architectureportfolio_spring2015
TRANSCRIPT
table of contents
education
senior living
residential
landscape
mid-size institutional
other
Clerestories - Daylight penetrates room
2.5H of window height
Primrose Jasmine
Shading device-Louvers
Palm tree
Filtered sunlight
Cross-ventilation
Bird of ParadiseWhite lantanas
Shading device-Louvers
Abundantnorth-facing
windows
Velvet Mesquite Hybrid Palo VerdeMix of native plants
Exterior storage can convert to bays forfuture expansion
Evaporative Cooling
Cool roof
Solar chimney
Mix of native plants
L
- -
A B
D
G
H
IJ
E
F
C
M
K
K
K
K
Floor PlanNot to scale
A Bike shopB Living roomC CafeD ReceptionE RestroomsF Technology shopG Private officeH Practice roomsI Creative studiosJ Movement roomK CourtyardsL Event spaceM Gallery walk
centro juvenil colmenaspring 2014revit, photoshop, in design, illustrator, autocad
1/8" = 1'-0"1 East Elevation
1/8" = 1'-0"2 North Elevation
1/8" = 1'-0"3 North-South Section
1/8" = 1'-0"4 West-East SectionWest-East Section
1/8" = 1'-0"1 East Elevation
1/8" = 1'-0"2 North Elevation
1/8" = 1'-0"3 North-South Section
1/8" = 1'-0"4 West-East Section
North-South Section
This youth center will be located in the Barrio Historico (also known as Barrio Libre) at the corner of 17th + Convent Avenue in Tucson, Arizona. The site is zoned as HO-3 and is a 4,777 sq. ft. adobe structure. It has stood abandoned for many years and is now uninhabitable in its current state. It is faced by a beautifully broken facade that begs to be put to good use again.CONTEXT AND SITE RESPONSE
Centro Juvenil Colmena (”Beehive Youth Center”)
Current Plan Grid Continued Flow
3 Key Design Strategies
1 Expand and reactivate the space while remaining respectful to the historical context
2 Utilize the proportions in place throughout any building modifications
3 Create an environment that the youth want to be in by creating an oasis in this desert environment
SECTION A 1/8” = 1’0”
SECTION B 1/8” = 1’0”
SECTION C 1/8” = 1’0”
SECTION D 1/8” = 1’0”
A A
SITE PLAN 1/8” = 1’0”
B
B
C
C
D
D
This youth center will be located in the Barrio Historico (also known as Barrio Libre) at the corner of 17th St + Convent in Tucson, Arizona. The site is zoned as HO-3 and is a 4,777 sq. ft. adobe structure. It has stood aban-doned for many years and is now uninhabitable. It is faced by a beautifully broken facade that begs to be put to good use again.
Computers Studio / Living Space
Gallery Entry
Cafe
“Makerspace”
Bike Garage
Storage
TeenLockers
Site Plan
Second Floor Third-Fifth FloorsUnit AStudio
Unit B1-Bedroom
Unit C2-Bedroom
mind + body in balance
fall 2013revit, photoshop, illustrator
Senior Housing at 5201-5215 N Central Ave, Phoenix, AZ 85012
This project provides numerous amenities to draw senior residents out of their unit to encourage them to keep their bodies fit and their minds sharp. All of the community spaces are designed to exercise the mind, the body, or both. The spaces are flexible to facilitate the relationship of the mind and body and strengthen the idea of a balanced lifestyle.
Through these mental and physical exercises, residents will have opportunities to interact with their neighbors and build relationships within their community.
20Information contained in this document may contain trade secrets or proprietary information and must be considered confidential
NEIGHBORHOOD- FOOTHILL BLVD.
perkins eastman summer intern
summer 2014revit, autocad, photoshop, illustrator
19Information contained in this document may contain trade secrets or proprietary information and must be considered confidential
NEIGHBORHOOD- 35TH AVENUE
I worked as a summer intern for the San Francisco office of Perkins Eastman. In this capacity, I was assigned to a design team who was rennovating the Mercy Retirement and Care Center. It is a nonprofit continuing care retirement community that has been providing care and services in Oakland, CA since 1908. Their facilities provide skilled nursing, memory care, and assisted living services.
As part of the design team, I was responsible for assisting in the preparation of architectural drawings through the use of Revit and AutoCAD. I also prepared presentation materials for client meetings with Photoshop, Illustrator, and other needed programs.
1112131415161718
L
L1
M
N
A
1
2
3
4
7
8
C
B
A-4021
A-4031
A-4022
6
TOILET
KITCHEN
SCULLERYDRY STORAGE
ENTRANCE
TOILET
DINING
COPY
BENCH
SUPPLIES
139 SF
AED121
147 SF
BILLING120
139 SF
BROWN BAG122
139 SF
CHAP.123
281 SF
ED124
727 SF
CHAPEL132
388 SF
CONFERENCE135
150 SF
ASD131
150 SF
DEV DIR127
157 SF
DEV DIR ASSIST126
60 SF
KITCHEN125
CORRIDOR105
49 SF
FILES130
88 SF
SACRISTY133
63 SF
CHAPELRESTROOM
134
12' - 6"
12' - 6"
12' - 6"
12' - 6"
12' - 6"
A1
5
126127
131
133
132
134
132A
124
123
122
121
118
120
135
105A105B
105C
144
144B
144A
133A
100
100A
140
110
12' - 6"
12' - 6"
737 SF
BISTRO143
67 SF
COUNTRY STORE145
Not Enclosed
BISTRO LOUNGE144
402 SF
LOUNGE142
457 SF
MAIL141
600 SF
LOUNGE140
933 SF
LOBBY LOUNGE100
46 SF
ELEC129
40 SF
RESTROOM128
VIF
8' - 5"
EQ
3' - 5
"4'
- 2"
DN
UP
DNUP
DN
UP
3'-0" AND 2'-0" GATEON HOLD OPEN
STAIR #3
STAIR #1
STORAGE
STOR.
PHONE PHONE
PHASE 3
PHASE 1
EXIT
EXIT
STAIR #2
UP
UP
EXIT
EXIT
TO SKILLEDNURSING
RAMP TOCOURTYARD
4' - 0
" 4'
- 0"
129
A-4023
125
2' - 0
"
(N) COUNTER
4' - 0
"
6' - 5"
141
11' - 4"
130
LEGEND
NOT IN SCOPE
NEW CONSTRUCTION
1. DIMENSIONS OF EXISTING ELEMENTS TO BE VERIFIED INFIELD.
2. DIMENSIONS TO EXISTING WALLS TO BE TAKEN AT FACE OFWALL FINISH.
3. DIMENSIONS TO NEW WALLS TO BE TAKEN AT FACE OFSTUD.
4. CLEAR DIMENSIONS TO BE TAKEN AT FACE OF FINISH.
5. NEW SECTIONS OF PATCHED WALLS TO MATCH EXISTINGFRAMING. ALIGN NEW SECTIONS TO EXISTING.
6. USE FIRE RETARDANT TREATED WOOD FOR WOOD FRAMEDWALLS.
7.1HR FIRE RATED CONSTRUCTION AT ALL CORRIDOR WALLS,U.O.N.
8. 1HR FIRE RATED CONSTRUCTION AT DEMISING WALLS,U.O.N.
