/PO

RTFO

LIO

/A COMPREHENSIVELOOK AT THE ACADEMIC WORK AT CAL POLY POMONA AS AN ARCHITECTURE MAJOR

2 0 1 2 : b r a n d o n f e a t h e r s t o n e

202

+MUSEUM OF CHADO

OBJECTIVE:

ARC 201 | LITTLE TOKYO, LA, CA

Design:

WINTER2011| 01BRANDONFEATHERSTONE

Set in a site in Little Tokyo The Museum of Chado will showcase Japanese art and tea utensils. This small museum will also serve as a community center for Japanese cultural events and classes. The property lies between two existing buildings and shares two adjacent walls.

I placed both the temporary and permanent exhibits in one large opaque mass hovering high above the ground. This mass dominates the site and leaves residual void space under and around it. This resultant space is designed to be “heavier” and an integrated part of the ground.To connect this grounded space and the “floating exhibit” I devised a second system of a series of adjacent walls that penetrate the mass. Both the sizes and locations of the walls in this system vary in order to accommodate for smaller or larger galleries and art pieces.

F I N A L P O S T E RWINTER2011| 02BRANDONFEATHERSTONE

WINTER2011| 03BRANDONFEATHERSTONE

203

OBJECTIVE:

Design:

SPRING2011| 01BRANDONFEATHERSTONE

+RINCON FIRE STATIONARC 203 | RINCON, CA

Design a sustainainable fire station located in a low mountain region in Callifornia. The 24/7 facility should accomodate 10 fire fighters, and include a sleeping quarters, living area, storage space, and an appara-tus bay to house 2 trucks. Explore energy efficient stategies through use of materials, water use and building design.

I used a system that allowed for manipulation according to programmatic needs while providing a sustainable form that could solve the inherent sustainability needs. A continuous band from wraps around the solid “mechanical” geometries of the work spaces including the apparatus bay and storage. Sustainable materials included a long sife-span Cor-Ten steel roof, recycled rigid foam insulation, triple low-e glass, and permeable pavement. Implimentation of a bioretention swale, evaporative cooling pond, deciduous trees, orientation, and natural ventilation were also used.

F I N A L P O S T E RSPRING2011| 02BRANDONFEATHERSTONE

SPRING2011| 03BRANDONFEATHERSTONE SPSPSPSPRIRIRIR NGNGNGNGN 20202020111111||| 0303

01

LEVEL 14487’ - 0”

LEVEL 24495’ - 0”

TOP OF ROOF4510’ - 9”

1' -

0"8'

- 6"

6' -

1"1'

- 6"

1' -

0"

MIN

.0'

- 3"

REINFORCING STEEL

CONCRETE FOUNDATION WALL

TEMPERATURE STEEL

FILTER FABRIC

COURSE GRAVELPERFORATED DRAIN PIPE

DRAINAGE MAT

CANT STRIP

WATER STOP

CONCRETE SLAB

WATERPROOFING MEMBRANE

COURSE GRAVEL

#5 REBAR

NELSON STUD

WOOD SLAT SCREEN 2X6s @ 4" O.C.

PREMOLDED FILLER AND SEALANT

W12 STEEL COLUMN

STEEL ANGLE

W12 STEELBEAM

STEEL DECKING WITH CONCRETE FILL

STEEL HSS MULLION

CONCRETE SPREAD FOOTING

1/2" PLY SUB FLOOR

1/2" WOOD FINISH

STEEL EMBED PLATE

LIGHT GUAGE STEEL JOISTS @ 16" O.C.

1/2" PLY SUB FLOOR

1/2" WOOD FINISH

STEEL ANGLE1x2 WOOD SLEEPERSWALL BEHIND

3' -

1"6'

- 9"

1' -

0"

0' -

2"0'

- 4"

A9.18

A9.17

BAT IINSULATION

U-SHAPED STEEL SADDLE

BOLT CONNECTION TO WOOD

VERTICAL 2X6 @ 4' O.C.

FALL2011| 01BRANDONFEATHERSTONE

+MT. BALDY RESIDENCEARC 301 | MT. BALDY, CA

E L E V AT I O N SFALL2011| 03BRANDONFEATHERSTONE

M O D E LFALL2011| 05BRANDONFEATHERSTONE

P L A N SFALL2011| 02BRANDONFEATHERSTONE

FALL2011| 04BRANDONFEATHERSTONED E TA I L SRANDONRANDONFEATHERSTONEFEATHERSTONE

302

BRANDONFEATHERSTONE

UNIT B

UNIT A

UNIT A

UNIT B

UNIT A

UNIT A

UNIT BCOMMUNITYCENTER

COMMERCIAL/RETAIL

PARKING PARKING

CAFE

LOBBY

UNIT A(BEYOND)

UNIT B

UNIT A

UNIT B

UNIT A

UNIT B UNIT B

UNIT A

UNIT A

UNIT AUNIT B

UNIT B

COMMUNITYCENTER

PARKINGPARKING D

FACADEBEYOND

s e c t i o n 1 s e c t i o n 2

WINTER2012| 01

+SILVERLAKE HOUSINGARC 302 | LOS ANGELES, CA

P L A N S FALL2011| 03BRANDONFEATHERSTONE

M O D E LFALL2011| 05BRANDONFEATHERSTONE

F I N A L P O S T E RFALL2011| 02BRANDONFEATHERSTONE

/PER

SONA

LIZITI

ON /F

LEXI

BILIT

Y

/BUI

LDIN

G TY

POLO

GY

r o w h o u s i n g

f a c a d e b u i l d i n g s c r e e n

i n d o o r v s o u t d o o r a d a p t a t i o n

WINTER2012| 05BRANDONFEATHERSTONE

/INTE

NDED

USE

/CIR

CUL

ATIO

N

S L E E PL I V E

MOVE W O R K

S L E E P

S L E E PL I V E

S L E E P

i n t e n d e d u s e : o v e r a l l s i t e

co

mm

un

it

y

ce

nt

er

r e s i d e n t i a l

c o m m e r c i a l / r e t a i l

r es i d

en

t i al

a c c e s s t o d w e l l i n g s

U N I T A

U N I T B

C O M M E R C I A L

COMMUNITY

P A R K I N GP A R K I N G

P A R K I N G

COMMUNITY

P A R K I N G

WINTER2012| 06BRANDONFEATHERSTONE

303

OBJECTIVE:

