Erica Li_19.07.19 by Erica Li

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ERICA LI U ND E R S U P E R V I S I ON OF Her wi g B au mg ar tn er T E A M M AT E S A n d y M ag n er a J u an Card en as M en g y u Yu Ruoya Li E r i ca L i Yu - Hen g Hu an g Ge Wan g

CAPRA ARTICULA

M o u n tai n g o ats are co n s i d ered to b e amo n g t he b e st cl i mb i n g mammal s . T h ei r s l i m p ro fi l e co mb i ne d wit h th ei r s u p p l e s p l i t h o o f al l o ws th e an i mal to ce nt e r it s wei g h t an d fi n d fo o th o l d s o n mi n i mal s u r face a re a . Ho wev er. th e g o at faces g reat d an g er fro m loss of s i g h t/b al an ce, an d mu s t tak e ex tremel y l o n g wind ing h o r i z o n tal p ath s u p an d d o wn mo u n tai n s i d e s. Wha t i f th e mo u n tai n g o at was ab l e to i n creas e i ts g rip on th e ro ck wal l , as wel l as tak e a mo re effi ci ent ve rt ic a l p ath ? T h e l eg o f th e mo u n tai n g o at was red es i g n ed b a se d o n co n cep tu al i n s p i r ati o n fro m th e l eg s o f ma ny i n s ects . I n s ectâ&#x20AC;&#x2122;s l eg s featu re man y s h ar p s pike s th at al l o w g r i p p i n g o n s u r faces th at y i el d l i tt le t o no

626.679.3924 f oot ho ld . W it h t his in mind , t he ne w p ro st he t ic f o r t he goa t wo uld no lo ng e r f oc us o n a rd uous horizo nt a l c limb ing t ha t re lie s o n f le xib le joint s, b ut inst e a d , would re ly on inc re a se d surf a c e a re a b uilt f rom highly a rt ic ula t e d sp ike d c omp one nt s. T he f ina l Ca p ra Art ic ula p rost he t ic e limina t e s t he st a nd a rd kne e a nd ho of in f a vo r o f t he inse c t - like sp ike d surf a c e . T he e xc e ss o f sha rp sp ine s e nsure s mult ip le c o nt a c t p o int s, e a c h o f whic h c a n no w b e g re a t ly re d uc e d in size . U sing t he hig h should e r b la d e like a rt ic ula t ion, t he goa t is a b le sc a le ve rt ic a l c liff sid e s, e limina t ing t he ne e d f o r e xha ust ive . Pro je c t vid e o : ht t p s:/ / yout u.b e / e ud f jxOb zjI

1 Ba c k c o mp one nt : c onne c t s + sup p o rt s g oa t a nd t ra nsf e rs loa d int o ground Path of Mountain Goat

2 Te c t o nic solid s: c re a t e s a sho uld e r b la1d e back st ruccomponent: t ure t o inc connects re a se surf ce + asupports a re f o r sp ike c ove ra ge

goat and transfers load into ground

3 Inla y e xt rusions: t ra c e s t e c t onic 2 ge tectonic solids: shoulder solid ome t ry a ndcreates loc ks aint o solid blade structure a s c onne c t io n to increase surface are for

spike coverage

4 Fro nt c o mp one nt : c re a t e s t e xt ura l sub a c eextrusions: f o r sp iketraces s t o tectonic grip wa solid ll 3 surf inlay Path of Mountain Goat

geometry and locks into solid as connec-

5 Sp ike s: tionmult it ud e o f a rt ic ula t e d p oint 4 s e nsure mult ip le c onne c t io n p oint s t o wa ll

Path of Super Mountain Goat

front component: creates textural subsurface for spikes to grip wall spikes: multitude of articulated points ensure multiple connection points to wall

