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AMELIA ROSENSelected Work
2 Voxel Center
Voxel CenterSpring 2015Site: Pittsburgh, PennsylvaniaPartner: Kirk NewtonThe Voxel Center is a reinterpretation of a traditional Maker Center. Located in the Garfield arts district in Pittsburgh, the aspired Net Zero building embraces flexibility through kinetic design and sustainability strategies. By virtue of open floorplates, the Voxels, or modular units containing various programmatic spaces and equipment, are able to move freely and deliberately. Users may reserve Vox-elpads and, rather than travel to a specific workspace, they can call upon various Voxels to their station containing their desired equipment. In addition, the building is divided into novice and expert zones to enhance circulation ease. Classrooms, cafe spaces, a library, and other static programmatic zones are located in the buildings central core for communal use. Lastly, the exterior of the building is adorned with deployable shading structures that reinforce the kinetic qualities of the building while providing intimate gathering spaces for collaboration.
Garfield
Lawrenceville
Stanton Heights
Morningside
Highland Park
East Liberty
Friendship
Shadyside
Bloomfield
215 N Negley Ave
835049
26 51 84
80 81 82
NEW
TON
/ R
OSE
NP
age
3 of
47
MA
KER
CEN
TRE
CO
MP
ON
ENT
215
N. N
egle
y A
ve.
01 S
ITE
01.02 Location In East Pittsburgh
Workspace Module1 : 0.125
Voxel Center 3
Vertical
Atrium
HorizontalCirculation Circulation
HorizontalCirculation
Vertical
Atrium
CirculationNovice Makerspace Expert Makerspace
HorizontalCirculation
Voxel Maintenence
HorizontalCirculation
Voxel Storage
Cooling
Thermal Maintenance
Ceiling
HeatingUnderoorThermal Maintenance
013/16 : 1
VoxelMovement
Energy GenerationGutter
Water Collection
Facade
Solar PanelsEnergy Generation
Thermal Maintenance
OperableWindows
023/16 : 1
SurfaceRuno
Water Collection
Gutter
Water Collection
Facade
Thermal Maintenance
OperableWindows
033/16 : 1
Structure + Track System1/32 : 1
DeployableRoof
Water Collection
SurfaceRuno
Water Collection Gutter
Water Collection
Facade
043/16 : 1
4 8 16 24
Negley Section
SSW - NNE
Divide Grid into Thirds With Voxel Movement
Zones
Shift Voxel Movement Zones to Define Expert/
Novice Zones
Define Top Floor as Voxel Storage and Repair Zone
Push Back Novice Zone to Create Covered Outdoor
Entrance Plaza
Push Voxel Storage Zone Down on Novice Side for Outdoor Rooftop Zone
Push Voxel Storage Zone Back on Expert Side for
Additional Rooftop Zones
Mold Entrance Plaza into Sloped Filter into Open
Communal Central Zone
Final Programmatic Organization Diagram
01
03 04
02
4 Voxel Center
Garfield
South
West
Central
North
East
NEW
TON
/ R
OSE
NP
age
2 of
47
MA
KER
CEN
TRE
CO
MP
ON
ENT
215
N. N
egle
y A
ve.
01 S
ITE
01.01 Location in Pittsburgh
Garfield
South
West
Central
North
EastN
EWTO
N /
RO
SEN
Pag
e 2
of 4
7M
AK
ERC
ENTR
E C
OM
PO
NEN
T21
5 N
. Neg
ley
Ave
.01
SIT
E
01.01 Location in Pittsburgh
GRADE: 41.1%
GRADE: 9.8%
GRADE: 7.8%
GRADE: 5.7%
NEW
TON
/ R
OSE
NP
age
5 of
47
MA
KER
CEN
TRE
CO
MP
ON
ENT
215
N. N
egle
y A
ve.