Design:

SPRING2012| 01BRANDONFEATHERSTONE

+KOREATOWN ELEMENTARYARC 303 | LOS ANGELES, CA

Design a sustainainable fire station located in a low mountain region in Callifornia. The 24/7 facility should accomodate 10 fire fighters, and include a sleeping quarters, living area, storage space, and an appara-tus bay to house 2 trucks. Explore energy efficient stategies through use of materials, water use and building design.

I used a system that allowed for manipulation according to programmatic needs while providing a sustainable form that could solve the inherent sustainability needs. A continuous band from wraps around the solid “mechanical” geometries of the work spaces including the apparatus bay and storage. Sustainable materials included a long sife-span Cor-Ten steel roof, recycled rigid foam insulation, triple low-e glass, and permeable pavement. Implimentation of a bioretention swale, evaporative cooling pond, deciduous trees, orientation, and natural ventilation were also used.

2 N D S T R E E T

OX

FA

RD

AV

EN

UE

WE

ST

ER

N A

VE

NU

E

S I T E

P L A N

SPRING2012| 02BRANDONFEATHERSTONE

SPRING2012| 03BRANDONFEATHERSTONE

SPRING2012| 04BRANDONFEATHERSTONE

S E C T I O N S

SPRING2012| 05BRANDONFEATHERSTONE

EXTERIORINTERIOR

2% SLOPE

SHAPED NAILER - 05580

STEEL CHANNEL - 05100

METAL FLASHING - 07600

07510 - BUILT UP ROOFING

07710 - CANT STRIP

07210 - RIGID INSULATION

06100 - 5/8" PLYWOOD

STEEL ANGLE CONNECTION - 05090

WELDED GUSSET PLATE - 05090

6" BATT INSULATION - 07210

WATERPROOFING MEMBRANE - 07130

BACKERBOARD - 09250

METAL LATH - 04080

7/8" EXTERIOR PLASTER

ALUMINUM MULLION HEAD - 08520

SILICONE SEALANT - 07190

METAL DRIP EDGE - 07600

GLAZING - 08810

WELDED 2X2X1/8 HSS - 05120

HSS 3X3X1/4 - 05120

06100 -1/2" OSB INTERIOR SHEATHING

09050 - 5/8" GYPSUM

05120 - W21X55 DIAGONAL TRUSS MEMBER

03520 - CONCRETE FILL

05300 - METAL DECKING

12080 - ACOUSTIC CEILING TILE

05120 - W21X55 TOP CHORD TRUSS MEMBER

HVAC DUCT

07210 - 8" BATT INSULATION

05120 - C9X20 BEAM

1/8"PERFORATED METAL - 09770

12

1/4

ISOLATION JOINT

05090 - WELDED WIRE MESH

03310 - CONCRETE SLAB ON GRADE

05090 - STEEL DOWEL

02600 - SAND

COURSE GRAVEL

09600 - FINISH FLOOR

03520 - CONCRETE FOOTING

05090 - STEEL EMBED

05120 - W21X55 TOP BOTTOM CHORDTRUSS MEMBER

05090 - WELDED GUSSET PLATE

05120 - WELDED 2X2X1/8 HSS

STEEL REINFORCING - 05090

07130 - WATERPROOFING MEMBRANE

5/8" GYPSUM - 090501/2" OSB INTERIOR SHEATHING - 06100STEEL CHANNEL - 05100

6" BATT INSULATION - 07210

BACKERBOARD - 09250

METAL LATH - 04080

7/8" EXTERIOR PLASTER

ALUMINUM SILL - 08520

ALUMINUM STOP - 08520

SILICON SEALANT - 07190

REMOVABLE STOP - 08520

GLAZING - 08810

SHOT PIN - 05090

PAD FOOTING

W21X55 DIAGONAL TRUSS MEMBERW21X55 TRUSS TOP CHORD

COMPOSITE DECKDIAGPHRAM

12” CONCRETE COLUMN

12” CONCRETE COLUMN

W21X55 GIRDER

FOUNDATION FOOTING

W21X55 DIAGONAL TRUSS MEMBER

BEARING FOUNDATION WALL

C9X20 JOISTS @ 8’ OC

FOUNDATION FOOTING

FOUNDATION WALL

CONC SLAB-ON-GRADE

W21X55 TRUSS BOTTOM CHORD

10' -

6"

5' -

6"12

' - 0

"12

' - 0

"

W21X55 BEAM

C9X20 BEAM @ 8'FT OC

W21X55 TRUSS TOP CHORD

W8X31 COLUMN

W21X55 CANTILEVER BEAM

W12X14 CANTILEVER BEAM

W21X55 DIAGONAL TRUSS MEMBER

1' - 6" 40' - 0" 1' - 6"

43' - 0"

24' -

0"

A B

SPRING2012| 06BRANDONFEATHERSTONEM O D E L S

BRANDONFEATHERSTONE