9. FIRE RATED ENCLOSURE OF MECHANICAL SHAFTS SHALLBE MAINTAINED AT NEW AND PATCHED WALLS, PER CODEREQUIREMENTS.
10. PROVIDE FIRE RATED SEALANTS AT PENETRATIONSTHROUGH FIRE RATED FLOORS, WALLS, PLUMBING CHASESAND MECHANICAL SHAFTS.
11. INSTALL BACKING FOR HANDRAILS, GRAB BARS AND WALLMOUNTED CABINETS AS REQUIRED.
11.- PATCH EXISTING HANDRAILS WITH LIKE MATERIAL.SMOOTH EDGES.
12. SEE ENLARGED FLOOR PLANS FOR DETAILED DIMENSIONSAND NOTES.
SHEET NOTES
23 GEARY STREETSUITE 500SAN FRANCISCO, CA 94108T. 415.926.7900F. 415.926.7733
SCALE:
SEAL
DRAWING TITLE:
PROJECT TITLE:
PROJECT No:
DATENO. ISSUE
KEY PLAN
AL
(E) ASSISTED LIVINGBUILDINGRENOVATION
As indicated
3/21
/201
5 4:
24:3
2 PM
C:\U
sers
\Min
ty\D
ocum
ents
\Per
kins
Eas
tman
Inte
rnsh
ip M
ater
ials
\Per
kins
Eas
tman
Por
tfolio
Mat
eria
l\EC
A_C
entra
l_AL
TO
WER
.rvt
FIRST FLOOR PLAN
54841.00
MERCY RETIREMENTAND CARE CENTER
09/26/2014
A-102
3431 FOOTHILL BOULEVARD, OAKLAND,CA 94601
85% DESIGN DEVELOPMENT
1/8" = 1'-0"1 FIRST FLOOR PLAN
11' - 6"
224
11' - 6"
CLR.
5' - 3"
F.O.
S.
F.O.
S.EX
IST.
ALIG
N
AL
2' - 1
0"2'
- 0"
ALIG
N
CLR.
1' - 6"
V.I.F.
6' - 3"
F.O.
S.
F.O.
S.
2' - 5" 3' - 1
1"6'
- 0"
F.O.S.
F.O.S.
F.O.S.EXIST.
F.O.W.EXIST.
EQ.
EQ.
4' - 4"
F.O.
W.
EXIS
T.
9
3
30
28
8
27
22
8
23 25 26
4
21
7
ELEC. PANEL
TYPE B
234A
234
CLR.
1' - 6
"
MIN.
1' - 6
"
CLR.
12" MIN
TYPE C1
234B
ALIGN
ALIG
N
4' - 0"
5' - 0"
CLR. MIN.
4' - 4"
V.I.F.
2' - 6" 2' - 10"
6' - 0
" 6'
- 6"
18' - 0"
F.O.W.EXIST.
F.O.
S.
F.O.
W.
EXIS
T.
F.O.S.
F.O.S.
F.O.W.EXIST.
F.O.
S.
EQ.
EQ.
2' - 5"
V.I.F
.
1' - 3
"
26
21
23
24
25
22
1
27
4 3
9 9
236CLR
18" MIN
2' - 10" 2' - 0"
CLR.
1' - 6
"
MIN.
1' - 6
"
TYPE C2
236A
236B
3' - 2
"5'
- 3"
2' - 5"
6' - 6
" 6'
- 0"
F.O.S.
F.O.S.
F.O.W.EXIST.
18' - 0"
F.O.
S.
F.O.
W.
F.O.
S.
5' - 0"
CLR. MIN.
5' - 0"F.O.
W.
F.O.W.EXIST.
V.I.F
.
1' - 3
"
21
27
26
23
24
25
22
7
9 9
2
238A TYPE D238B
2324
26
21
22
27
29
30
2' - 4"
F.O.W.EXIST.
F.O.W.EXIST.
7' - 7
"
EQ.
EQ.
2' - 10"
3' - 6"
CLR.
1' - 6" 2' - 0"
3' - 1
"
2' - 10"
2' - 5
"5'
- 3"
24' - 4"
ALIGN
V.I.F
.
6' - 0
"
EQ.
EQ.
2' - 0"
F.O.W.EXIST.
F.O.W.EXIST.
F.O.
W.
EXIS
T.
F.O.W.EXIST.
F.O.W.EXIST.
F.O.
W.
EXIS
T.
F.O.
W.
EXIS
T.
97
3
8
27
2224 26
2
218
28
30
3
ELEC. PANEL
F.O.S.
SHELVING
31
MIN.
1' - 6
"
CLR.
1' - 6
"2'
- 0"
TYPE F1
226C
226B
226A
226
2' - 10"2' - 0"
6' - 6
"6'
- 0"
3' - 2
"
F.O.
W.
EXIS
T.
F.O.W.EXIST.
F.O.S.
F.O.S.
2' - 0"
F.O.
W.
EXIS
T.
F.O.W.EXIST.
F.O.W.EXIST.
11' - 10" 11' - 6"
24' - 0"
F.O.
W.
EXIS
T.
F.O.
W.
EXIS
T.
F.O.
W.
EXIS
T.
F.O.
W.
EXIS
T.
ALIGN
30
23
24
268
29
27
22
21
3
7
99
3
1
CLR.
1' - 6
"
MIN.
1' - 6
"2'
- 0"
2' - 0" 2' - 10"2' - 0"
6' - 4
"6'
- 0"
3' - 2
"
2' - 5"
11' - 6" 11' - 10"
24' - 0"
F.O.
W.
EXIS
T.
F.O.
W.
EXIS
T.
F.O.
W.
EXIS
T.
F.O.
W.
EXIS
T.
F.O.W.EXIST.
F.O.W.EXIST.
F.O.
W.
EXIS
T.
F.O.
W.
EXIS
T.
F.O.W.EXIST.
F.O.S.
F.O.S.
AL
23
24
268
27
22
21
30
3
99
3
29
1
TYPE F2
1. DIMENSIONS OF EXISTING ELEMENTS TO BE VERIFIED INFIELD.
2. DIMENSIONS TO EXISTING WALLS TO BE TAKEN AT FACE OFWALL FINISH.
3. DIMENSIONS TO NEW WALLS TO BE TAKEN AT FACE OFSTUD.
4. CLEAR DIMENSIONS TO BE TAKEN AT FACE OF FINISH.
5. NEW SECTIONS OF PATCHED WALLS TO MATCH EXISTINGFRAMING. ALIGN NEW SECTIONS TO EXISTING.
6. USE FIRE RETARDANT TREATED WOOD FOR WOOD FRAMEDWALLS.
7.1HR FIRE RATED CONSTRUCTION AT ALL CORRIDOR WALLS,U.O.N.
8. 1HR FIRE RATED CONSTRUCTION AT DEMISING WALLS,U.O.N.
9. FIRE RATED ENCLOSURE OF MECHANICAL SHAFTS SHALLBE MAINTAINED AT NEW AND PATCHED WALLS, PER CODEREQUIREMENTS.
10. PROVIDE FIRE RATED SEALANTS AT PENETRATIONSTHROUGH FIRE RATED FLOORS, WALLS, PLUMBING CHASESAND MECHANICAL SHAFTS.
11. INSTALL BACKING FOR HANDRAILS, GRAB BARS AND WALLMOUNTED CABINETS AS REQUIRED.
11.- PATCH EXISTING HANDRAILS WITH LIKE MATERIAL.SMOOTH EDGES.