01 S
ITE
01.04 Site Sectional Condition
01.04 Site Analysis
Garfield is nestled between Bloomfield and Friendship to the South, East Liberty to the East, Lawrenceville to the West, and Stanton Heights to the North. Located at the confluence of these neighborhoods, Garfield is a hub of cultures and people. Garfield is composed mostly of residential streets running North-South from Penn Av-enue at the South to Mossfield Street at the North. Within the Pittsburgh lot and block grid, Garfield encompasses
portions of two zones, 50 and 83. As you can see in the map above, since the site is on the Southeast section of Garfield, close to East Liberty, it is within the 83 zone; thus, the site shares zoning re-strictions with both Garfield and East Liberty. The site is slightly more than a block away from the key intersection of Penn Ave and N Negley Ave. It is located across the street from a public housing complex and comprises one parcel, 83 - J - 247. The site is trapezoidal, compen-
sating for the shifted street grid of the rear neighborhood. The site itself has a complicated topography. Denoted in or-ange in the section, it has a slight grade of only 7.8%, across from public hous-ing. The rear portion, however, has a dramatic slope with a 41.1% grade. This sloped zone of the site is heavily wooded and difficult to build upon. Above this zone, the slope decreases significantly to a grade of 9.8%. Here, most of the land is dedicated to residential building.
Despite being surrounded by residential houses, the sites close proximity to Penn Ave, and the Glass Center, various galleries, and other amenities lining it, makes it optimal for a Makercenter. Garfield is already an up-and-coming neighborhood for mak-ers and artists, so the site is definitely appropriate for such an interesting and ever-changing program.
Location of component connectionsbetween modular deployed foor element
System of 8 Glass Panels
System of 4 Aluminum ColumnsWelded to Base Plate and Hinge Joints(3 Aluminum)
Aluminum Superstructure
Base Plate(1 Aluminum)
16 x 16 Space Covered by Deployable Roof Module
24 x 24 Voxelcentre Module
Prefabricated Hinge JointAllowing for Radially Symmetrical Folding
Outdoor Collaborative
Site Section + Analysis
Voxel Center 5
Underfloor Heating
Compressed Air
Power / Single + Triple Phase
Vaccum / Debris Collection
Cieling Cooling
Vertical
Atrium
HorizontalCirculation Circulation
HorizontalCirculation
Vertical
Atrium
CirculationNovice Makerspace Expert Makerspace
HorizontalCirculation
Voxel Maintenence
HorizontalCirculation
Voxel Storage
Cooling
Thermal Maintenance
Ceiling
HeatingUnderoorThermal Maintenance
013/16 : 1
VoxelMovement
Energy GenerationGutter
Water Collection
Facade
Solar PanelsEnergy Generation
Thermal Maintenance
OperableWindows
023/16 : 1
SurfaceRuno
Water Collection
Gutter
Water Collection
Facade
Thermal Maintenance
OperableWindows
033/16 : 1
Structure + Track System1/32 : 1
DeployableRoof
Water Collection
SurfaceRuno
Water Collection Gutter
Water Collection
Facade
043/16 : 1
6 Voxel Center
VoxelMovement
Energy Generation
Gutter
Water Collection
Facade
Solar PanelsEnergy Generation
Thermal Maintenance
OperableWindows
023/16 : 1
DeployableRoof
Water Collection
SurfaceRunoff
Water Collection
Gutter
Water Collection
Facade
013/16 : 1
Cooling
Thermal Maintenance
Ceiling
HeatingUnderfloorThermal Maintenance
033/16 : 1
Solar PanelsEnergy Generation
Cooling
Thermal Maintenance
UnderoorHeating
Thermal Maintenance
UndergroundStorage
Water Collection
DeployableRoof
Water Collection
SurfaceRuno
Water Collection
VoxelMovement
Energy Generation
WaterTreatment
Water Collection
GeothermalSystem
Thermal Maintenance
Ceiling
16 32 64 96
Sustainability
WNW - ESE
SurfaceRunoff
Water Collection
Gutter
Water Collection
Facade
Thermal Maintenance
OperableWindows
043/16 : 1
Voxel Center 7
VoxelMovement
Energy Generation
Gutter
Water Collection
Facade
Solar PanelsEnergy Generation
Thermal Maintenance
OperableWindows
023/16 : 1
DeployableRoof
Water Collection
SurfaceRunoff
Water Collection
Gutter
Water Collection
Facade
013/16 : 1
Cooling
Thermal Maintenance
Ceiling
HeatingUnderfloorThermal Maintenance
033/16 : 1
Solar PanelsEnergy Generation
Cooling
Thermal Maintenance
UnderoorHeating
Thermal Maintenance
UndergroundStorage
Water Collection
DeployableRoof
Water Collection
SurfaceRuno
Water Collection
VoxelMovement
Energy Generation
WaterTreatment
Water Collection
GeothermalSystem
Thermal Maintenance
Ceiling
16 32 64 96
Sustainability
WNW - ESE
SurfaceRunoff
Water Collection
Gutter
Water Collection
Facade
Thermal Maintenance
OperableWindows
043/16 : 1
Cooling
Thermal Maintenance
Ceiling
HeatingUnderfloorThermal Maintenance
Gutter
Water Collection
Facade
DeployableRoof
Water Collection
SurfaceRunoff
Water Collection
VoxelMovement
Energy GenerationGutter
Water Collection
Facade
Solar PanelsEnergy Generation
Thermal Maintenance
OperableWindows
01
04
E
F
G
H
I
KJ
C
D
AB
Wall Composition
C Rainscreen - Trespa
A 1 Rigid Insulation - R60
B Thermal Break - Insulation Overhang
D
6 Rigid Insulation - R30
Air Gap
E
Moisture BarrierF
Faade Support StructureG
Interior Wall Paneling - Plywood SheathingH
I
Outside
Inside
Tubular Steel Vertical Structural Member
J Deployable Roof Structure
K Green Roof
Exterior Air Film R 0.17R 30.006 Polyurethane Rigid InsulationR 1.01Air GapR 0.00Moisture BarrierR 0. 61
