TI MĂ˜THY LOGA N PO RTF OL I O harvard graduate school of design usc school of architecture 2010 - 2015
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level 39_585 feet roof plan_3/64” = 1’-0” level 38_570 feet office private roof deck
level 37_555 feet
level 36_540 feet
level 35_525 feet
level 34_510 feet
level 33_495 feet hotel roof plan_3/64” = 1’-0”
hotel rooftop lounge/bar
level 32_ 480 feet
level 31_465 feet residential pool
level 30_450 feet
level 29_435 feet residence roof/pool plan_3/64” = 1’-0” level 28_420 feet
hotel rooftop lounge/bar
level 27_405 feet hotel + office sky garden
public sky gardens
office space
level 26_390 feet
level 25_375 feet
residential pool 1 br
level 24_360 feet hotel pool plan_3/64” = 1’-0”
studio
level 23_345 feet
hotel pool
2 br
communal library
office space
level 22_330 feet
level 21_315 feet
fitness center + spa
sauna
hotel/open access sky garden
storage/ maint.
hotel pool
level 20_300 feet
bar
level 19_285 feet
communal event space
communal library + sky garden
level 18_270 feet level 17_255 feet hotel room
level 16_240 feet residential library_greenspace_meeting space 3/64” = 1’-0”
hotel room hotel room hotel room
live/work access sky garden
hotel suite
hotel suite
hotel room
level 15_225 feet conference room
level 14_210 feet
level 13_195 feet
level 12_180 feet
level 11_165 feet
level 10_150 feet
level 09_135 feet
public park
public event space
atrium private (green) vs. public (blue) atrium program diagram section with plan stack
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PR Ă˜ J ECTS AC AD EM IC WORK
PRO F ES S ION AL WORK
melt
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na s h u a u nd a m m e d
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th e b e l o ve d o b s c e n e
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22@
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e c h o pa rk c om mu nit y c e nte r
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g r a f ting a n u r b a n l a n d s c a pe
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m o d u l a r c ons tr u c tiv is m : a s tu d y
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th e r m a l kin e tic s : to p fu e l 2 0 1 1
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a b s o r ption w a l l
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s c a tte re d in fil tr a tion: l on g b e ac h w a te r front
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b a tita t
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pl a tf o r m f o r a rc h ite c tu re + re s e a rc h | 2 0 1 1
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l a b to p re nd e r in g / s e r ie s e t s e r ie s | 2 0 1 2
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ke l l y a rc h ite c ts | 2 0 1 3 - 2 0 1 4
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MELT
expanded mechanisms fall 2014 | andrew witt
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M ELT
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P RO JECT
VIDE O
H T T P S : / / V I M E O . C O M / 115 0 4 914 4
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N A SH UA
UNDAMMED
rethinking river infrastructure fall 2014 | peter beard
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e xi st i n g c ond it io ns
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- d r y se a son co nd it io n-
- f o r me r po w e r ho u se l oc a t io n-
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- te r ra ce d pool s-
- w et se a son co nd it io n-
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T H E
BE LOVED
Ă˜B SCENE
london pleasure gardens | work in progress spring 2015 | cristina diaz moreno + efren garcia grinda
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BA RC EL Ă˜ N A:22@ fall 2011 | kim coleman + mark cigolle usc barcelona study abroad program
L oc ated in the 22 Aroba distr ict of Barcelona, the project aims to pro voke the de velopment of an
ur ban str and rec laimed from the areas industr ial past in order to unify progr ammatic concentr ations within its proximit y. Exper imenting on a single
cit y bloc k as a c atal y st f or future grow th, the projects f ocus tur ns its attention to the sensual perception of the r ailroad and the manner in
whic h it bisects the sit e. Gal ler y, commercial, residential, and communal progr ams are placed
in a dialogue of c ause and eff ect bet ween solid and void. W hile net works of public circulation
are rec laimed and expanded on the ground floor, a ne w circuit of activit y is given to the residential units at a higher le vel. S eeking to create subur ban
amenities in a dense, ur ban context, progr ams suc h as a fitness center and presc hool are combined with landsc aped, outdoor communit y rooms.
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green roof/jogging track sculpture garden/gallery extension preschool/daycare center fitness center hardscaped communal space softscaped communal space
communal program circuit
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promenade as a connection
strands of activity
cultural, residential, nightlife hubs
sloped landscape public green space bike path transportation link public seating street performances
light wells visual train interaction
bench boxes public utility cafe seating
restaurant seating promenade activation
The c ause-and-eff ect, push and pul l dialogue occur ing at the building sc ale is tr anslated into the human sc ale in the de velopment of the promenade. Light wel ls, cutouts, and landsc aping communic ate a reading of the path of the under l y ing r ailroad, al lowing phenomena of light a nd mo vement to oc cur as tr ains pass through the bloc k. P ublic seating, landsc ape, bic yc le circulation, and commercial progr am are distr ibuted along the tr ajector y of the promenade. 23
pla n s
l a you t
residential
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pr og ra m
retail
community
exhibition
public
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E C H O PARK C Ă˜MMU NIT Y CENTER public market and council chamber spring 2010 | john dutton
A mapping of loc al cour t yard t y pologies deter mines the basic
f or m of the civic center. The hy br id public market progr am al lows inter action amongst the diverse population of Ec ho Park.