12. SEE ENLARGED FLOOR PLANS FOR DETAILED DIMENSIONSAND NOTES.
SHEET NOTES1. 1 HR FR CORRIDOR WALL - EXISTING2. 1 HR FR CORRIDOR WALL - NEW3. 1 HR FR DEMISING WALL - EXISTING4. 1 HR FR DEMISING WALL - NEW5. SHAFT WALL - EXISTING6. 2 HR FR SHAFT WALL - NEW7. FURRED WALL (2 1/2" Z CHANNEL)8. EXISTING MECHANICAL SHAFT9. EXISTING CONCRETE WINDOW SEAT
21. ADA ROLL IN PREFAB SHOWER WITH TRENCH DRAIN22. GRAB BARS, PROVIDE BACKING AS REQUIRED23. MEDICINE CABINET24. ADA VANITY CABINET WITH SINK25. ADA WALL MOUNTED SINK26. MIRROR27. WALL MOUNTED CABINET28. ADA LINEAR KITCHEN WITH BELOW COUNTER REFRIGERATOR29. ADA L-SHAPED KITCHEN WITH BELOW COUNTER REFRIGERATOR30. CLOSET - HALF SHELF AND POLE
41. UTILITY SINK42. FOLDING TABLE43. WASHER DRYER
RESIDENTIAL UNIT FURNITURE SHOWN FOR REFERENCE ONLY, NOT INCONTRACT.
NOT IN SCOPE
SHEET LEGEND
23 GEARY STREETSUITE 500SAN FRANCISCO, CA 94108T. 415.926.7900F. 415.926.7733
SCALE:
SEAL
DRAWING TITLE:
PROJECT TITLE:
PROJECT No:
DATENO. ISSUE
KEY PLAN
AL
(E) ASSISTED LIVINGBUILDINGRENOVATION
As indicated
3/21
/201
5 4:
25:5
6 PM
C:\U
sers
\Min
ty\D
ocum
ents
\Per
kins
Eas
tman
Inte
rnsh
ip M
ater
ials
\Per
kins
Eas
tman
Por
tfolio
Mat
eria
l\EC
A_C
entra
l_AL
TO
WER
.rvt
ENLARGED UNITTYPES A-G
54841.00
MERCY RETIREMENTAND CARE CENTER
09/26/2014
A-401
3431 FOOTHILL BOULEVARD, OAKLAND,CA 94601
SD 05/30/2014
85% DESIGN DEVELOPMENT
1/4" = 1'-0"1 UNIT A 1/4" = 1'-0"2 UNIT B
1/4" = 1'-0"3 UNIT C1 1/4" = 1'-0"4 UNIT C2
1/4" = 1'-0"5 UNIT D 1/4" = 1'-0"6 UNIT E
1/4" = 1'-0"7 UNIT F1 1/4" = 1'-0"8 UNIT F2
1112131415161718
L
L1
L2
M
N
A
1
2
3
4
7
8
C
B
A-4014
A-4013
A-4015
A-4012
A-4033
TYPE C2230
TYPE C1232
TYPE C1234
TYPE C2236
TYPE A237
TYPE A235
STAIR 1212
STAIR 3210
LOBBY200
OFFICE203
TOILET204 HSKPG
205
CORRIDOR206
TYPE C2221
TYPE C1223
TYPE C1225
TYPE C2227
TYPE D228
TYPE F1226
CORRIDOR207
206
211
205
210
212
6
A-4017
A-4018
12' - 6"
25' - 0"
12' - 6"
12' - 6"
12' - 6"
12' - 6"
12' - 6" 12' - 6" 12' - 6" 12' - 6" 12' - 6" 12' - 6" 12' - 6"
238236 234 232 230
221223
203
225227
207
A1
TYPE A220
TYPE F2231
TYPE B222
TYPE E233
200
211A
A-4016
A-4011
237 235 233 231
220
222
224226
228
238A 238B
236A
236B
234A
234B 232B
232A230A
230B
237A
237B
235A
235B
233A
231A
231B
231C
220A220B
222A
222B
224A
224B226A
226B226C
228A
228B
227A
227B
225A
225B
223A
223B
221A
221B
LAUNDRY208
208
STAIR 2211
RF-20
TYPE D238
5
A-4032
204
4' - 0" 4' - 0"
TYPE B224
1' - 0
" 3' - 10"
1. DIMENSIONS OF EXISTING ELEMENTS TO BE VERIFIED INFIELD.
2. DIMENSIONS TO EXISTING WALLS TO BE TAKEN AT FACE OFWALL FINISH.
3. DIMENSIONS TO NEW WALLS TO BE TAKEN AT FACE OFSTUD.
4. CLEAR DIMENSIONS TO BE TAKEN AT FACE OF FINISH.
5. NEW SECTIONS OF PATCHED WALLS TO MATCH EXISTINGFRAMING. ALIGN NEW SECTIONS TO EXISTING.
6. USE FIRE RETARDANT TREATED WOOD FOR WOOD FRAMEDWALLS.
7.1HR FIRE RATED CONSTRUCTION AT ALL CORRIDOR WALLS,U.O.N.
8. 1HR FIRE RATED CONSTRUCTION AT DEMISING WALLS,U.O.N.
9. FIRE RATED ENCLOSURE OF MECHANICAL SHAFTS SHALLBE MAINTAINED AT NEW AND PATCHED WALLS, PER CODEREQUIREMENTS.
10. PROVIDE FIRE RATED SEALANTS AT PENETRATIONSTHROUGH FIRE RATED FLOORS, WALLS, PLUMBING CHASESAND MECHANICAL SHAFTS.
11. INSTALL BACKING FOR HANDRAILS, GRAB BARS AND WALLMOUNTED CABINETS AS REQUIRED.
11.- PATCH EXISTING HANDRAILS WITH LIKE MATERIAL.SMOOTH EDGES.
12. SEE ENLARGED FLOOR PLANS FOR DETAILED DIMENSIONSAND NOTES.
SHEET NOTES
23 GEARY STREETSUITE 500SAN FRANCISCO, CA 94108T. 415.926.7900F. 415.926.7733
SCALE:
SEAL
DRAWING TITLE:
PROJECT TITLE:
PROJECT No:
DATENO. ISSUE
KEY PLAN
AL
(E) ASSISTED LIVINGBUILDINGRENOVATION
As indicated
3/21
/201
5 4:
27:0
6 PM
C:\U
sers
\Min
ty\D
ocum
ents
\Per
kins
Eas
tman
Inte
rnsh
ip M
ater
ials
\Per
kins
Eas
tman
Por
tfolio
Mat
eria
l\EC
A_C
entra
l_AL
TO
WER
.rvt
2ND FLOOR PLAN
54841.00
MERCY RETIREMENTAND CARE CENTER
09/26/2014
A-103
3431 FOOTHILL BOULEVARD, OAKLAND,CA 94601
SD 05/30/2014
85% DESIGN DEVELOPMENT
2ND FLOOR - LED OFFICE3RD FLOOR - MED ROOM4TH FLOOR - RCD5TH FLOOR - NURSE6TH FLOOR - COMPUTER ROOM
1/8" = 1'-0"1 2ND FLOOR PLAN
1 08/27/2014 ENTITLEMENTS REVISIONS
As the summer winds drift in from the ocean a sensor determines the direction of the wind and in response, one of the eight panel configurations on top of the tower opens allowing the wind to funnel through the tower. Meanwhile a corresponding glass panel on the leeward side of the first floor opens, creating a pressure difference allowing the wind to flow through the house and cool the spaces.