R 31.79
+
Interior Air Film
Roof Composition
Outdoor Collaborative Space Composition
Negley Wall Section Detail2 4 8 12
03
02
6 Exterior Rigid Insulation
10 Concrette Bearing Wall
A B
D
E
F
G
H
C
Concrete Retaining Wall Composition
C Interoior Fiberglass Insulation
D
E
A 1 Rigid Insulation - R60
B Thermal Break - Insulation Overhang
Roof Composition
Glass Wall Composition
C Triple Pane Window Construction
D
Structural Glass LouverE
Operable Window Section
U 0.36
2 4 8 12
Bearing Wall Section Detail
8 Voxel Center
Static Module1 : 0.125
Lounge Module1 : 0.125
Workspace Module1 : 0.125
Lounge Module1 : 0.125
Static Module1 : 0.125
8 16 32 48
Voxelcentre Program
N. Negley Ave.
Armitage Way
Rooftop
Photovoltaic Solar
Photovoltaic SolarStationary Panels33.5 Incline
Outdoor Collaborative
Outdoor Collaborative+ Deployable Roof System
Leve
l 04
Leve
l 03
Rend
er F
arm
Rend
er F
arm
Nov
ice
Mak
ersp
ace
Nov
ice
Mak
ersp
ace
Expe
rt M
aker
spac
e
Expe
rt M
aker
spac
e
Gal
lery
Gal
lery
Offi
ces
Offi
ces
Workspace Module1 : 0.125
Lounge Module1 : 0.125
Static Module1 : 0.125
8 16 32 48
Voxelcentre Program
N. Negley Ave.
Armitage Way
Rooftop
Photovoltaic Solar
Photovoltaic SolarStationary Panels33.5 Incline
Outdoor Collaborative
Outdoor Collaborative+ Deployable Roof System
Leve
l 04
Leve
l 03
Rend
er F
arm
Rend
er F
arm
Nov
ice
Mak
ersp
ace
Nov
ice
Mak
ersp
ace
Expe
rt M
aker
spac
e
Expe
rt M
aker
spac
e
Gal
lery
Gal
lery
Offi
ces
Offi
ces
Workspace Module1 : 0.125
Lounge Module1 : 0.125
Static Module1 : 0.125
8 16 32 48
Voxelcentre Program
N. Negley Ave.
Armitage Way
Rooftop
Photovoltaic Solar
Photovoltaic SolarStationary Panels33.5 Incline
Outdoor Collaborative
Outdoor Collaborative+ Deployable Roof System
Leve
l 04
Leve
l 03
Rend
er F
arm
Rend
er F
arm
Nov
ice
Mak
ersp
ace
Nov
ice
Mak
ersp
ace
Expe
rt M
aker
spac
e
Expe
rt M
aker
spac
e
Gal
lery
Gal
lery
Offi
ces
Offi
ces
Voxel
Movem
ent
Energy Gen
eration
Gutter
Water Collection
Facade
SolarP
anels
Energy Gen
eration
Therm
al Mainten
ance
Operable
Windows
02
3/16
: 1
Dep
loyable
Roof
Water Collection
Surface
Runo
ff
Water Collection
Gutter
Water Collection
Facade
013/16
: 1
Coo
ling
Thermal Mainten
ance
Ceiling
Hea
ting
Unde
rfloo
rTh
ermal Mainten
ance
03
3/16
: 1
Sola
rPa
nels
Ener
gy G
ener
atio
n
Cool
ing
Ther
mal
Mai
nten
ance
Und
ero
orH
eatin
g
Ther
mal
Mai
nten
ance
Und
ergr
ound
Stor
age
Wat
er C
olle
ctio
n
Dep
loya
ble
Roof
Wat
er C
olle
ctio
n
Surf
ace
Runo
Wat
er C
olle
ctio
n
Voxe
lM
ovem
ent
Ener
gy G
ener
atio
n
Wat
erTr
eatm
ent
Wat
er C
olle
ctio
n
Geo
ther
mal
Syst
em
Ther
mal
Mai
nten
ance
Ceili
ng
16
32
64
96
Sustaina
bility
WNW - ESE
Surface
Runo
ff
Water Collection
Gutter
Water Collection
Facade
Therm
al Mainten
ance
Ope
rable
Windo
ws
04
3/16
: 1
8 16 32 48
Voxelcentre Program
Rooftop
Level 05
Level 04
Level 02
Level 03
Photovoltaic Solar
Voxel Maintenence