106

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A PPI ED ST UDIES

107

E RIC A L I

108

02 01

03 01 MODELS 02 MODELS 03 MODELS

A PPI ED ST UDIES

SPR ING 2 0 1 7

S UP E R AN I MAL P R OS T H E T I C

109

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ERICA LI

U ND E R S U P E R VISION OF R u s s ell Tho mse n S D T EAMMAT ES A l es s io Gra nc ini Eric a Li D D T EAMMAT ES A l es s io Gra nc ini Eric a Li S ep i d eh E mamza d e he i Owe n Wa ng

HIVE

APPLIED STUDIES DESIGN DEVELOPMENT

626.679.3924 Sa n Fra nc isc o, Ca lif o r nia ,

In re c o n s id e r in g t h e c o n t e m p o r a r y m id r is e , t h e p ro je c t fo c u s o n t h e a rc h it e c t u r a l is s u e s o f s e q u e n c e a n d e n t r y, d e v e lo p m e n t o f s p a t ia lly d e s c r ip t iv e s p a c e s , in t e r lo c k in g v o lu m e s , e x p lo it e d g e o m e t r y, a n d c re a t io n o f a t m o s p h e re a n d e ffe c t . In c lu d in g in n o v a t iv e c irc u la t io n , s t r u c t u r a l m e t h o d s , a n d c o n t e m p o r a r y fo r m s o f r u s t ic a t io n , c o lo r a n d m a t e r ia l u s e . E m b r a c e t h e lo w p ro file a n d e x p lo it t h e in t e r io r v o lu m e a s a m e a n t o e x a g g e r a t e s p a c e . We w ill d e s ig n t h e m a t c h u p b e t w e e n v o lu m e s v s . e n c lo s u re s .

SPRING SEMESTER INSTRUCTORS: HERWIG BAUMGARTNER SCOTT URIU

1 A2

CONCRETE CORE

DOUBLE GLASS UNIT 1

CEILING MOUNT WITH FLANGE

1-6 A4

CONCRETE SLAB ALUMINIUM CATWALL

GFRC SKIN

DESIGN AND DRAFTED BY:

DROP CEILING

SEPIDEH EMAMZADEHEI ALESSIO GRANCINI ERICA LI HAOTAO WANG

FIBERGLASS SUNSCREEN

HSSHOLLOW COLUMNS I BEAM 300

MATTHEW MELNYK JAMEY LYZUN MULLION VERTICAL SYSTEM

PACE/LINE BUILDING

STAINLESS STEEL DRYWALL SUPPORTING GRID

MULLION HORIZONTAL SYSTEM

CONSULTANTS:

1 A14

HORIZONTAL ALUMINIUM MULLION

DRY WALL

TITLE:

MEGA TRUSS

3D MEGA CHUNK WOOD ACOUSTIC PANEL

SCALE:

NO SCALE

CONCRETE RAFT FOUNDATION 1 S2

GLAZING SYSTEM

ENVELOPE SYSTEM:

3D SECTION SERIES

GFRC SKIN STEEL PIPE JOINT (4” DIAMETER) ALUMINIUM HANDRAIL ALUMINIUM CATWALK CATWALK SUPPORT(I BEAM PROTRUTED) MULLION VERTICAL SYSTEM MULLION HORIZONTAL SYSTEM

GROUP 8

APPLIED STUDIES DESIGN DEVELOPMENT SPRING SEMESTER

SHEET NO. APPLIED STUDIES DESIGN DEVELOPMENT SPRING SEMESTER

INSTRUCTORS:

DOUBLE PANE GLASS

NUT AND BOLT UNITIZED THE SUNSCREEN TOGETHER

HERWIG BAUMGARTNER SCOTT URIU

INSTRUCTORS: HERWIG BAUMGARTNER SCOTT URIU

FIBERGLASS UNIT

DOUBLE PANE GLASS ALUMINUM CASING

9” PART A-2

PART A-1 PART B

83” MOLD

MOLD

I-BEAM

CATWALK

ONE ASSEMBLE UNIT (1 OF 6)

DESIGN AND DRAFTED BY:

EACH FIBERGLASS UNIT IS W 36” X L 83” X 9” H

CONCTETE

DESIGN AND DRAFTED BY: MOLD

SEPIDEH EMAMZADEHEI ALESSIO GRANCINI ERICA LI HAOTAO WANG

MOLD

SEPIDEH EMAMZADEHEI ALESSIO GRANCINI ERICA LI HAOTAO WANG

CONSULTANTS: MATTHEW MELNYK JAMEY LYZUN

1 A4

PART A-1 ART A, OF THE SUNSCREEN UNIT IS A TWO PART MOLD. GEL COAT LAYER SET UP FOR PART A-1, MOLD USE CNC 3 AXES MILLING, SINGLE MOLD

PART A-2 GEL COAT LAYER SET UP FOR PART A-2, MOLD USE CNC 3 AXES MILLING, SINGLE MOLD

PART B-1 PART B-1 USE TWO PART MOLDING TO MOLD THE FIBERGLASS TO SHAPE.

PACE/LINE BUILDING

54”

PACE/LINE BUILDING

PART A-1

UNITISED GLAZING FRAME

9” FOAM

TITLE:

PART A

3D Detail

PART A-2

PART B-1

TITLE:

FOAM

90” THERMAL INSULATION

NO SCALE SCALE:

PART A-2

NO SCALE

83”

PART B-2

SUNSCREEN SUN FABRICATIONS FABR

PART A

CATWALL STEEL BEAM SUPPORT

PART A-1

4 A4

3D Detail

SCALE:

PART B

GROUP 8 G ASSEMBLY JOIN ALL FIBERGLASS WITH EVEN LAYER OF RESIN. LET THE COWL CURE OVERNIGHT BEFORE YOU REMOVE IT FROM THE MOLD.

5 A4

ASSEMBLY OF PART A+B EACH FULL ASSEMBLE UNIT USE TWO PART A, TWO PART B, AND TWO FOAM TO JOIN ALL THE PARTS TOGETHER

6 A4

ONE ASSEMBLE UNIT EACH FIBERGLASS UNIT IS W 36” X L 83” X 9” H

2 A5

SHEET NO NO.

ONE UNITIZED PANEL SYSTEM EVERY ONE UNITIZED PANEL HAVE TOTAL OF 6 UNIT OF FIBERGLASS SUNSCREEN. THEY ARE JOIN BY A 53” LONG ROT ON EACH ENDS OF THE PANEL SYSTEM.

3 A5

SUNSCREEN FABRICATIONS

ONE ASSEMBLE UNIT ATTACH TO BUILDING EACH UNITZED PANEL SYSTEM IS ATTACH TO THE BUILDING WITH A SPECIAL DESIGN CATWALK STEEL BEAM. AT THE END OF THE SUPORT IT HAVE A STEEL PLATE FORFOR ATTACHING THE SUNSCREEN UNITZED PANEL SYSTEM TO THE BUILDING. THIS REPEAT EVERY FLOOR AND EVERY 60”

DOUBLE GLAZE UNIT

GROUP 8 SHEET NO.

MOLD

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MOLD

ALESSIO GRANCINI ALESSIO GRANCINI ERICA LI ERICA LI HAOTAO WANG HAOTAO WANG

MOLD

A PPLI ED ST UDIES

D E S I G N D E VE L OP ME N T

SPR ING 1 7

59 CONSULTANTS: CONSULTANTS: MATTHEWMATTHEW MELNYK MELNYK JAMEY LYZUN JAMEY LYZUN

1 A4

1 PARTPART A-1 A-1 A4

2 PARTPART A-2 A-2

ART A,SUNSCREEN OF THE SUNSCREEN ART A, OF THE UNIT IS AUNIT IS A TWO PARTGEL MOLD. GEL COAT LAYER TWO PART MOLD. COAT LAYER SET PART UP FOR PART A-1, MOLD USE SET UP FOR A-1, MOLD USE CNC 3 AXES MILLING, SINGLE MOLD CNC 3 AXES MILLING, SINGLE MOLD

