1 3 Cer tificates in Urban Studies and Latin American Studies
C a r ly d e l a h o z
s e n i o r t h e s i s 0 1 T h e Fa v e l a Ty p o l o g y A c a d e m i c w o r k 04 Milam Guest Residence 0 9 Ta i h u C o a s t e r Pa r k 13 Landscape Studio 14 Multi-spor ts Complex 1 6 Pa r a m e t r i c C h a i r 2 1 K i l d e n Pe r f o r m i n g A r t s R e s e a r c h 2 3 Ya n g t z e R i v e r D e l t a 2 4 S a n d , S t r i p, A s p h a l t 25
P r o f e ss i o n a l W o r k
28
sk e t c h e s
C a r ly d e l a h o z T h e Fa v e l a Ty p o l o g y
My thesis presents the favela as a viable housing model for Rio de Janeiro, as opposed to a housing problem. In studying how homeowners have constructed and improved their own homes, I examine how this raw, hand-crafted urbanism leads to the longevity and vitality of the favela as an architectural typology. From asking, “What is architectural about the owner-built dwelling,” to comtemplating theories of the oblique and sensory design within the context of the topographically dynamic hillside favela, my thesis urges architects and planners to reconsider their approach towards design interventions in informal urban settlements. Instead of upgrading favela communities to the standards set by formal cities – often based on broad generalizations – designers and planners should learn from each favela’s specific spatial logic, absorbing the urban fabric of the formal city into the texture of favelas, and producing a gradient typology that spans formality and informality. By disassembling the ideological constructs associated with the favela typology, this thesis has proposed a theoretical project for reconsidering architecture in the self-built city.
01
research
The Favela Typology
Senior Thesis ; 2012 – 2013 Mario Gandelsonas and Bruno Car valho
C a r ly d e l a h o z
T h e Fa v e l a Ty p o l o g y research
02
C a r ly d e l a h o z
T h e Fa v e l a Ty p o l o g y research
03
C a r ly d e l a h o z Milam Guest Residence 04
Academic
Milam Guest Residence
Junior Independent Studio Spring 2012 ; Paul Lewis
C a r ly d e l a h o z
PROJECT: Modify an iconic home by designing a guest residence on site. original house: Paul Rudolph’s Milam Residence in Ponte Vedra, Florida
The various levels are inspired by Paul Rudolph’s emphasis on subtle sectional shifts, and allow for visual access from the main house to the guest house, and from the guest house to the ocean. Space flows continuously throughout the guest house, with unimpeded views enhanced by floorto-ceiling glass and half-wall partitions.
Milam Guest Residence
CONCEPT: Situate the guest house at the bottom of the hill on which the Milam Residence sits. The guest house responds to the angle of the hill, and is organized by successive levels of program, starting from the public (living room, indoor/outdoor bathroom facing the beach), spiraling up to the private (kitchen, bedroom). The house fluidly pulls the outdoors in and the indoors out with exterior walls that slide open and roofs that become terraces. The bedroom and kitchen have half walls to allow for air flow through the house and down into the living room.
mILAM rESIDENCE GUEST HOME views
Sliding walls
Private
half wallS
Public
Ocean
Terraces 05
academic
[left to right] Plans of guest residence; lower levels on bottom; upper levels on top; Sections cut from the left side of the house to the right side [view drawings from bottom to top]; Sections cut from the front of the house to the back
C a r ly d e l a h o z Milam Guest Residence 06
academic
Sectional analysis of the original house; drawings and physical model
models: The program sketch models helped inform the arrangement of the final design, with public spaces on the lower levels for guests coming in from the beach, and private spaces above.