Outdoor Collaborative
Voxel Maintenence
Voxel Storage
Voxel Storage
Loading Dock
Render Farm
Render Farm
Novice Makerspace
Novice Makerspace
Expert Makerspace
Expert Makerspace
Gallery
Gallery
Bar
Bar
Gallery
Offices
Level 01Novice Makerspace
Expert Makerspace
Gallery
Outdoor Collaborative
Level BNovice Makerspace
Novice Makerspace
Expert Makerspace
Expert Makerspace
Classrooms
Classrooms
Restrooms
Library Storage
Plot
3D Print
Plot
3D Print
Library Circulation
Library Circulation
Caf
Caf
Library Storage
Library Storage
Offices
Level A
Gallery
Loading Dock
Photovoltaic SolarStationary Panels33.5 Incline
Outdoor Collaborative
Outdoor Collaborative+ Deployable Roof System
Gallery
Gallery
Gallery
Classrooms
Offices
Offices
Outdoor Collaborative+ Deployable Roof System
N. Negley Ave.
Armitage Way
Voxel Center 9
Cooling
Thermal Maintenance
Ceiling
HeatingUnderfloorThermal Maintenance
013/16 : 1
VoxelMovement
Energy GenerationGutter
Water Collection
Facade
Solar PanelsEnergy Generation
Thermal Maintenance
OperableWindows
023/16 : 1
Gutter
Water Collection
Facade
Thermal Maintenance
OperableWindows
SurfaceRunoff
Water Collection
033/16 : 1
Gutter
Water Collection
Facade
DeployableRoof
Water Collection
SurfaceRunoff
Water Collection
043/16 : 1
01
03 04
02
Location of component connectionsbetween modular deployed foor element
System of 8 Glass Panels
System of 4 Aluminum ColumnsWelded to Base Plate and Hinge Joints(3 Aluminum)
Aluminum Superstructure
Base Plate(1 Aluminum)
16 x 16 Space Covered by Deployable Roof Module
24 x 24 Voxelcentre Module
Prefabricated Hinge JointAllowing for Radially Symmetrical Folding
Outdoor Collaborative
Cooling
Thermal Maintenance
Ceiling
HeatingUnderfloorThermal Maintenance
013/16 : 1
VoxelMovement
Energy GenerationGutter
Water Collection
Facade
Solar PanelsEnergy Generation
Thermal Maintenance
OperableWindows
023/16 : 1
Gutter
Water Collection
Facade
Thermal Maintenance
OperableWindows
SurfaceRunoff
Water Collection
033/16 : 1
Gutter
Water Collection
Facade
DeployableRoof
Water Collection
SurfaceRunoff
Water Collection
043/16 : 1
01
03 04
02
Location of component connectionsbetween modular deployed foor element
System of 8 Glass Panels
System of 4 Aluminum ColumnsWelded to Base Plate and Hinge Joints(3 Aluminum)
Aluminum Superstructure
Base Plate(1 Aluminum)
16 x 16 Space Covered by Deployable Roof Module
24 x 24 Voxelcentre Module
Prefabricated Hinge JointAllowing for Radially Symmetrical Folding
Outdoor Collaborative
NEW
TON
/ R
OSE
NP
age
21 o
f 47
03.13 Final Deployed Roof Axon with Components in Use | Four-Module Unit
Location of Welded Components(In between Modular DeployedRoof Elements)
MA
KER
CEN
TRE
CO
MP
ON
ENT
215
N. N
egle
y A
ve.
03 C
ONTE
XTU
ALIZ
ATON
8 16 32 48
Voxelcentre Program
N. Negley Ave.
Armitage Way
10 Nested Baths