3 PARTPART B-1 B-1

APPLIED STUDIES

GEL COATSET LAYER SET UP FOR GEL COAT LAYER UP FOR PART A-2, MOLD PART A-2, MOLD USE CNCUSE 3 CNC 3 AXES MILLING, SINGLE MOLD AXES MILLING, SINGLE MOLD

DESIGN DEVELOPMENT SPRING SEMESTER

PACE/LINE PACE/LINE BUILDING BUILDING

TWO PART PART B-1PART USEB-1 TWOUSE PART MOLDING MOLD THE FIBERMOLDING TO MOLDTO THE FIBERGLASS TO SHAPE. GLASS TO SHAPE.

INSTRUCTORS: HERWIG BAUMGARTNER SCOTT URIU

PART A-2

PART A-1

PART A-1PART A-1

PART B

APPLIED STUDIES DESIGN DEVELOPMENT 9”

9” FOAM

FOAM

TITLE: TITLE:

INSTRUCTORS:

3D Detail 3D Detail

HERWIG BAUMGARTNER SCOTT URIU

PART A-2PART A-2

PART B-1PART B-1

FOAM

FOAM MOLD

PART A-2

SCALE:SCALE:

PART B PART B

NO SCALE NO SCALE

MOLD

PART A-2PART A-2

PART A-1

SPRING SEMESTER

PART A PART A

PART B

DESIGN AND DRAFTED BY:

PART B-2PART B-2 MOLD

83”

SUNSCREEN SUN SUNSCREEN SUN FABRICATIONS FABR FABRICATIONS FABR

83”

SEPIDEH EMAMZADEHEI ALESSIO GRANCINI ERICA LI HAOTAO WANG

MOLD

PART A PART A

CONSULTANTS: MATTHEW MELNYK JAMEY LYZUN

PART A-1PART A-1

PART A-1 ART A, OF THE SUNSCREEN UNIT IS A TWO PART MOLD. GEL COAT LAYER SET UP FOR PART A-1, MOLD USE CNC 3 AXES MILLING, SINGLE MOLD

4 ASSEMBLY ASSEMBLY

PART A-2 GEL COAT LAYER SET UP FOR PART A-2, MOLD USE CNC 3 AXES MILLING, SINGLE MOLD

ALL FIBERGLASS JOIN ALLJOIN FIBERGLASS WITH WITH EVENOF LAYER OFLET RESIN. EVEN LAYER RESIN. THE LET THE COWL CURE OVERNIGHT COWL CURE OVERNIGHT YOU REMOVE BEFORE BEFORE YOU REMOVE IT FROM IT FROM THE MOLD. THE MOLD.

PART B-1 PART B-1 USE TWO PART MOLDING TO MOLD THE FIBERGLASS TO SHAPE.

GROUP G 8 GROUP G 8

5 ASSEMBLY ASSEMBLY OF PART OF PART A+B A+B MOLD

PACE/LINE BUILDING

EACH FULL ASSEMBLE UNIT EACH FULL ASSEMBLE UNIT TWO PARTPART A, TWO PART USE TWOUSE PART A, TWO B, AND TWO B, AND TWO FOAM TOFOAM JOIN TO JOIN THETOGETHER PARTS TOGETHER ALL THE ALL PARTS

6 ONE ONE ASSEMBLE ASSEMBLE UNITUNIT A4

EACH FIBERGLASS UNIT 36” XX 9” L 83” EACH FIBERGLASS UNIT IS W 36”IS XW L 83” H X 9” H

SHEET NO NO. SHEET NO NO.