In order to create a sustainable structure, eight foot cantilevers were placed on the North side of
the building providing maximum shade throughout the summer months, while shorter
cantilevers where placed on the South side of the structure.
Bedrooms were pushed into the ground and act as the stereotomic portion of the home. Minimal
natural lighting and an enclosed patio contrast with the overall openness of the upper floor.
A shipping containers frame was used for the top floors. The left over sides were refurbished as
sliding panels to provide shade, privacy, and the ability to close the home when not on vacation or
slide them off to the sides to open up to the surrounding views.
Concept: Located off of Bondi Beach, this container house reflects the history of its surroundings. The definition of its name, the inconsistency in the surf, even the beach goers share a similar attitude. The sound of waves crashing against rocks, the surfable waves one day to the soft waves the next, the prohibition of ‘skimpy’ swim wear all represent opposing forces. This container house represents these ideas through stereotomic vs tectonic.
Tectonic
As the summer winds drift in from the ocean a sensor determines the direction of the wind and in response, one of the eight panel configurations on top of the tower opens allowing the wind to funnel through the tower. Meanwhile a corresponding glass panel on the leeward side of the first floor opens, creating a pressure difference allowing the wind to flow through the house and cool the spaces.
In order to create a sustainable structure, eight foot cantilevers were placed on the North side of
the building providing maximum shade throughout the summer months, while shorter
cantilevers where placed on the South side of the structure.
Bedrooms were pushed into the ground and act as the stereotomic portion of the home. Minimal
natural lighting and an enclosed patio contrast with the overall openness of the upper floor.
A shipping containers frame was used for the top floors. The left over sides were refurbished as
sliding panels to provide shade, privacy, and the ability to close the home when not on vacation or
slide them off to the sides to open up to the surrounding views.
Concept: Located off of Bondi Beach, this container house reflects the history of its surroundings. The definition of its name, the inconsistency in the surf, even the beach goers share a similar attitude. The sound of waves crashing against rocks, the surfable waves one day to the soft waves the next, the prohibition of ‘skimpy’ swim wear all represent opposing forces. This container house represents these ideas through stereotomic vs tectonic.
Tectonic
As the summer winds drift in from the ocean a sensor determines the direction of the wind and in response, one of the eight panel configurations on top of the tower opens allowing the wind to funnel through the tower. Meanwhile a corresponding glass panel on the leeward side of the first floor opens, creating a pressure difference allowing the wind to flow through the house and cool the spaces.
In order to create a sustainable structure, eight foot cantilevers were placed on the North side of the building providing maximum shade throughout the summer months, while shorter cantilevers were placed on the South side of the structure.
A shipping container’s frame was used for the top floors. The left over sides were refurbished as sliding panels to provide shade, privacy, and the ability to close the home when not on vacation or slide them off to the sides to open up to the surrounding views.
Bedrooms were pushed into the ground and act as the stereotomic portion of the home. Minimal natural lighting and an enclosed patio contrast with the overall openness of the upper floor.
opposing forces [ac-ca container vacation house]
fall 2013in collaboration with chris ford and madison strakelesketch-up, autocad, revit, photoshop, illustrator
SCALE: 1/4” = 1’0’
SCALE: 1/4” = 1’0’
UTILITY
As the summer winds drift in from the ocean a sensor determines the direction of the wind and in response, one of the eight panel configurations on top of the tower opens allowing the wind to funnel through the tower. Meanwhile a corresponding glass panel on the leeward side of the first floor opens, creating a pressure difference allowing the wind to flow through the house and cool the spaces.
In order to create a sustainable structure, eight foot cantilevers were placed on the North side of
the building providing maximum shade throughout the summer months, while shorter
cantilevers where placed on the South side of the structure.
Bedrooms were pushed into the ground and act as the stereotomic portion of the home. Minimal
natural lighting and an enclosed patio contrast with the overall openness of the upper floor.
A shipping containers frame was used for the top floors. The left over sides were refurbished as
sliding panels to provide shade, privacy, and the ability to close the home when not on vacation or
slide them off to the sides to open up to the surrounding views.
Concept: Located off of Bondi Beach, this container house reflects the history of its surroundings. The definition of its name, the inconsistency in the surf, even the beach goers share a similar attitude. The sound of waves crashing against rocks, the surfable waves one day to the soft waves the next, the prohibition of ‘skimpy’ swim wear all represent opposing forces. This container house represents these ideas through stereotomic vs tectonic.
Tectonic
Concept: Located off of Bondi Beach, this container house reflects the history of its surroundings. The definition of its name, the inconsistency in the surf, even the beach goers share a similar attitude. The sound of waves crashing against rocks, the surfable waves one day to the soft waves the next, the prohibition of ‘skimpy’ swim wear all represent opposing forces. This container house represents these ideas through stereotomic vs. tectonic.
This diagram shows how the mass of the building is pushing in from the ocean, like waves, into the ‘rock’ that protrudes from the tectonic space below.
Level 1 Legend
1 4-car drive-thru garage 48’x33’2 Bathroom 6’x9’3 Servery 9’x10’4 Laundry room 5’x9’5 Wine cellar 9’x14’6 Kitchen 24’x25’7 Dining room 8’x25’8 Living room 24’x25’9 Foyer / Piano room 13’x21’10 Theatre / playroom 14’x16’11 Kid’s Bedroom 12’x17’12 Kid’s Bathroom 6’x8’13 Guest Bedroom 9’x12’14 Guest Bathroom 8’x10’15 Grandparent’s Living Space 9’x21’16 Grandparent’s Bedroom 12’x20’17 Accessible Bathroom 9’x10’18 Grandparent’s Carport 14’x21’
Outdoor Features A Outdoor dining / living 24’x50’B Spa 9’x13’C Pool 18’x44’D Sculpture walk 4’x160’E Elevator 6’x6’F Paint Patio 20’x25’G Courtyard 11’x18’H Sculpture Garden I Master Suite Balcony 22’x24’J Studio Balcony 24’x37’
1
2
3
4
5
6
7
8
9
10
11
1112
12
13
14 15
16
17
18
Scale: 1/8” = 1’
A
C
E
F
G
H
B
D
Level 2 Legend 19 Studio / home office 16’x21’20 Gallery walk 4’x99’21 Master bedroom 14’x19’22 Master bathroom 17’x18’23 Closet 7’x18’
19
20
21
23
22
I
JE
N
ARTery [ARA Student Competition]
summer 2014revit, photoshop, in design, illustrator
Nodes
social areasserviceprivate
Artartstudio space
Circulationart-driven connectionsnode connectionsProximity to Shemer Art Center & Museum
NW
NE
SW
SE
Like blood to the body, [ARTery] brings life to the community. The needs of the family drive the rigid form of this home’s rammed earth structure, which is designed to appreciate the natural beauty of Camelback Mountain as well as to reach out to the neighborhood arts community.