Nested BathsSpring 2014Site: Saco Lake, New HampshirePartner: Jenny WongLocated in Crawford Notch, New Hampshire, this bath house challenges the role of material and elevation as definitions of space. As with tradition Roman bath houses, there are three baths (the Caldarium, the Tepidarium, and the Frigidarium), and, in an attempt to accomodate hikers and travelers in the area, there is a separate lodge component in the center. The zones of the pro-gram are divided based on temperature and necessary level of enclosure such that, as one descends into the bath house, additional wood frame thresholds signify the change in thermal qualities of the spaces, with the caldarium and the hearth at the innermost layer. The exteriormost layer of the structure is composed of concrete masonry units that emerge from the montainside only to be chipped away to allow moments of clarity and views from within the layers.
Bath Procession
Main Circulation
Living Space Circulation
Roof Structure
Bath Zone Covering
Lodge Zone Covering
Inner Frame
Outer Frame
Free-Standing Concrete Masonry Exterior
Frame Structure
Frigid Zone
Tepid Zone
Caldus Zone
Hearth Zone
Saco Lake Bath HouseAmy Rosen and Jenny Wong
Roof Structure
Bath Zone Covering
Lodge Zone Covering
Inner Frame
Outer Frame
Free-Standing Concrete Masonry Exterior
Frame Structure
Frigid Zone
Tepid Zone
Caldus Zone
Hearth Zone
1/32 = 1 0
Roof Structure
Bath Zone Covering
Lodge Zone Covering
Inner Frame
Outer Frame
Free-Standing Concrete Masonry Exterior
Frame Structure
Frigid Zone
Tepid Zone
Caldus Zone
Hearth Zone
Saco Lake Bath HouseAmy Rosen and Jenny Wong
Roof Structure
Bath Zone Covering
Lodge Zone Covering
Inner Frame
Outer Frame
Free-Standing Concrete Masonry Exterior
Frame Structure
Frigid Zone
Tepid Zone
Caldus Zone
Hearth Zone
1/32 = 1 0
Nested Baths 11
Bath
Pro
cess
ion
Mai
n Ci
rcul
atio
n
Livin
g Sp
ace
Circ
ulat
ion
3/16
= 1
0
3/16
= 1
0
Bath Procession
Main Circulation
Living Space Circulation
3/16 = 1 0
3/16 = 1 0
12 Filter + Reuse
Filter + ReuseFall 2014Site: Pittsburgh, PennsylvaniaPartner: Jenny WongThis commuter housing project, located along the Allegheny River in Pittsburgh, Pennsylvania, span five blocks from the 16th Street Bridge to 21st Street. The project attempts to merge ecologically-innovative bioswales and wetlands with community farming and gathering. This portion of the Strip District is known to heavily pollute the river as a result of poor irrigation and sewer systems, so by using the housing units as eco-machines, the project simultaneously pro-vides intimate spaces for occupants as well as large open spaces for the com-munity. The design of both the housing units as well as the landscape blur to reinforce the unifying filtration system embedded within. In order to visualize and realize the project, sectional drawings, diagrams, and models were used to parametrically modify the qualities of spaces throughout the site.