o
Ki Bed
o ro
in v i L
p
c or
Milam Guest Residence
c
p ar
or o td g u o inin d
rt
e h c t
C a r ly d e l a h o z
Constraints: Residence must include a living room, bedroom, kitchen, garage, and full bath
n
m
g
o Ro
m
th ba
h
h 07
academic
c a e b
C a r ly d e l a h o z Milam Guest Residence
CONCEPT: A bookshelf that fits into the space and also creates space, forcing circulation either through or around the structure. The bookshelf takes the motif of elevational shifts and sliding planes, and collides shaped frames with conventional shelves, creating cutouts for storing large objects or for viewing the waterfront, as well as smaller nooks for tiny books or knick knacks. MATERIAL: basswood, Elmer’s glue SCALE: 3” = 1’-0”
[top and right] photographs of bookshelf [bottom] final product next to study model
08
academic
milam bookshelf
EDLE PEAK
TUNNEL
C a r ly d e l a h o z Ta i h u C o a s t e r Pa r k
Tourist Map LEISURE COASTER START
THRILL COASTER
END
TEA HOUSE TEMPLE + GIFT SHOP
M
TICKETS / INFO / RESTROOMS
M
METRO TUNNEL / FUNNEL ENTRANCE GATE
ENTER HERE!
VIEW POINTS
x
x x x
END
x
Site Plan
09
academic
Taihu Coaster Park
ARC 4 0 4 ; F a l l 2 0 1 2 Mario Gandelsonas
START
C a r ly d e l a h o z
Task: Design an amusement park in Suzhou’s “HiTech” District based on findings from the garden case study, charrette at Tongji, and site visit.
Tunneled gate
Taihu Rock
Concept: A coaster that plays upon and perforates the existing topography of the hill. Visitors can choose to board a coaster that leisurely strolls down the hillside, or one that provides the thrill of a hydraulic coaster. The simultaneous roller coasters would intersect at certain points, so that the riders come face to face with each other at “high-thrill” moments.
Ta i h u C o a s t e r Pa r k
Precedent: The Taihu Scholar Rock, one of the most visually interesting textures in the traditional Chinese Garden, was the inspiration for my park. Likened to “miniature cosmic mountains,” the Taihu Rock has been used by scholars and philosophers for centuries as a visual stimulus for contemplation. He Hill
Tunnel Conditions: Just as the Chinese garden stimulates the observer with pavement juxtapositions across courtyards, the Taihu Coaster keeps the observer on his toes with contrasting tunnel conditions.
Wood & stone
Speed & light
Textured cave
Smooth & shiny
Pop-up view
10
academic
[middle photo strip] surface perforation studies
C a r ly d e l a h o z
THRILL PATH THRILL PATH
LEISURE PATH
LEISURE PATH
Ta i h u C o a s t e r Pa r k
High Intensity Moments
DROP
EDLE PEAK
LOOP SPIRAL
DROP THROUGH TUNNEL
“HEAD CHOPPER”
DROP
NEEDLE PEAK
LOOP
LOOP SPIRAL
“HEAD CHOPPER”
DROP THROUGH TUNNEL
LOOP
LEISURE COASTER START
THRILL COASTER
END
TEA HOUSE TEMPLE + GIFT SHOP
M
TICKETS / INFO / RESTROOMS
M
METRO TUNNEL / FUNNEL ENTRANCE GATE
Sections through hill at 20 meter increments
VIEW POINTS
Perforations
Paths
Sections
11
academic
ENTER HERE!
-u
t
d
es
t
th
C a r ly d e l a h o z
un
r de
ze ili
d pe
n ria
y wa u r
SITE: Boston City Hall Plaza Task: Transform the under-utilized plaza into a “successful� public space.
Landscape Studio
CONCEPT: Break up the sea of brick into floating platforms, freeing the ground from what before was a completely impermeable surface, and allowing for different programs to inhabit each platform. Platforms could become completely inaccessible and overgrown with vegetation, or could connect in a labyrinthine configuration, inviting people to explore the site and interact with it, rather than use it simply as a transitive space, as it is used today.