An initial sc hematic design began with the af orementioned
cour t yard shape, grounded at eac h end by the t wo major progr ammatic elements of the civic center : the social hal l and
council c hamber. The council c hamber is lif ted up to create the c anopy of the market, also al lowing public passage through
the ground plane. The diff eren ce bet ween the open, flexible space of the social hal l and the specific, intro ver ted nature of
the council c hamber are expressed by a stark contr ast in f or m. De velopment of the adjacent lot into a landsc aped public green space al lows the site to become an extension of the
famous park. P unctures through the per imeters of the f or m on the ground le vel create a continuous public circuit consisting of the ne w green space, the civic center cour t yard, the public
market, and the park be yond. S ubtle ground manipulations distinguish eac h of these spaces. V isitors may slowl y r amp up through the ne w park, enter the building ’s cour t yard, and step
down into the market space bef ore r ising bac k to the street le vel. The role of the cour t yard as the centr al hub of activit y
in the communit y center is reinf orced in the landsc aping str ateg y. Ripples from the cour t yard ’s center are interr upted within the cour t yard to demarkate circulation to public
progr am, become means of circulation bet ween diff erent ground le vels, and are extr uded to become walkway s, planters and other landsc aping element s, and market themsel ves.
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e ven the stal ls of the
suns
et b oule vard
echo park lake
in. ce 5 m distan g kin wal
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ele vat i o n s
northwest elevation
southeast elevation
southwest elevation
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se c t i o n s
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Secondary Steel Section Member
Panel Support Frame
Tertiary Cr oss Bracing Member
Primary u Tbular Steelruss T Member
Connections to steel framing system ( ( make with gusset plate connections
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GRA FT I N G AN U RBA N L A NDS C APE introducing the tower to hollywood spring 2011 | david gerber + scott johnson
D r awing from the process of skin and bone gr af ting in whic h cel ls or tissue fil l in a mesh or fr ame work based on grow th
conditions, the diff erent progr ams of the tower are organiz ed wil l be “gr af ted � into the tower. In keeping with the biologic al
language, progr am is broken down into its elementar y cel ls or
components
and
arr anged
according
to
conventional
organiz ations, aggregated texture, and f orces of the phy sic al
environment. Just as a skin me sh is gr adual l y fil led in with tissue, these cel ls are plugged into a str uctur al/infr astr uctur al fr ame work. S imilar l y, the
diff erent
f or mal
and
phy sic al
conditions surrounding the site are negotiated as the tower gr af ts itself to the ur ban fabr ic
W hile the tower unites three unique progr ams and their
respective textures, the site borders three ver y unique ur ban conditions. The quiet, finer sc ale of the adjacent histor ic al residential neighbor hood is met by a ne w public green
space that slopes up across the site. A ne w pedestr ian corr idor dr aws from the cour t yard procession of the
or iginal studio building from sunset boule vard on
the
souther n
side, while
the
nor thwest
cor ner opens up to the ne w infr astr ucture and
enter tainment-or iented
attr actions
loc ated along hol l ywood boule vard. W hile
los angeles of ten contr asts its natur al surroundings with the steel and concrete
towers of downtown and centur y cit y, a
ne w model of ur ban densific ation and ver tic al green space wil l instead reflect the surrounding hil ls of Hol l ywood.
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- urban conditions retail space
existing studios
large corridor
hotel lobby
office plazas
office lobby public park residential lobby
hotel retail space
vehicle access
- site plan -
public park
bicycle parking
mechanical
cafe/food stand seating
support
bicycle parking
lobby retail: dining support space
plaza
front desk
lobby/lounge from parking
to parking circulation from parking level
bar/lounge
lobby
security/mechanical
outdoor theater with projection screen
retail secondary courtyard/ circulation
retail
cbs studio courtyard
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level 39_585 feet roof plan_3/64” = 1’-0” level 38_570 feet office private roof deck
level 37_555 feet
level 36_540 feet
level 35_525 feet
level 34_510 feet
level 33_495 feet hotel roof plan_3/64” = 1’-0”
hotel rooftop lounge/bar
level 32_ 480 feet
level 31_465 feet residential pool
level 30_450 feet
level 29_435 feet residence roof/pool plan_3/64” = 1’-0” level 28_420 feet
level 27_405 feet hotel + office sky garden office space
level 26_390 feet
level 25_375 feet
1 br
level 24_360 feet hotel pool plan_3/64” = 1’-0”
studio
level 23_345 feet 2 br
office space
level 22_330 feet
level 21_315 feet sauna
storage/ maint.