The luxurious, 5 bedroom/5.5 bath, family home doubles as a spacious art gallery. The architecture encourages conscious connections between the occupants, art, and the community. The open concept, double height spaces provide ample room to entertain while delivering optimal views of the mountain. [ARTery] is equipped to host extravagant parties or gallery openings, with an indoor-outdoor living room, gallery walk, kitchen, dining room, wine cellar, and discrete servery for catered events.
This house provides luxury and space all while encouraging a symbiotic relationship between occupants, nature, art, and the surrounding community.
1/8" = 1'-0"5 Section 1
1/16" = 1'-0"1 NE
1/16" = 1'-0"2 NW 1/16" = 1'-0"3 SE
1/16" = 1'-0"4 SW
Reflected Ceiling Plans
Legend
Recessed incandescent light fixture
Dim
mable lights
Track lighting for illumination of art
LED Lights for Service Areas
M
ounting hardware for suspended art
Ceiling Fan
Legend
Recessed incandescent light fixture
Dim
mable lights
Track lighting for illumination of art
LED Lights for Service Areas
M
ounting hardware for suspended art
Ceiling Fan
Legend
Recessed incandescent light fixture Dimmable lights Track lighting for illumination of art LED Lights for Service Areas Mounting hardware for suspended art Ceiling Fan
Southeast Elevation
Northeast Elevation
Southwest Elevation
Northwest Elevation
1/16" = 1'-0"1 NE
1/16" = 1'-0"2 NW 1/16" = 1'-0"3 SE
1/16" = 1'-0"4 SW
1/16" = 1'-0"1 NE
1/16" = 1'-0"2 NW 1/16" = 1'-0"3 SE
1/16" = 1'-0"4 SW
1/16" = 1'-0"1 NE
1/16" = 1'-0"2 NW 1/16" = 1'-0"3 SE
1/16" = 1'-0"4 SW
15th Ave
13th Ave
The Pioneer and Military Memorial Cemetery is located near down-town Phoenix, at 15th Ave and Jefferson. There are over 3,000 people buried there but time has worn down most of the headstones, leaving only about 600 marked gravesites.
There were so many names- so many people- who have simply disintegrated into nothingness, leaving behind no body, no name, and no memories.
There were people from all across the United States and others from Canada, Scotland, England, Ireland, Prussia, France, Russia, and Sweden. The allure of Arizona was great. But the journey was not an easy one.
Many people found themselves tired and penniless, stuck in an unforgiving desert. This project memorializes their journeys.
journeys
spring 2013sketch-up, photoshop, in design, autocad
sunrise to sunset
fall 2012sketchu-up, photoshop, in design, autocad
Located on Forest Mall, between the Coor Building and Dixie Gammage Hall, the Light box sits in a high-traffic area. Hundreds of students and staff pass this site daily, hurrying by on their way to their destination. These busy people get wrapped up in their own schedule and responsibilities and forget about anything else. The Light box is designed to wake these people up and remind them of the simple things in life that they could not live without.
People can take a moment to walk into the Light box and, no matter what time of day it is, have the sun light shining on them. The presence of light is the presence of life, a reminder of the little things that tend to get pushed aside for homework, class, or work. No matter how many things a person does in one day, they need to remember that none of it would be worth doing without the simple pleasures of life.
LONGITUDINAL SECTIONscale: 1/8" =1'
PRO
DU
CED
BY
AN
AU
TOD
ESK
ED
UC
ATI
ON
AL
PRO
DU
CT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRO
DU
CED
BY A
N A
UTO
DESK
EDU
CA
TION
AL PR
OD
UC
T
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
TRANSVERSE SECTIONscale: 1/8" =1'
PRO
DU
CED
BY
AN
AU
TOD
ESK
ED
UC
ATI
ON
AL
PRO
DU
CT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRO
DU
CED
BY A
N A
UTO
DESK
EDU
CA
TION
AL PR
OD
UC
T
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Clerestories - Daylight penetrates room
2.5H of window height
Primrose Jasmine
Shading device-Louvers
Palm tree
Filtered sunlight
Cross-ventilation
Bird of ParadiseWhite lantanas
Shading device-Louvers
Abundantnorth-facing
windows
Velvet Mesquite Hybrid Palo VerdeMix of native plants
Exterior storage can convert to bays forfuture expansion
Evaporative Cooling
Cool roof
Solar chimney
Mix of native plants
BROADWAY ST
CORONA ST
1ST
ST
CEN
TRA
L AV
E
BROADWAY ST
CORONA ST
1ST
ST
CEN
TRA
L AV
E
A
B
C
D
E
A
A
B B
A
A
B
C
Plan
Section A-A
Corona St
Broadway Rd
fire station 22
fall 2014in collaboration with yi luosketch-up, photoshop, in design, autocad, revit
Clerestories - Daylight penetrates room
2.5H of window height
Primrose Jasmine
Shading device-Louvers
Palm tree
Filtered sunlight
Cross-ventilation
Bird of ParadiseWhite lantanas
Shading device-Louvers
Abundantnorth-facing
windows
Velvet Mesquite Hybrid Palo VerdeMix of native plants
Exterior storage can convert to bays forfuture expansion
Evaporative Cooling
Cool roof
Solar chimney
Mix of native plants
Interaction Space
O�ces
Apparatus Bay
Living Space Sleeping Space
Apparatus Bay Expansion
Space for FutureExpansion
RADIUS>41.8’
RADIUS>43’
INGRESS
EGRESS
TRANSPORTATION EXPERIENTIAL old parti 1 PARTI 2 PARTI 3 FUNCTIONS MAKING IT CONTEXTUAL GREEN SPACES DURABILITY / FUTUREFUNCTIONSparti
Ed Pastor Transit Center
fun
communitylandmark
welcoming
shadedcomfort
playfulsafe
quiet
active
neighborly
residential
meeting
friendlyentertainmentsocial
front porch
greeting
curiosity
place
community
culture
connectionshistory
restorative
functionalinvitationsecurity
comradery
fun
communitylandmark
welcoming
shadedcomfort
playfulsafe
quiet
active
neighborly
residential
meeting
friendlyentertainmentsocial
front porch
greeting
curiosity
place
community
culture
connectionshistory
restorative
functionalinvitationsecurity
comradery
22 E Corona Avenue, Phoenix, AZ 85040
Section B-B
Interaction Space
O�ces
Apparatus Bay
Living Space Sleeping Space
Apparatus Bay Expansion
Space for FutureExpansion
RADIUS>41.8’
RADIUS>43’
INGRESS
EGRESS
TRANSPORTATION EXPERIENTIAL old parti 1 PARTI 2 PARTI 3 FUNCTIONS MAKING IT CONTEXTUAL GREEN SPACES DURABILITY / FUTUREFUNCTIONSparti
Ed Pastor Transit Center
fun
communitylandmark
welcoming
shadedcomfort
playfulsafe
quiet
active
neighborly
residential
meeting
friendlyentertainmentsocial
front porch
greeting
curiosity
place
community
culture
connectionshistory
restorative
functionalinvitationsecurity
comradery
fun
communitylandmark
welcoming
shadedcomfort
playfulsafe
quiet
active
neighborly
residential
meeting
friendlyentertainmentsocial
front porch
greeting
curiosity
place
community
culture
connectionshistory
restorative
functionalinvitationsecurity
comradery
This semester, we were asked to design a new fire station for the existing Fire Station 22. The site was located at Broadway Rd and Central Ave, across from a transit center and a future light rail station. The most important objectives were to create a restorative, restful environment, ensure functionality of the fire station, provide security, maintain the residential scale of the context, and build community relationships.