[top] Program and site studies; [bottom left] Photograph of existing site on a warm summer day, showing the desolate plaza, and [bottom right] the proposed, more activated site
12
academic
Landscape Studio
Career Discovery ; Harvard GSD Summer 2010 ; Chris Sherwin
C a r ly d e l a h o z
[left] hand drawing+collage, study of Shaquille O’Neal’s footwork during a layup [right] hand drawing+collage, temporal scaffold of a basketball game
LIFTOFF
Multi-spor ts Complex
PROPULSION
PIVOT
TASK: After studying spatial and temporal relationships within a chosen sport, students were ask to design a “spectator apparatus” that would provide the optimal viewing experience for three sports: basketball, archery, and sumo wrestling.
FOOT PLANT
ARC 2 0 4 ; A r c h i t e c t u r a l D e s i g n S t u d i o Spring 2010 ; Lindy Roy
13
academic
Multi-sports Complex
CONCEPT: A system of moveable cubes, operated by hydraulic pumps, that could raise to different levels in a tournament-like setting based on which sports are being played. The spectators would have boxed seats that follow specific sports or provide sightlines through multiple games at once.
C a r ly d e l a h o z Multi-spor ts Complex
Hand-drawn plans and sections, with collaged figures
academic
14
C a r ly d e l a h o z Pa r a m e t r i c C h a i r
expansion 40 in
15
academic
Parametric Chair
J u n i o r I n d e p e n d e n t S t u d i o ; Fa l l 2 0 1 2 Jesse Reiser and Nanako Umemoto
contraction 20 in
C a r ly d e l a h o z Pa r a m e t r i c C h a i r
[learning from the body] hand-drawn sections of a baby doll
[learning from contours] testing material tautness in relation to the model
process: structure & skin
16
academic
void contour forms; sketches inspired by bunching and contouring
C a r ly d e l a h o z
FROM BABY DOLL TO CHAIR: Using wire to trace the contours of the sectional model, I was intrigued by the ability of the custom mesh to expand, contract, and mold with movement.
Pa r a m e t r i c C h a i r
TRANSITION: I explored several possibilities for using wire mesh as a means for responding to bodily movement and contours, creating a chair that would mold specifically to each user.
[top] scans of hand drawings, overlaid sections of doll; [middle] wire model based on section overlay; [bottom] chair sketch models
academic
17
C a r ly d e l a h o z Pa r a m e t r i c C h a i r 18
academic
fabrication
[counterclockwise from top left] hand drawings of design; Grasshoppergenerated variations; steel frame, unpainted; custom steel form for welding
C a r ly d e l a h o z Pa r a m e t r i c C h a i r
Process: The cushion consists of a thin steel CHAIR: The final product is able to withstand the mesh whose plan is a doubly-dense replica of weight of two adult males. It can be stretched the criss-cross plan of the chair. Over the mesh, to 40 inches or compressed to half its length. the cushion was stuffed and sewn onto the chair frame, fastening all pieces of the chair together, and allowing for uniformity of movement across cushion and frame. academic
19
C a r ly d e l a h o z
Grasshopper definition
K i l d e n Pe r f o r m i n g A r t s 20
academic
Kilden Performing Arts
ARC 3 7 4 ; C o m p u t a t i o n a l D e s i g n Fall 2011 ; Steve Sanderson
C a r ly d e l a h o z K i l d e n Pe r f o r m i n g A r t s
Original building (left) and geometry-based iterations
Building: Kilden Performing Arts Center in Kristiansand, Norway, by ALA Architects Task: Introduce parametric variability into the facade by recreating the structure in Rhino and Grasshopper. Then, run analyses and create an alternate version of the building based on different performance requirements. The redesign should critique and improve upon the original design. Process: I reconstructed the geometry of the building in Rhino and used Grasshopper to introduce variation in ceiling height, mullion spacing, wood panelization, and roofline curve degree. I then inserted the model into Ecotect Analysis and ran wind and solar radiation analyses to see which parts of the building were most effected by the elements. Final Design: I optimized the geometry of the facade by creating a simpler sweep of glass and wood that echoes the shipbuilding tradition of the region. My simpler geometry is more elegant and would reduce fabrication costs (relative to the original design), due to the decreased need for individually-crafted, custom-shaped wooden panels.