A4A4

MOLD

DESIGN AND DRAFTED BY: MOLD

SEPIDEH EMAMZADEHEI ALESSIO GRANCINI ERICA LI HAOTAO WANG

MOLD

DOUBLE PANE GLASS

NUT AND BOLT UNITIZED THE SUNSCREEN TOGETHER

APPLIED STUDIES DESIGN DEVELOPMENT SPRING SEMESTER FOAM

1 A4

PART A-1 ART A, OF THE SUNSCREEN UNIT IS A TWO PART MOLD. GEL COAT LAYER SET UP FOR PART A-1, MOLD USE CNC 3 AXES MILLING, SINGLE MOLD

PART B-1

GEL COAT LAYER SET UP FOR PART A-2, MOLD USE CNC 3 9” AXES MILLING, SINGLE MOLD

DOUBLE PANE GLASS ALUMINUM CASING

PART B-1 PART B-1 USE TWO PART MOLDING TO MOLD THE FIBERGLASS TO SHAPE.

PACE/LINE BUILDING

TITLE:

PART A

INSTRUCTORS: HERWIG BAUMGARTNER SCOTT URIU

FIBERGLASS UNIT

PART A-2 9”

CONSULTANTS: MATTHEW MELNYK JAMEY LYZUN

PART A-1

3D Detail

PART A-2 FOAM

SCALE:

PART B

NO SCALE

83”

PART A-2 PART A-1

PART B PART B-2

MOLD

ASSEMBLY JOIN ALL FIBERGLASS WITH EVEN LAYER OF RESIN. LET THE COWL CURE OVERNIGHT BEFORE YOU REMOVE IT FROM THE MOLD.

DESIGN AND DRAFTED BY: SEPIDEH EMAMZADEHEI ALESSIO GRANCINI ERICA LI HAOTAO WANG

A4 PART A-2

9”

PART A-2

PART B-1

CONCTETE

TITLE:

PART A

PART A-1

83”

ASSEMBLY OF PART A+B EACH FULL ASSEMBLE UNIT USE TWO PART A, TWO PART B, AND TWO FOAM TO JOIN ALL THE PARTS TOGETHER

I-BEAM

CATWALK

SUN SUNSCREEN FABRICATIONS FABR

EACH FIBERGLASS UNIT IS W 36” X L 83” X 9” H

PART A

FOAM

MOLD

ONE ASSEMBLE UNIT (1 OF 6)

1 A5

54”

3D Detail

GROUP 8 G

FOAM

ONE ASSEMBLE UNIT EACH FIBERGLASS UNIT IS W 36” X L 83” X 9” H PART B

SCALE:

SHEET NO NO.

NO SCALE

A4 83”

PART B-2

SUNSCREEN SUN FABRICATIONS FABR

PART A

UNITISED GLAZING FRAME

CONSULTANTS: MATTHEW MELNYK JAMEY LYZUN

PART A-1

GROUP 8 G

90”

3 A4

PART B-1 PART B-1 USE TWO PART MOLDING TO MOLD THE FIBERGLASS TO SHAPE.

PACE/LINE BUILDING

4 A4

ASSEMBLY JOIN ALL FIBERGLASS WITH EVEN LAYER OF RESIN. LET THE COWL CURE OVERNIGHT BEFORE YOU REMOVE IT FROM THE MOLD.

ASSEMBLY OF PART A+B EACH FULL ASSEMBLE UNIT USE TWO PART A, TWO PART B, AND TWO FOAM TO JOIN ALL THE PARTS TOGETHER

ONE ASSEMBLE UNIT EACH FIBERGLASS UNIT IS W 36” X L 83” X 9” H

THERMAL INSULATION

SHEET NO NO.

A4 CATWALL STEEL BEAM SUPPORT

HOUSE A, ENTRY LEVEL

2 A5

ONE UNITIZED PANEL SYSTEM EVERY ONE UNITIZED PANEL HAVE TOTAL OF 6 UNIT OF FIBERGLASS SUNSCREEN. THEY ARE JOIN BY A 53” LONG ROT ON EACH ENDS OF THE PANEL SYSTEM.