Filter + Reuse 13
14 Filter + Reuse
Northshore
Central Business District
Strip District
Oakland
Polish Hill
Uptown
Southside Slopes
Troy Hill
Fineview
Ohio River
Monongahela River
Alleg
heny
Rive
r
SiteCity: Pittsburgh, PALatitude: 40.4417 NLongitude: 80 W
Site is zoned:Urban IndustrialRegion:
880,000 square feetApproximately
Strip District
in a valleyin between two hilled neighborhoodsadjacent to the Allegheny RiverLocated
Amy Rosen
Floodway
Greenway
Woodland
Vacant Parcels
Neighborhood
Zoning
#NNGIJGP[4KXGT
5OCNNOCP5V
2GPP#XG
UV5V
UV5V
&CXKF/E%WNNQWIJ$TKFIG
.KDGTV[#XG
UV5V
VJ5V
6JTGG4KXGTU*GTKVCIG
6TCKN
Filter + Reuse 15
16 Cascading Ribs
Cascading RibsFall 2013Site: Pittsburgh, PennsylvaniaPartners: Gary Li, Jenny Wong, Eugene Jahng, Madhura Kharche, Keith YoungThis full-scale design-build project attempts to push the boundaries of the tra-ditional hoop house for growing and sheltering plants. In conjunction with five of my classmates, the design was catered specifically for the Healcrest Urban Farm in Pittsburgh. Our design was centered on a rotating rib structural pattern composed of steel square tubes and wooden panels linked by aluminum con-duit. Different levels of opaque eco-plastic were draped over the ribs to allow sunlight to pass through to the plants while preventing rain and other weather hazards. By also using mesh, we created hangable and growable spaces, and enabled air passage from underneath to ventilate the growing process. If de-sired, compost can be placed under the structure for thermal insulation.
Heal
cres
t Ur
ban
Farm
Heal
cres
t St.
Pitts
burg
h, P
ACl
ient
s: M
aria
Gra
ziani
& D
ana
Laun
ius
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
A2|
HOOP
HOU
SE
01SH
ELL
| HO
OPHO
USE
AXON
OMET
RIC
Scal
e: 1
/16"
= 1
'10
.04.
1301
of 5
0
21SH
ELL
| HO
OPHO
USE
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
A2|
HOOP
HOU
SEHe
alcr
est
Urba
n Fa
rmHe
alcr
est S
t. Pi
ttsbu
rgh,
PA
Clie
nts:
Mar
ia G
razia
ni &
Dan
a La
uniu
s
SING
LE B
AYSc
ale:
1/4
" = 1
'10
.04.
1321
of 5
0
UV PROTECTED FILM
1 DIA. STEEL TUBE
1 STEEL SQ. TUBE
ALUMINUM FLAT BAR
Cascading Ribs 17
Hoop House
Amy Rosen2.2 Hoop House
48-200, F13A2|Grow
Our design was centered on a rotating rib structural pattern composed of steel square tubes and wood panels linked by aluminum conduit.