[2]
Final design by layers: [1] structure, [2] wood paneling, [3] glass, [4] mullions
Performance-Based Iteration
Incident Solar Radiation | Original Design
Summer Solstice
Winter Solstice
Incident Solar Radiation | New Model
Summer Solstice • Max Wh/m2: 400.0+ • Min Wh/m2: 7.0
Winter Solstice • Max Wh/m2: 13.0+ • Min Wh/m2: 0.0
Prevailing Winds | All Year
Based on: • Incident Solar Radiation (yellow) • Total Sunlight Hours (yellow) • Prevailing Winds (blue)
[3]
[4] 21
academic
[1]
Ecotect Environmental Analyses
C a r ly d e l a h o z Ya n g t z e R i v e r D e l t a
East China Sea
Hangzhou Bay
Evolving Waterfront Edge 1886 1920 1927 1936
[above] Photographs from the exhibition at Tongji University in Shanghai, where the Yangtze River Delta Project was presented by Guy Nordenson alongside projects on flood risk mitigation in Manhattan and New Orleans.
1959 1972 1995 2012
Research: The “nose” of the Pudong district has continuously extended into the East China Sea over the last 200 years as a result of various land reclamation strategies, such as enclosing wetlands and draining polders, to accommodate population growth. I analyzed the edge using satellite imagery and map archives, and researched possibilities for design interventions that would help alleviate flood inundation, such as barrier islands and inland mounds.
natural | Sand
hard encloSure
Polder
Mud (drained Polder)
ParK | graSS
PaVeMent | Buildin g
Pier | Jetty | groin
golF courSe
PerForated enc loSure
locK
channel | riVer | StreaM
encloSed Wetlan d
Product: I developed an Evolving Edge drawing and an Edge Conditions drawing [both above] that detail the various land types along the waterfront. The Edge Conditions drawing was used by our team’s civil engineer to inform and help develop an ArcGIS database for the region.
Pudong District, Shanghai, China 2012 – 2013 ; Advisor: Guy Nordenson
22
Research
Yangtze River Delta
Waterfront Edge Conditions
00
0.375 .5
1.5 Miles
1010 minutes mins 15 mins
Walking Distance
S a n d , S t r i p, A s p h a l t
New Jersey
7 .75
C a r ly d e l a h o z
Point Pleasant Canal Bridge Proposed Parking Garage Locations
Point Pleasant
[Mapping Software: ArcGIS]
Site: Point Pleasant, New Jersey With 18,000 residents in Point Pleasant and 4,600 in Point Pleasant Beach, the two boroughs of Point Pleasant comprise a bustling beach town and tourist hot spot. The main form of transportation in the area is the automobile, congesting highways and streets from the Point Pleasant Canal Bridge to the boardwalk. Proposal: Replace parking with parks and displace parking to the downtown’s main entrance – the Point Pleasant Canal Bridge.
Boardwalk/Beaches
Paved Parking Lots
PARK & RIDE SYSTEM:
Light Rail to Beach & Boardwalk
ARC 4 9 2 ; S p r i n g 2 0 1 2 Mario Gandelsonas
Bike Shares at Transit Stops
Boat Shares along Canals
23
Research
Sand, Strip, Asphalt
Result: By displacing most of the parking to the area around the Point Pleasant Canal Bridge, the streets are relieved of a large amount car traffic, freeing up space for “greenways” and “blueways.” People could take advantage of bike shares, boat shares, and light rail. This system of infrastructure would force people to slow down by strolling on foot, leisurely riding a bike, or meandering along in a boat.