Polystyrene insulation
Polystyrene insulation
Metal roof panel
CMU block
Interior plywood
Solar panel
Support truss for panels
Polystyrene insulation
Wood stud
Hard paving material
Rainwater storage tank
Continuous guttering
Water chain
Water tube
Concrete base
TJI beam
JanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember
5 months out of the year, the �re �ghters will be comfortable using only passive systems.
Energy Use Index (EUI) = (Total Energy Used Annuall) kBtu = 36 kBtu/ft2/yr (Building Gross Square Footage)ft2
The average EUI for a Phoenix �re station is 68 kBtu/ft2/year.
Based on this benchmark, Fire Station 22 performs 47% more e�ciently than the average.
Appliances143450
Lighting155847
Heating72460
Cooling372444
Energy SegmentskBTU/yr
Glare17
Daylighting% of �oor area (annual)
Underlit25
Well Lit58
Best Design Strategies for Phoenix, AZAnnual Temperature Data (°F) Annual Solar Data (W/ft²)
Annual Rainfall Data (in/day-mo) Site Wind Speed Data (%)
12 Solar Panels142,871kWh from 79kw PV arrayAll sloped surfaces face south
WallAssembly
R-value: 15.63 h ft²°F/BtuU-factor: 0.063 Btu/h ft²°F
WindowTrippe-glazed,
Low-Solar-Gain Low-E GlassU = ≤0.22
SHGC = ≤0.25VT = ≤0.40
RoofAssembly
R-value: 53.1 h ft²°F/Btu3U-factor: 0.018 Btu/h ft²°F
Slab-on-GradeFloors
F : 0.63 Btu/h ft²°F
9 Solar Panel Support Structure
8 Metal Panel Roof Boarding
10 Solar Chimney Exhausts heat from bay Providesadditional daylight
11 Louvres Provides shade for outdoor spaces Operable
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
7 Steel TrussesEmbodied energy - 7.1 - 13.2 MJ/LFMost e�cient system for apparatus bay
3 Wood Framing Embodied energy - 2.4 - 4.5 MJ/LF Standard practice
4 Metal Panel wall cladding
5 SolaTubes Provides daylight to hallways and utility spaces
6 Engineered Wood - TJIsEmbodied energy - 5-16 MJ/FT²Most e�ceint system
2
All roof and wall assemblies exceed ASHRAEstandard requirements by 100%.
Cistern size and Capacity3’ x 25’ x 50’ = 39,270 gallons
1
2
24
5
6
7
8
9
10
11
12
3
2 4” CMU Block Embodied energy - 15.9 - 23.8 MJ/block Contextual Produced locally
1 Slab-on-gradeConcrete with �y ashStandard, e�cient8” thick in apparatus bay
Polystyrene insulation
Polystyrene insulation
Metal roof panel
CMU block
Interior plywood
Solar panel
Support truss for panels
Polystyrene insulation
Wood stud
Hard paving material
Rainwater storage tank
Continuous guttering
Water chain
Water tube
Concrete base
TJI beam
JanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember
5 months out of the year, the �re �ghters will be comfortable using only passive systems.
Energy Use Index (EUI) = (Total Energy Used Annuall) kBtu = 36 kBtu/ft2/yr (Building Gross Square Footage)ft2
The average EUI for a Phoenix �re station is 68 kBtu/ft2/year.
Based on this benchmark, Fire Station 22 performs 47% more e�ciently than the average.
Appliances143450
Lighting155847
Heating72460
Cooling372444
Energy SegmentskBTU/yr
Glare17
Daylighting% of �oor area (annual)
Underlit25
Well Lit58
Best Design Strategies for Phoenix, AZAnnual Temperature Data (°F) Annual Solar Data (W/ft²)
Annual Rainfall Data (in/day-mo) Site Wind Speed Data (%)
12 Solar Panels142,871kWh from 79kw PV arrayAll sloped surfaces face south
WallAssembly
R-value: 15.63 h ft²°F/BtuU-factor: 0.063 Btu/h ft²°F
WindowTrippe-glazed,
Low-Solar-Gain Low-E GlassU = ≤0.22
SHGC = ≤0.25VT = ≤0.40
RoofAssembly
R-value: 53.1 h ft²°F/Btu3U-factor: 0.018 Btu/h ft²°F
Slab-on-GradeFloors
F : 0.63 Btu/h ft²°F
9 Solar Panel Support Structure
8 Metal Panel Roof Boarding
10 Solar Chimney Exhausts heat from bay Providesadditional daylight
11 Louvres Provides shade for outdoor spaces Operable
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
7 Steel TrussesEmbodied energy - 7.1 - 13.2 MJ/LFMost e�cient system for apparatus bay
3 Wood Framing Embodied energy - 2.4 - 4.5 MJ/LF Standard practice
4 Metal Panel wall cladding
5 SolaTubes Provides daylight to hallways and utility spaces
6 Engineered Wood - TJIsEmbodied energy - 5-16 MJ/FT²Most e�ceint system
2
All roof and wall assemblies exceed ASHRAEstandard requirements by 100%.
Cistern size and Capacity3’ x 25’ x 50’ = 39,270 gallons
1
2
24
5
6
7
8
9
10
11
12
3
2 4” CMU Block Embodied energy - 15.9 - 23.8 MJ/block Contextual Produced locally
1 Slab-on-gradeConcrete with �y ashStandard, e�cient8” thick in apparatus bay
Polystyrene insulation
Polystyrene insulation
Metal roof panel
CMU block
Interior plywood
Solar panel
Support truss for panels
Polystyrene insulation
Wood stud
Hard paving material
Rainwater storage tank
Continuous guttering
Water chain
Water tube
Concrete base
TJI beam
JanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember
5 months out of the year, the �re �ghters will be comfortable using only passive systems.
Energy Use Index (EUI) = (Total Energy Used Annuall) kBtu = 36 kBtu/ft2/yr (Building Gross Square Footage)ft2
The average EUI for a Phoenix �re station is 68 kBtu/ft2/year.
Based on this benchmark, Fire Station 22 performs 47% more e�ciently than the average.