ProcessHealcrest Community Farm
2B-2C-ST12-ST23
6"
RIB 3
TYP.
2B-2C-ST12-ST23
6"
RIB 3
TYP.
1B-1C-ST01-ST121A-1B-SL01-SL12
15He
alcr
est
Urba
n Fa
rmHe
alcr
est S
t. Pi
ttsbu
rgh,
PA
Clie
nts:
Mar
ia G
razia
ni &
Dan
a La
uniu
s
Scal
e: 1
/4" =
1'
10.0
4.13
15 o
f 50
SHEL
L |
HOOP
HOUS
EJO
INT
DETA
ILA2
| HO
OP H
OUSE
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
1C-1D-SR01-SR12 1A-1D-SB01-SB12
1B-1C-ST01-ST121A-1B-SL01-SL12
15He
alcr
est
Urba
n Fa
rmHe
alcr
est S
t. Pi
ttsbu
rgh,
PA
Clie
nts:
Mar
ia G
razia
ni &
Dan
a La
uniu
s
Scal
e: 1
/4" =
1'
10.0
4.13
15 o
f 50
SHEL
L |
HOOP
HOUS
EJO
INT
DETA
ILA2
| HO
OP H
OUSE
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
1C-1D-SR01-SR12 1A-1D-SB01-SB12
1B-1C-ST01-ST121A-1B-SL01-SL12
15He
alcr
est
Urba
n Fa
rmHe
alcr
est S
t. Pi
ttsbu
rgh,
PA
Clie
nts:
Mar
ia G
razia
ni &
Dan
a La
uniu
s
Scal
e: 1
/4" =
1'
10.0
4.13
15 o
f 50
SHEL
L |
HOOP
HOUS
EJO
INT
DETA
ILA2
| HO
OP H
OUSE
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
1C-1D-SR01-SR12 1A-1D-SB01-SB12
SHEET #15
NOTE: Also refer to Joint RIB 0
Joint 1C-1D-SR01-SR12
SHEET #15Joint 1B-1C-ST01-ST12
Joint 1A-1B-SL01-SL12SHEET #15
SHEET #15Joint 1A-1D-SB01-SB12
0-5/16
"
0-3/32"
0-1/32"
0-3/32"
0-1/32"
0-5/32"
0-9/64"
70.1
4219.00
83.08
65.78
0-3/8"
0-3/8"
0-1/
4"
0-1/
8"
7-1/8"
0-1/
4"0-1/4"
0-1/4"
3-5/8"
6"
4-1/8"3-19/32"
0-5/16"
0-13/64"
0-3/32"
0-3/32"
0-1/32"
5-23/6
4"
0-7/32
"
0-3/32
"
0-1/32
"
0-3/32
"
0-1/32
"
0-3/32"
0-1/32"
3-1/32" 0-17/64"
0-3/32"0-1/32"
0-5/16"
0-13/64"
6-41/64"
COM
PONE
NT 1 11
Scal
e: 1
/16"
= 1
'10
.04.
1311
of 5
0
Heal
cres
t Ur
ban
Farm
Heal
cres
t St.
Pitts
burg
h, P
ACl
ient
s: M
aria
Gra
ziani
& D
ana
Laun
ius
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
A2|
HOOP
HOU
SESH
ELL
| HO
OPHO
USE
Scal
e: 1
/16"
=1'
10.0
4.13
19 o
f 50
SHEL
L |
HOOP
HOUS
EA2
| HO
OP H
OUSE
PANE
L JO
INTS 19
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
Heal
cres
t Ur
ban
Farm
Heal
cres
t St.
Pitts
burg
h, P
ACl
ient
s: M
aria
Gra
ziani
& D
ana
Laun
ius
RIB 2
TYP.
6"
TYP.
6"
RIB 0
Scal
e: 1
/16"
=1'
10.0
4.13
19 o
f 50
SHEL
L |
HOOP
HOUS
EA2
| HO
OP H
OUSE
PANE
L JO
INTS 19
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
Heal
cres
t Ur
ban
Farm
Heal
cres
t St.