161 SF
Conference Room
677 SF
677 SF
W Toilet
192 SF
161 SF
Toilet 1 Wkst
603 SF
Lauder Research Center
224 SF
180 SF
8,060 Construction GSF
4 Wkst
Private Office 3 Private Office 2 Private Office 1 125 SF
8,060 Construction GSF
Custodian's Closet
1 WkstOffice 5 Private
Private Office 4 180 SF
Library 603 SF
192 SF Screen
1149 SF
Reception
Admin
Private Office 14
144 SF
144 SF
Mechanical 1 Wkst Private Office 12 121 SF
Private Office 11 15 Private (25)Office 5H Letter Files 121 SF
Screen
159 SF
144 SF
1 Wkst 159 SF
1 Wkst Private Office 6 Private Office 7 Private Office 8 Private Office 9 Private Office 10 138 SF 126 SF 137 SF 138Intern SF 126 SF Private Office 11 Intern (25) 5H Letter Files
159 SF
126 SF
(10) 7H Lateral Files
Admin
121 SF OPEN BELOW
Screen
FOURTH FLOOR FIFTH FLOOR
Private Office 17 120 SF
UP 13R
Door/ wall to be MET Management & Facilities Service demolished Private Office 6 Private Office 7 Private Office 8 Private Office 9 Private Office 10 137 SF 125 SF Meeting Room Modern & ArtSF WMAA Test Fit Growth 135Contemporary SF 137 125 SF Total Seat Count (Current + Proposed): 37
Intern
Intern
Digital Media TBD
Meeting Room
Modern & Contemporary Art
WMAA
13R
Door/ wall to be demolished
Test Fit Growth
TBDUP 8R 2 Wkst
159 SF
2420Wkst
Construction GSF
UP 13R
Digital Media
FOURTH FLOOR MEZZANINE
PARTIAL FOURTH 290sf+130sf FLOOR
Total Seat Count (Currentd): 0
2,160 Construction GSF 420 Available Current SF 420 Construction GSF
Total Seat Count (Current): 2
420 Available Current SF 420
Construction TBD 2 Wkst Private Office 6 Private Office 7 Private Office 8 Private Office 9 Private Office 10 FLOOR MEZZANINE PARTIAL FOURTH 137 SF
135 SF
125 SF
137 SF
Private Office
Workstation
125 SF
Total Seat Count (Current + Prop
Hot Desk Intern Hot Desk
Total Seat Count
Meeting Rm
Area
2
11
24
4
4
43
8,800 Program NSF
Test Fit Option 1B Current
2
11
24
4
4
43
9,070 Available Current NSF
Delta
0
0
0
0
0
FOURTH FLOOR MEZZANINE
Private Office
FOURTH FLOOR MEZZA
GSF
Total Seat Count (Current): 2
Current Program
Seat Count (CurrentOffice + Proposed): 15 MeetingTotal Rm Private Workstation
PARTIAL FOURTH FLOOR 0
10,640 Construction GSF
(Current): 2 Total Seat Count Hot Desk Intern Hot Desk Total Seat Count
Area
Current Program Proposed Growth Current + Proposed Growth
Current Program Proposed Growth Current + Proposed Growth
2 +0 2
Hot Desk Intern Hot Desk Total Seat Count Area 1/16" = 1'-0" Program 8,800 24 44 4 4318 Nov 2013 Door/ wall to be NSF 11 24 4 43 8,800 NSF MET Management & +0 Facilities +0 Service +8 24 +5 +13 +2,000 NSF NSF Fit 9,070 Available Current Test demolished 4 4 43DRAFT 19 29 4 4 56 10,800 Program NSF
Test Fit Option 1A Current Test Fit Option 1A Proposed Growth Test Fit Option 1A Current + Proposed
2 +0 2
11 +6 17
Delta
0
-2
2 +0 2
Workstation
25 +4 29
4 +0 4
0
0
Test Fit Option 1A (Current + Proposed Growth Program) The Metropolitan Museum of Art
Breuer Building Fit-out
Machine Rm
Test Fit Option 1A Current Option 1A Proposed Growth Test Fit Option 1A Current + Proposed Test Fit Growth 10,640 Construction GSF 9,620 Available Current NSF
2 +0 2
1.0 B
4 +0 4 0
0
WMAA
44 +10 54
0
+1,300 Available Growth NSF 10,920 Available NSF