3 A5

DOUBLE GLAZE UNIT

3/32” SECTION MODEL

3/32” SECTION MODEL SOUTH EAST

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ERICA LI U ND E R S U P E R V I S I ON OF

PROGRAM:

E r i c Owen M o s s

1 4 0 u n i ts - 5 0 % aff o rd a b le / 5 0 % p er man en t s u p p o r ti ve housing

T E A M M AT E S

3 5 s tu d io s - 350 sf 3 5 o n e b ed ro o m - 500 sf 3 5 two b ed ro o m - 7 50 sf 3 5 ar ti s t l o ft s - 3 50 sf 1 0 , 0 0 0 s f co mmu n i ty - s erving re t a il 1 0 , 0 0 0 s f co mmu n i ty art s c e nt e r P ar k i n g for 4 20 c a rs A r t Gal l er y - 36,000 sf A r t P l az a - 25,000 sf Co mmu n i ty area - 4 5,000 sf R o o f Gard en an d p l ay g ro u n d - 1 2,000 sf

E r i ca L i J u n x i P en g

METROPOLIS

Omni pres ent A meri can aff l uence obs c u re s a number of s ubs t ant i al s oci al pat holo g ie s . Wal k t he s t reet s of Los A ngel es f rom t h e beaches t o B oy l e H ei ght s , and a pri m a r y ex ampl e i s readi l y apparent : hous i ng fo r t h e homel es s /aff ordabl e hous i ng/s oci al h o u s in g i s a probl em i gnored f or decades . Th e C i t y of Los A ngel es has now propos e d t o addres s t hi s probl em by prov i di ng f un d in g , and di s t ri but i ng new aff ordabl e housin g proj ect s t o al l 15 of t he ci t y ’s council di s t ri ct s . P rev i ous more pi ecemeal s t r a t e g ie s t ended t o l ocat e aff ordabl e hous i ng l a r g e ly i n t he s k i d row area of downt own. The current urban propos i t i on s ugge s t s t h e hous i ng probl em i s ci t y wi de, and t he re fo re l ocat i on of new hous i ng s ol ut i ons s ho u ld l i k ewi s e be di s t ri but ed equi t abl y t hro u g h o u t t he ci t y. The s t udi o proj ect s i t e i s i n Ve n ic e , t he l arges t unbui l t s i t e i n t hat Wes t s id e v enue, and wi l l occas i on bot h s ubs t a n t ia l publ i c s upport , and s ubs t ant i al publ i c oppos i t i on. The propert y i s bounded by P aci f i c Av e n u e on t he wes t ; N ort h Veni ce B oul ev ard o n t h e nort h; S out h Veni ce B oul ev ard on t he s o u t h ; and D el l Av enue on t he eas t .

626.679.3924 Loc a t io n: Ve nic e , Ca lif o r nia Bound e d b y p a c if ic a ve nue o n t he we st ; nort h Ve nic e b o ule va rd o n t he no rt h; Sout h Ve nic e b o ule va rd o n t he sout h; a nd d e ll a ve nue on t he e a st . T he sit e is sub d ivid e d b y t he nort he r n- mo st e xt e nsion o f g ra nd c a na l of Ve nic e , And is a p p roxima t e ly 6 f e e t a b o ve se a le ve l. Z o ning Enve lop e : Ma ximum He ig ht - 3 5 f e e t Se t b a c ks - 5 f e e t a long p rop e rt y line , 1 5 f e e t a long c a na l