Pitts
burg
h, P
ACl
ient
s: M
aria
Gra
ziani
& D
ana
Laun
ius
RIB 2
TYP.
6"
TYP.
6"
RIB 0
Heal
cres
t Ur
ban
Farm
Heal
cres
t St.
Pitts
burg
h, P
ACl
ient
s: M
aria
Gra
ziani
& D
ana
Laun
ius
SHEL
L |
HOOP
HOUS
EA2
| HO
OP H
OUSE
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
Scal
e: 1
/16"
=1'
10.0
4.13
Scal
e: 1
/16"
=1'
10.0
4.13
22 o
f 50
22EX
PLOD
ED A
XONO
MET
RIC
PLASTIC
MESH
STEEL STRUCTURE
ALUMINUM CONNECTOR
1B-1C-ST01-ST121A-1B-SL01-SL12
15He
alcr
est
Urba
n Fa
rmHe
alcr
est S
t. Pi
ttsbu
rgh,
PA
Clie
nts:
Mar
ia G
razia
ni &
Dan
a La
uniu
s
Scal
e: 1
/4" =
1'
10.0
4.13
15 o
f 50
SHEL
L |
HOOP
HOUS
EJO
INT
DETA
ILA2
| HO
OP H
OUSE
Amy
Rose
n, E
ugen
e Ja
hng,
Gar
y Li
, Jen
ny W
ong
Keith
Yeu
ng, O
mar
Che
ikh-
Ali,
Mad
hura
Kha
rche
1C-1D-SR01-SR12 1A-1D-SB01-SB12
18 Bifurcated Boathouse
Bifurcated BoathouseFall 2015Site: Pittsburgh, PennsylvaniaPartner: Alyssa HamiltonThis redesign of the Three Rivers Rowing facility in Millvale creates an experi-ence of compression and expansion through a branching structural forest, in-terrupting the dense forest existing on the site. The spaces within embrace all aspects of boating while facilitating discussion and learning. Situated close to the rivers edge, the users can connect with the water through various senses - vision, sound, and touch. The intricate roof element acts as a water collec-tor/director and plays off of the rib triangulation. Finally, the slatted enclosure reinforces the linearity of the design while framing particular views.
Concrete Base
Metal Plates
Double Beam
Single Beam
Cables
Enclosure System
Tertiary Structure
Secondary Structure
Primary Structure
Floor Plate
Metal Slatting
Roof Rib System
Roof SurfaceWater Collection
Beam + Surface Intersection
Metal Sub-Structure
Single Beam Structure
Ceiling Surface
Ceiling Drop
Key Section | 03Bike Path + Multipurpose Room + Boat Storage
Double BeamPrimary Structure
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-roundKey Section | 03
Bike Path + Multipurpose Room + Boat Storage
Double BeamPrimary Structure
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-round
Key Section | 03Bike Path + Multipurpose Room + Boat Storage
Double BeamPrimary Structure
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-round
Key Section | 04Bike Path + Boat Storage + Interior Circulation
Double BeamPrimary Structure
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-round
Key Section | 04Bike Path + Boat Storage + Interior Circulation
Double BeamPrimary Structure
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-round
Key Section | 01
Double BeamPrimary Structure
Outdoor Terrace + Lobby + Bike Path
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-round
Key Section | 01
Double BeamPrimary Structure
Outdoor Terrace + Lobby + Bike Path
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-round
Key Section | 04Bike Path + Boat Storage + Interior Circulation
Double BeamPrimary Structure
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-round
Key Section | 02Erg/Weight Room + Rowing Tanks + Lockers + Stewards Apartment + Bike Path
Double BeamPrimary Structure
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-round
Key Section | 02Erg/Weight Room + Rowing Tanks + Lockers + Stewards Apartment + Bike Path
Double BeamPrimary Structure
Single BeamSecondary Structure
Thermally Enclosed ZonesOccupiable Year-round
Bifurcated Boathouse 19
AMELIA ROSENBachelor of Architecture 17 [email protected]@yahoo.com310.497.2921