Delta
0
P RO F E S S IONAL W OR K
Service
Current SF 11 Private Office
120 SF
7 Wkst
Program 11 Breuer Building Interior Fit-Out (Current Program) 2 Door/ wall to be Test Fit Option 1B Current responsibilities: Designed multiple schemes based on Circulation Circulation MET Management & Facilities layout TheService Metropolitan Museum of Art demolished Test Fit Option 1B Current 2 11 Meeting Room Modern & Contemporary Art Meetingconstraints, Room Modern & Contemporary and Art WMAA Test Fit Growth programmatic capacity, historic preservation Delta 0 0 0 0 considerations. With one other colleague, built a full Revit Breuer of Building Interior Fit-Out Breuer Building Interior Fit-Out Test Fit Option 1B (Current Program) reconstruction the building. MET Management & Facilities
290sf+130sf 420 Available
UP 13R
290sf+130sf
Meeting Rm
Circulation
1 Wkst Digital Media
(25) 5H Letter Files
120 SF
Meeting Rm
Circulation
The Metropolitan Museum of Art
UP 8R
13R
Total Count (Current + Total SeatSeat Count (Currentd): 0 Proposed): 37
project: Retrofit the Whitney Museum Breuer Building interiors for FIFTH FLOOR office and library use for the Met’s Modern & Contemporary Art staff
UP 8R
4 Wkst Hot Desks
Machine Rm
Private Office 16 1,600 Available Current SF + 250 Available Growth SF
Private Office 15
7 Wkst
Breuer Building Interior Fit-Out
Stair 1
1149 SF
2,160 7 Wkst Construction GSF
7 Wkst
The Metropolitan Museum of Art
120 SF
13R
Machine Rm
1,600 Available Current SF + 250 Available Growth SF
Custodian's Closet
CLIENT: The Metropolitan Museum of Art
Private Office 14
144 SF
12
Private Office 17
Screen
Private Office 13
Private Office 16
Hot Desks
126 SF
126 SF
747 SF
S.R.
Custodian's Closet
Private Office 11
7 Wkst
138 SF
127 SF
and Library
2 Wkst
Stair 1
1149 SF
Private Office 6 Private Office 7 Private Office 8 Private Office 9 Private Office 10 137 SF
126 SF
DN 15R
4 Wkst Exhibition Private Office Planning, Art 121 SF Viewing, and StorageResearch Lauder
2,160 Construction GSF
4 Wkst
Total Seat Count (Current): 41
Stair 2
Hot Desks
2 Wkst
FIFTH FLOOR 138 SF
8,060 Construction GSF
Screen
4 Wkst Private Office 13
1 Wkst
36 LF Bookshelves
Growth SF
Admin
Private Office 3 Private Office 2 Private Office 1
UP 22R
OPEN BELOW
7,600 1,850 Available Pantry Available Current Growth SFSF Machine Machine RmRm +Toilet 1,050 2,160 Stair 1 Available Construction 1,850 Growth SF GSF Available
1 Screen Wkst
Private Office 3 Private Office Hot Desks 6 Wkst2 Private Office 1 126 SF 127 SF 126 SF
(25) 5H Letter Files Closet Custodian's 7,600 Available Current SF Machine Rm 2+Wkst 1,050 Available Growth SF
7 Wkst
S.R.
Foyer
1009 SF
136 SF
Total Seat Count (Current): 41
36 LF Bookshelves
Mechanical
8,060 Construction GSF
125 SF
Lauder Research Center
Private Office 5
FIFTH FLOOR
122 SF 50 LF shelving
S.R.
136 SF
1 Wkst
Screen
Machine Rm
Reception
Electrical Rm
136 SF
8,650 Available Current SF
677 SF
Stair 1
1149 SF
Mechanical
6 Wkst
Conference Room
614 SF
1009 SF
Machine Rm
Toilet Library
Private Office 4
Admin
192 SF
Screen
Meeting Room
Private Office 4 180 SF Exhibition Planning, Art Viewing, and Storage Private Office 5
Pantry
Foyer
50 LF shelving
Mechanical
S.R.