F ro m t im e t o t im e in t h e a rc h it e c t u re d is c o u r s e t h e q u a lit y o f d e s ig n re s u lt s a re q u a lifie d b y a s s o c ia t in g d e s ig n re s u lt s w it h t h e ‘ lim it s ’ o f a p a r t ic u la r b u ild in g t y p o lo g y. Ra t h e r t h a n a p p ly in g a n a b s o lu t e q u a lit a t iv e s t a n d a rd – t h e p ro je c t is g o o d o r it ’s n o t – p ro je c t s , p a r t ic u la r ly a ffo rd a b le h o u s in g , a re o ft e n c o n s id e re d ip s o fa c t o a p o s it iv e s im p ly b e c a u s e t h e y re m e d y a lo n g s t a n d in g s o c ie t a l p ro b le m . T h is c o n fu s io n o f d e s ig n c o n t e n t w it h b u ild in g t y p o lo g y c a n n o t b e o u r s t a n d a rd . Ra t h e r a ffo rd a b le h o u s in g s h o u ld re p re s e n t t h e h ig h e s t q u a lit y o f c o n c e p t u a l c o n t e n t , Un m it ig a t e d b y it s p re s u m e d s o c ia l v ir t u e s . T h e p ro je c t is a c r it ic a l d e s ig n a n d s o c ia l c o n t e n t fir s t s t e p fo r t h e Cit y o f L o s An g e le s t o d a y. T h e p ro je c t p e r fo r m a n e s s e n t ia l s o c ia l s e r v ic e , a n d it re p re s e n t t o t h e lo c a l c o m m u n it y t h e c a p a c it y o f it s d e s ig n t o t r a n s c e n d t h e lo n g h e ld c o n v e n t io n a l p e rc e p t io n t h a t , in t h is t y p o lo g ic a l c o n t e x t , s o c ia l s e r v ic e is p r io r it iz e d o v e r d e s ig n c o n t e n t . As a h a r b in g e r o f a n e w c o m m it m e n t t o s o lv in g t h e a ffo rd a b le h o u s in g p ro b le m in L o s An g e le s , it ’s e s s e n t ia l t h is p ro je c t d e liv e r s b o t h t h e h ig h e s t d e s ig n a n d s o c ia l c o n t e n t t o Ve n ic e a n d t o t h e Cit y o f L o s An g e le s .

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DES I GN ST UDIO

ty p o l o g y. R a t h e r t h a n appl yi n g an a b s o l u t e q u a l i t a t i v e s tan dard – th e proje c t i s g o o d o r i t ’s n o t – pro j ects , par ti c u l a r l y a ff o rd a b l e h o u s i n g , are o f ten consi d e re d i p s o f a c t o a po s i ti ve s i m pl y beca u se t h e y re m e d y a l o n g s tan di n g s oci e t a l p ro b l e m . T h i s co n f u s i o n o f des i g n cont e n t w i t h b u i l d i n g typo l o g y can n o t be o u r s tan d a rd . R a t h e r a ff o rdabl e h o u s i n g s h o u l d rep re se n t t h e h i g h e st qu al i ty o f co n ceptu al cont e n t , U n m i t i g a t e d by i ts pres u m ed s o ci al v ir tu e s . The Ve n i c e p ro j e c t i s a cri ti cal des i g n and s o c i a l c o n t e n t f i r s t s tep f o r th e Ci ty of L o s A n g e l e s t o d a y. T h e pro j ect m u s t per fo r m a n e s s e n t i a l s o ci al s ervi ce, an d it m u st re p re se n t t o t h e l o cal co m m u n i ty th e c a p a c i t y o f i t s d e s i g n to tran s cen d th e lon g h e l d c o n v e n t i o n al percepti o n th at, in th i s t y p o l o g i c a l c o n tex t, s o ci al s ervi ce is pr i o r i t i z e d o v e r d e s i g n co n ten t. A s a har b i n g e r o f a n e w c om m i tm en t to s o l vi n g th e a ff o rd a b l e h o u si n g pro bl em i n L o s A nge l e s , i t ’s e ss e n t i a l th i s pro j ect del i vers both t h e h i g h e s t d e si g n an d s o ci al co n ten t to Ve n i c e a n d t o t h e Ci ty o f L o s An g el es . For t h e p ro g r a m t o a d van ce s u cces s f u l l y, th e proje c t m u s t m a k e g oo d o n bo th o bl i g ati o n s . It w i l l .