Appliances143450
Lighting155847
Heating72460
Cooling372444
Energy SegmentskBTU/yr
Glare17
Daylighting% of �oor area (annual)
Underlit25
Well Lit58
Best Design Strategies for Phoenix, AZAnnual Temperature Data (°F) Annual Solar Data (W/ft²)
Annual Rainfall Data (in/day-mo) Site Wind Speed Data (%)
12 Solar Panels142,871kWh from 79kw PV arrayAll sloped surfaces face south
WallAssembly
R-value: 15.63 h ft²°F/BtuU-factor: 0.063 Btu/h ft²°F
WindowTrippe-glazed,
Low-Solar-Gain Low-E GlassU = ≤0.22
SHGC = ≤0.25VT = ≤0.40
RoofAssembly
R-value: 53.1 h ft²°F/Btu3U-factor: 0.018 Btu/h ft²°F
Slab-on-GradeFloors
F : 0.63 Btu/h ft²°F
9 Solar Panel Support Structure
8 Metal Panel Roof Boarding
10 Solar Chimney Exhausts heat from bay Providesadditional daylight
11 Louvres Provides shade for outdoor spaces Operable
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
7 Steel TrussesEmbodied energy - 7.1 - 13.2 MJ/LFMost e�cient system for apparatus bay
3 Wood Framing Embodied energy - 2.4 - 4.5 MJ/LF Standard practice
4 Metal Panel wall cladding
5 SolaTubes Provides daylight to hallways and utility spaces
6 Engineered Wood - TJIsEmbodied energy - 5-16 MJ/FT²Most e�ceint system
2
All roof and wall assemblies exceed ASHRAEstandard requirements by 100%.
Cistern size and Capacity3’ x 25’ x 50’ = 39,270 gallons
1
2
24
5
6
7
8
9
10
11
12
3
2 4” CMU Block Embodied energy - 15.9 - 23.8 MJ/block Contextual Produced locally
1 Slab-on-gradeConcrete with �y ashStandard, e�cient8” thick in apparatus bay
Polystyrene insulation
Polystyrene insulation
Metal roof panel
CMU block
Interior plywood
Solar panel
Support truss for panels
Polystyrene insulation
Wood stud
Hard paving material
Rainwater storage tank
Continuous guttering
Water chain
Water tube
Concrete base
TJI beam
JanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember
5 months out of the year, the �re �ghters will be comfortable using only passive systems.
Energy Use Index (EUI) = (Total Energy Used Annuall) kBtu = 36 kBtu/ft2/yr (Building Gross Square Footage)ft2
The average EUI for a Phoenix �re station is 68 kBtu/ft2/year.
Based on this benchmark, Fire Station 22 performs 47% more e�ciently than the average.
Appliances143450
Lighting155847
Heating72460
Cooling372444
Energy SegmentskBTU/yr
Glare17
Daylighting% of �oor area (annual)
Underlit25
Well Lit58
Best Design Strategies for Phoenix, AZAnnual Temperature Data (°F) Annual Solar Data (W/ft²)
Annual Rainfall Data (in/day-mo) Site Wind Speed Data (%)
12 Solar Panels142,871kWh from 79kw PV arrayAll sloped surfaces face south
WallAssembly
R-value: 15.63 h ft²°F/BtuU-factor: 0.063 Btu/h ft²°F
WindowTrippe-glazed,
Low-Solar-Gain Low-E GlassU = ≤0.22
SHGC = ≤0.25VT = ≤0.40
RoofAssembly
R-value: 53.1 h ft²°F/Btu3U-factor: 0.018 Btu/h ft²°F
Slab-on-GradeFloors
F : 0.63 Btu/h ft²°F
9 Solar Panel Support Structure
8 Metal Panel Roof Boarding
10 Solar Chimney Exhausts heat from bay Providesadditional daylight
11 Louvres Provides shade for outdoor spaces Operable
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
7 Steel TrussesEmbodied energy - 7.1 - 13.2 MJ/LFMost e�cient system for apparatus bay
3 Wood Framing Embodied energy - 2.4 - 4.5 MJ/LF Standard practice
4 Metal Panel wall cladding
5 SolaTubes Provides daylight to hallways and utility spaces
6 Engineered Wood - TJIsEmbodied energy - 5-16 MJ/FT²Most e�ceint system
2
All roof and wall assemblies exceed ASHRAEstandard requirements by 100%.
Cistern size and Capacity3’ x 25’ x 50’ = 39,270 gallons
1
2
24
5
6
7
8
9
10
11
12
3
2 4” CMU Block Embodied energy - 15.9 - 23.8 MJ/block Contextual Produced locally
1 Slab-on-gradeConcrete with �y ashStandard, e�cient8” thick in apparatus bay
Polystyrene insulation
Polystyrene insulation
Metal roof panel
CMU block
Interior plywood
Solar panel
Support truss for panels
Polystyrene insulation
Wood stud
Hard paving material
Rainwater storage tank
Continuous guttering
Water chain
Water tube
Concrete base
TJI beam
JanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember
5 months out of the year, the �re �ghters will be comfortable using only passive systems.
Energy Use Index (EUI) = (Total Energy Used Annuall) kBtu = 36 kBtu/ft2/yr (Building Gross Square Footage)ft2
The average EUI for a Phoenix �re station is 68 kBtu/ft2/year.
Based on this benchmark, Fire Station 22 performs 47% more e�ciently than the average.
Appliances143450
Lighting155847
Heating72460
Cooling372444
Energy SegmentskBTU/yr
Glare17
Daylighting% of �oor area (annual)
Underlit25
Well Lit58
Best Design Strategies for Phoenix, AZAnnual Temperature Data (°F) Annual Solar Data (W/ft²)
Annual Rainfall Data (in/day-mo) Site Wind Speed Data (%)
12 Solar Panels142,871kWh from 79kw PV arrayAll sloped surfaces face south
WallAssembly
R-value: 15.63 h ft²°F/BtuU-factor: 0.063 Btu/h ft²°F
WindowTrippe-glazed,
Low-Solar-Gain Low-E GlassU = ≤0.22
SHGC = ≤0.25VT = ≤0.40
RoofAssembly
R-value: 53.1 h ft²°F/Btu3U-factor: 0.018 Btu/h ft²°F
Slab-on-GradeFloors
F : 0.63 Btu/h ft²°F
9 Solar Panel Support Structure
8 Metal Panel Roof Boarding
10 Solar Chimney Exhausts heat from bay Providesadditional daylight
11 Louvres Provides shade for outdoor spaces Operable
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
7 Steel TrussesEmbodied energy - 7.1 - 13.2 MJ/LFMost e�cient system for apparatus bay
3 Wood Framing Embodied energy - 2.4 - 4.5 MJ/LF Standard practice
4 Metal Panel wall cladding
5 SolaTubes Provides daylight to hallways and utility spaces
6 Engineered Wood - TJIsEmbodied energy - 5-16 MJ/FT²Most e�ceint system
2
All roof and wall assemblies exceed ASHRAEstandard requirements by 100%.
Cistern size and Capacity3’ x 25’ x 50’ = 39,270 gallons
1
2
24
5
6
7
8
9
10
11
12
3
2 4” CMU Block Embodied energy - 15.9 - 23.8 MJ/block Contextual Produced locally
1 Slab-on-gradeConcrete with �y ashStandard, e�cient8” thick in apparatus bay
Sustainability was an important factor in our design. We used Climate Consultant and the psychrometric chart to come up with the most efficient design strategies.
We also analyzed the life cycles of our chosen materials to ensure that the project had a minimal environmental impact. Many materials were chosen because they were reuseable or because they could be recycled.
Rainwater collection was another primary aspect of our design. The roof of our design and the rainwater collection system collect and store enough water to naturally water the native landscaping on the site.