Interns
Whiteboard
36 LF Bookshelves
677 SF
W Toilet Wkst Option Conflict Electrical161 SF Rm
(10) 7H Lateral Files
1 Wkst
Reception
Conference Room
M Toilet
Stair 2
125 SF
Mechanical
122 SF
(10) 7H Lateral Files
8,650 Available Current SF
1
Whiteboard
136 SF
Lauder Research and Library 747 SF 2 Wkst
Library
614 SF
Meeting Room Private Office 3 Private Office 2 Private Office 1SF 232
Mechanical
Private Office 5
Toilet
OPEN BELOW
Stair 2
Library
125 SF
4 Wkst
Pantry
Foyer
50 LF shelving
Whiteboard
11/20/2013 12:30:16 PM
MSFToilet 192 Option Conflict
Stair 2
11/20/2013 12:30:24 PM
(10) 7H Lateral Files
180 SF
224 SF
Pantry
Foyer
50 LF shelving
36 LF Bookshelves
Electrical Rm
Meeting Room
Reception
Private Office 4
DN 15R
B r e u e r B u i l d i n g Fi t - o u t
1 Wkst
UP Stair22R 2
Conference Room
232 SF
Interns
161 SF
StairStair 2 2
Electrical Rm
Meeting Room
W Toilet
C a r ly d e l a h o z
Stair 2
M Toilet Option Conflict
Whiteboard
W Toilet
11/20/2013 12:30:24 PM
M Toilet Option Conflict
Test Fit Option 1A (Current + Proposed Growth Progra DRAFT 1.0 B 1.1 A
1/16" = 1'-0" -2
1/16" = 1'-0"
18 Nov 10,640 Construction GSF 2013
21 Nov 2013 DRAFT
The Metropolitan Museum of Art 2013 ; Beyer Blinder Belle
24
tranSForMatiVe
Priority Project 1 9.5 years
Priority Project 2 10 years
Priority Project 3 7 years
Priority Project 4 7 years
Priority Project 5 7 years
Priority Project 6 Stand-alone
6.5 years
Stand-alone Priority 5
10,031 gSF
SKylight
Priority 1 * Skylight replacement: 5.5 years
60,000 gSF
Skylight Priority 2
34,500 gSF
Skylight Priority 3
61,500 gSF
Skylight Priority 4
41,300 gSF
Skylight Priority 5
9,700 gSF
Skylight Priority 6
17,000 gSF
Skylight Priority 7
19,000 gSF
replacement: 3 years
replacement: 3.5 years
inFraStructure
replacement: 3.5 years
* MeP/FP Priorities exterior Wall Priorities
1
2
3
2017 4
1
2
3
2018 4
1
2
3
2019 4
1
2
2020
3
4
1
2
3
2021 4
1
2
3
2022 4
1
2
3
2023 4
1
2
3
2024 4
1
Pre-conStruction
PhaSe i
PhaSe ii
art
3 yrs
3 yrs
2.5 yrs
1 yr
Pre-conStruction 3 yrs
2
3
2025 4
1
2
2026
3
4
PhaSe i
PhaSe ii
PhaSe iii
art
2 yrs
2.5 yrs
2 yrs
.5 yr
**
1
2
3
2027 4
1
2
3
2028 4
1
2
3
20 YEARS
15 YEARS
10 YEARS
M an e t n 150 iV t er h Sa ry
5 YEARS
lP aP c/ Pr Pd o c/ Va d lS oB
Fe co i S M no Pl t i e t ce io o n F
Stand-alone Priority 4
6,618 gSF
replacement: 4.5 years
2016 4
2029 4
1
Pre-conStruction
conStruction
art
2.5 yrs
3.5 yrs
1 yr
2
3
2030 4
1
2
3
conStruction
art
2.5 yrs
4 yrs
.5 yr
Pre-con 1.5 yrs
Pre-con 1 yr
PhaSe ii 4 yrs
PhaSe iii
conStruction 3 yrs
PhaSe i
interiM 9 mo
Pre-con
1
3
2034 4
1
2
3
Pre-conStruction
conStruction
art
2.5 yrs
3 yrs
1 yr
4
art .5 yr conStruction 1.5 yrs
art 1 yr
Pre-con 1.5 yrs
conStruction
1 yr
PhaSe ii
PhaSe iii 6.5 yrs
PhaSe iV
PhaSe V
art .5 yr
conStruction 3 yrs
art .5 yr
art .5 yr conStruction 1.5 yrs
art .5 yr conStruction 2 yrs