FA L L 1 7

01 PLAN

l evel 6 typ ic a l floor p la n 02 PLAN

typi cal floor p la n orga niza tion 03 ELEVATION

typi cal units 03 PLAN

typi cal units

VE RT I CAL S T UD I O

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DES I GN ST UDIO

FA L L 1 7

VE RT I CAL S T UD I O

PACIFIC AVE

DELL AVE

N VENICE BLVD

S VENICE BLVD

P rog r a m : 140 u n i t s - 5 0 % a ff o rd abl e/ 5 0 % perm an en t supportive housing 35 s t u d i o s - 3 5 0 s f 35 o n e b e d ro o m - 5 0 0 s f 35 tw o b e d ro o m - 7 5 0 s f 35 a r t i st l o f t s - 3 5 0 sf 10, 0 0 0 s f c o m m u n i t y - s ervi n g retai l 10, 0 0 0 s f c o m m u n i t y arts cen ter P ar ki n g f o r 4 2 0 c a r s

A r t G a l l e r y - 3 6 , 0 0 0 sf Art Plaza - 25,000 sf C om m u n i t y a re a - 4 5 ,0 0 0 s f R oof G a rd e n a n d p l a yg ro u n d - 1 2 ,0 0 0 s f Zon i n g E n v e l o p e : M ax i m u m H e i g h t - 3 5 f eet S etb a c k s - 5 f e e t a l o n g pro perty l i n e, 15 fe e t a l o n g c a n a l

01 PLAN

g ro u n d p la n

E RIC A L I

DES I GN ST UDIO

FA L L 1 7

VE RT I CAL S T UD I O

COMMUNITY RM

ARTIST LOFT

UNITS

PRIVATE PARKING & ROOF GARDEN

PUBLIC PARKING

ART GALLERY

PUBLIC PARKING

PLAZA

COMMERCIAL SPACE

ART GALLERY MAIN ENTRANCE

E XP LODE D VIE W OF M E TR OP OLIS

RENDERING OF GROUND LEVEL IN THE PLAZA OVERLOOKING THE CANAL

E RIC A L I

DES I GN ST UDIO

We a n a l y z e si t e c o n d i ti o n s , i n cl u di n g ex is t i n g b u i l d i n g s a n d devel o pm en tal patte r n i n g , a n d a sk e d to i n ves ti g ate co de req u i re m e n t t h a t a re es peci al l y rel evan t to lar ge b u i l d i n g s.

FA L L 1 7

C ont e m p o r a r y c i t i e s a re co m pl ex o rg an i s m s th at d e f y a n y e a sy a n a l ys i s o r s i n g u l ar char a c t e r i z a t i o n . I n t h e pas t h u n dred years cities h a v e g ro w n t o dwarf th e s cal e o f his to r i c h u m a n se t t l e m en ts , s tretch i n g to th e l i m i t s o f c o m p re h e n s i o n . No n eth el es s th ere re m a i n s t h e p h ys i cal f act o f ci ti es . They a re c o m p o s e d n o t o n l y o f f l o ws o f capi t a l , i n f o r m a t i o n , p eo pl es , an d res o u rces , bu t a l so o f t h e i n e r t m as s o f s treets , bu ild i n g s , a n d i n f r a s t ru ctu re. 01 SECTION

ren deri ng of the me trop olis

VE RT I CAL S T UD I O

E RIC A L I

DES I GN ST UDIO

We a n a l y z e si t e c o n d i ti o n s , i n cl u di n g ex is t i n g b u i l d i n g s a ro u n d th e area an d dev e l o p m e n t a l p a t t e r n i n g , an d as ked to in v es t i g a t e c o d e re q u i rem en t th at are es p e c i a l l y re l e v a n t t o l arg e bu i l di n g s .

FA L L 1 7

01 ELEVATION

s o u th ve nic e fa c a d e 02 ELEVATION

f acade d e ta ils

VE RT I CAL S T UD I O

FA L L 1 7

OVE R ALL, PACIFIC AVE (WEST ) 1/1 6 ” S CALE M ODE L

VE RT I CAL S T UD I O

FA C A D E D E TA I LS, SO U T H V E NI C E ST 1/16” SC A LE M O D E L

SO U T H V E NI C E ST 1/16” SC A LE M O D E L