Polystyrene insulation
Polystyrene insulation
Metal roof panel
CMU block
Interior plywood
Solar panel
Support truss for panels
Polystyrene insulation
Wood stud
Hard paving material
Rainwater storage tank
Continuous guttering
Water chain
Water tube
Concrete base
TJI beam
JanuaryFebruaryMarchAprilMayJuneJulyAugustSeptemberOctoberNovemberDecember
5 months out of the year, the �re �ghters will be comfortable using only passive systems.
Energy Use Index (EUI) = (Total Energy Used Annuall) kBtu = 36 kBtu/ft2/yr (Building Gross Square Footage)ft2
The average EUI for a Phoenix �re station is 68 kBtu/ft2/year.
Based on this benchmark, Fire Station 22 performs 47% more e�ciently than the average.
Appliances143450
Lighting155847
Heating72460
Cooling372444
Energy SegmentskBTU/yr
Glare17
Daylighting% of �oor area (annual)
Underlit25
Well Lit58
Best Design Strategies for Phoenix, AZAnnual Temperature Data (°F) Annual Solar Data (W/ft²)
Annual Rainfall Data (in/day-mo) Site Wind Speed Data (%)
12 Solar Panels142,871kWh from 79kw PV arrayAll sloped surfaces face south
WallAssembly
R-value: 15.63 h ft²°F/BtuU-factor: 0.063 Btu/h ft²°F
WindowTrippe-glazed,
Low-Solar-Gain Low-E GlassU = ≤0.22
SHGC = ≤0.25VT = ≤0.40
RoofAssembly
R-value: 53.1 h ft²°F/Btu3U-factor: 0.018 Btu/h ft²°F
Slab-on-GradeFloors
F : 0.63 Btu/h ft²°F
9 Solar Panel Support Structure
8 Metal Panel Roof Boarding
10 Solar Chimney Exhausts heat from bay Providesadditional daylight
11 Louvres Provides shade for outdoor spaces Operable
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
Aluminum panels from Pac-CladCool Colors with Energy Star ratingsEmbodied energy - 50-150 MJ/FT²Durable, can be recycled
7 Steel TrussesEmbodied energy - 7.1 - 13.2 MJ/LFMost e�cient system for apparatus bay
3 Wood Framing Embodied energy - 2.4 - 4.5 MJ/LF Standard practice
4 Metal Panel wall cladding
5 SolaTubes Provides daylight to hallways and utility spaces
6 Engineered Wood - TJIsEmbodied energy - 5-16 MJ/FT²Most e�ceint system
2
All roof and wall assemblies exceed ASHRAEstandard requirements by 100%.
Cistern size and Capacity3’ x 25’ x 50’ = 39,270 gallons
1
2
24
5
6
7
8
9
10
11
12
3
2 4” CMU Block Embodied energy - 15.9 - 23.8 MJ/block Contextual Produced locally
1 Slab-on-gradeConcrete with �y ashStandard, e�cient8” thick in apparatus bay
la valentina station
in collaboration with madison strakele + ponti o’neillfall 2013autocad, hand-built
department of islamic arts
in collaboration with madison strakelespring 2013sketch-up, autocad
There were many changes that had to be made between design and final construction. Our final product did function the way it was originally intended to. The wall and floor slid out as orignally designed and could be done easily with just one person.
microdwell - box office
spring 2015sketch-up, photoshop, hand-built
This was an opportunity to actually build something that we designed. I worked with six other architecture and landscape architecture students to design and build a microdwelling under 600 square feet and display it at the Shemer Art Center with other projects from January 31 - March 1.
We designed the BoxOfice, which offers an indoor/outdoor work environment that utilizes space without compromising convenience and good design. When it is closed, the structure is no more than 80 square feet but it doubles when one of the walls slide out along with a second floor. The BoxOffice can be outfit with flexible furniture that allows the space to be utilized as an office, a sleeping space, or an entertaining space when the weather is nice.
With the financial support of AIA and several other sponsers, we were able to buy the materials to bring BoxOffice to life. We began building in a teammate’s driveway. Within just three short months, we had designed, gathered materials, and built the BoxOffice.
resume
Skills
Academic History
Ability to work in teams, communicate effectively, creatively problem-solve, and learn quicklyPhysical model-making, operate laser-cutter, free-hand drawing
Proficiency in AutoCAD, Revit, Sketchup, Adobe Creative Suite (InDesign, Photoshop, Illustrator)Microsoft Office (Word, Excel, Powerpoint, Outlook), Google Docs, Prezi
Architectural Studies, BSD (2015)Arizona State University, Tempe, AZGPA: 3.80
Sustainability Minor (2015)ASU School of Sustainability
Honors (2015)Barrett, the Honors College
Internships
First Year Success Coach Arizona State University, Tempe, AZ (8.2014 - Present)• Providing one-on-one coaching to first-time architecture and design students.• Creating connections between students and ASU resources.
Lead Student Academic Mentor (SAM) in the Arcadia Residential CommunityHerberger Institute for Design and the Arts, Tempe, AZ (12.2013 - 5.2014)• Acted as a resource for the other Student Academic Mentors by sharing knowledge about the SAM position, the
Arcadia Residential Community, and the Herberger Institute for Design and the Arts• Communicated staff needs and issues to supervisors
Highly motivated architectural student with interpersonal skills, strong work ethic, and professional attitude seeks a full-time, Intern Architect position.
Summary
Employment History
Summer InternPerkins Eastman, San Francisco Office, CA (5.2015-7.2015)• Assignedtoadesignteamwhowho was rennovating the Mercy Retirement and Care Center. It is a nonprofit
continuing care retirement community that has been providing care and services in Oakland, CA since 1908. Their facilities provide skilled nursing, memory care, and assisted living services.
• AssistedthedesignteamwitharchitecturaldrawingsthroughuseofRevitandAutoCAD• PreparedpresentationmaterialsforclientmeetingswithPhotoshop,Illustrator,andotherneededprograms
Intern at Flagstaff Eco Ranch, Flagstaff, AZ (12.2012 - 5.2013)• CollaboratedwithapermaculturespecialisttodesignthelayoutofEcoRanch• CreatedaSketchupanimationofthenewdesign• UtilizeddesignskillstocreateanexcitingeducationalbookletforEcoRanchvisitors
Academic Involvement Secretary for Herberger Institute for Design and the Arts Student Ambassadors (4.2013 - 5.2014)
Herberger Institute for Design and the Arts Student Ambassador (8.2011 - Present)
Design Advisory Board (Spring 2013)
Member of the American Institute of Architecture Students (8.2012 - Present)
Student Academic Mentor in the Arcadia Residential CommunityHerberger Institute for Design and the Arts, Tempe, AZ (8.2012 - 12.2013)
Advising Office AssistantSchool of Sustainable Engineering and the Built Environment, Tempe, AZ (8.2013 - 5.2014)
Desk Assistant for University Housing, ASU, Tempe, AZ (8.2012 - 2.2014)
Employment History Continued
Honors/ Awards ScholarshipsRegent High Honors EndorsementProcter & Gamble ScholarshipWilliam Z. Smith ScholarshipCAEDS Scholarship EndowmentZelma Bashas Salimeri Honors Art ScholarshipMargerat T. Morris Scholarship
Dean’s List Fall 2011-Fall 2013
3782 N. Springfield StBuckeye, AZ 85396
Merintha Pinson