art .5 yr
Pre-con 1 yr 17 high Priority ProJectS 10 8 9 2
2
1 yr
interiM 9 mo 7
1
art
Pre-con 1 yr
6
2033 4
3.5 yrs
interiM 9 mo
5
3
conStruction 2 yrs
Pre-con 1 yr
4
2
conStruction
Pre-con 1 yr
3
1
conStruction 2 yrs
interiM 9 mo
2
2032 4
art .5 yr Pre-con 1 yr
1
3
art .5 yr Pre-con 1 yr
Pre-con
2
2.5 yrs
conStruction 2 yrs
Pre-con 1 yr PhaSe i
1
Pre-conStruction
Pre-con 1.5 yrs
Pre-con 1 yr
2031 4
Pre-conStruction
68,160 gSF
18,040 gSF
* replacement: 8 years
3
69,917 gSF
Priority 3 * Stand-alone 3 years
replacement: 4.5 years
2
169,389 gSF
18,557 gSF
3 years
1
170,060 gSF
Stand-alone Priority 2
3 years
2015 4
207,736 gSF
7,095 gSF
4 years
3
344,508 gSF
Stand-alone Priority 1 4 years
2
11
12
4 high Priority ProJectS 3
13
14
15
16 4
17
18
19 5
9 Second Priority ProJectS 20 21 22 23 24 6
25
26
27
28
Second Priority ProJectS 7 8
29
conStruction 2 yrs
10 third Priority ProJectS 33 30 31 32 9
34
art .5 yr 35 10
36
Responsibilities: As one of the core “Met Team” members, I was able to see the project through from proposal submission in 2011 to the completion of the Long Term Feasibility Study in the fall of 2013. I worked in Revit and CAD and on book production. Project: The graphic to the left is the schedule I designed that would become one of the key components of the Study. It was utilized in most planning meetings, including meetings with the Board of Directors and Trustees, and is a result of my collaboration with Founding Partner Jack Beyer and Project Manager Carolyn Straub in determining the duration and timeline of each of our proposed projects.
L o n g Te r m Fe a s i b i l i t y S t u d y
2014 1
C a r ly d e l a h o z
20-year Scenario For PhaSing the Priority ProJectS
Client: The Metropolitan Museum of Art
* does not require eiS approval ** For planning purposes it is recommended to coordinate Priority Project 3 and the third phase of Priority Project 2.
All project names have been removed.
25
P RO F E S S IONAL W OR K
Long Term Feasibility Study
The Metropolitan Museum of Art 2011–13 ; Beyer Blinder Belle
C a r ly d e l a h o z Chr ystie Street Hotel I rendered these images in Rhinoceros 5.0
CLIENT: Ian Schrager Company Executive architect: Beyer Blinder Belle Design Architect: Herzog & de Meuron project: New construction hotel, nightclub, and condominium
Chrystie Street Hotel
N e w Yo r k C i t y ; 2 0 1 3 Beyer Blinder Belle
26
P RO F E S S IONAL W OR K
Responsibilities: Worked with the Interior Design Partner to determine the finish schedule for the residential bathrooms. Produced renderings [left and above], CAD plans, elevations, and sections.
C a r ly d e l a h o z
Pencil and charcoal
27
S K ETCHE S
Sketches
Pencil
C a r ly d e l a h o z
Pencil and charcoal
Pencil and charcoal [next page] Black dye on white paper
S K ETCHE S
28
C a r ly d e l a h o z S K ETCHE S