hotel pool
level 20_300 feet
bar
level 19_285 feet communal library + sky garden
level 18_270 feet level 17_255 feet hotel room
level 16_240 feet residential library_greenspace_meeting space 3/64” = 1’-0”
hotel room hotel room hotel room
hotel suite
hotel suite
hotel room
level 15_225 feet conference room
level 14_210 feet
level 13_195 feet
level 12_180 feet
level 11_165 feet
level 10_150 feet
level 09_135 feet
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cores
floorplates
structural mesh
composite
atrium circulation
communal space
private space
section b_1/64” = 1’-0”
section aerial rendering exploded program diagram + breakdown
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offices - 40 floors - public + private sky gardens, meeting spaces - access to hotel and residential amenities hotel - 100 keys - rooftop bar/lounge - pool + bar - spa + fitness center - meeting spaces - outdoor restaurant residential - 50 units - private library - private meeting spaces - rooftop pool - private sky gardens - day care/pre school
retail space - retail - dining
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S3P9
S3P10
S3P1
M Ă˜ D U L A R CO N S T RU C T I V I S M A N D T H E B U I LT E N V I RON M E N T u sc p ro vost ’s u n de rg r adu a t e re se a rc h f e l l ow s h ip | s u m m e r 2 0 1 1 S3P19
S3P11
S3P20
S3P12
S3P29
S3P30
S3P39
S3P40
S3P21
T h e p re l i m i na r y ph a se o f re s earc h f ocu sed on t he st u dy o f S3P50
S3P31
p re ce d e nt d e si gns, no ta b l y th e works o f exemp l ar modu l ar
S3P41
c onstr u cti v i sm a r ti sts E r w i n H au er and Nor man Car l berg.
T h e a na l y s i s o f ge om e tr y, v isu al eff ect , t essel l at ion, a nd str u ctu r a l p e r f o r m a nce t hrou gh diagr amming and re p ro d u cti on p ro v i d e d th e f o undat ions f o r t he p rocess.
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S3P59
S3P60
Ne w u nd e r sta nd i ng ga i ne d f rom p recedent anal y sis w as
S3P51
t h e n a p p l i e d to a n i nsta l l at ion design der ived from
t h e sa m e p r i nci p l e s. W h i l e mo du l ar const r u ct iv ism is g ro u nd e d i n th e a r t wo r l d , the int ent of t his exercise is
t o e m p l oy th e se p r i nci p l e s i n connect ion t o t he hu man
s c a l e th ro u gh th e constr a i nt s of modu l ar const r u ct ion,
P9
S2P1
S2P
S2P11
S2P
S2P30
S2P21
S2P
2P39
S2P40
S2P31
2P49
S2P50
S2P41
S2P
S2P60
S2P51
S2P
m a te r i a l re ce p ti v i t y, re c yc l a b il it y, p ro du ct ion efficienc y, a nd re q u i re d p ro d u ct d i sp l ay. T he p roject w as designed, f a b r i c a te d , a nd constr u cte d s p ecific al l y f o r a 60 squ are
S2P10
S2P20
f o o t w i nd ow sp ace a t R o a rk Gr aphic S u p p l ies, a st o re
lo c a l to th e U S C a re a , w h ere it exist ed as t he st ore ’s w i nd ow d i sp l ay f o r th e re m a i nder o f t he year. S2P29
S2P32
S2P59
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S3P2
S3P3
S3P13
S3P15
TESSELL ATIONPATTERN
LAYER SE PARATION
S3P22
S3P8
S3P9
S3P18
S3P19
S3P7
S3P16
INTE RWEAVING SUR FACES
S3P14
S3P17
S3P24
S3P25
S3P26
S3P27
S3P28
S3P29
S3P34
S3P35
S3P36
S3P37
S3P38
S3P39
S3P46
S3P47
S3P23
S3P32
S3P33
S3P42
S3P43
S3P44
S3P48
S3P45
S3P52
S3P53
S3P49
S3P54
S3P56
S3P59
S3P55
S2P3
P12
S2P13
S2P4
S3P57
S2P5
S2P6
S2P15
S3P58
S2P7
S2P8
S2P16
S2P17
S2P24
S2P25
S2P19
S2P27
S2P23
S2P9
S2P18
S2P14
P22
P52
S3P5
S3P6
P2
P42
S3P4
S2P28
S2P29
S2P26
S2P33
S2P34
S2P36
S2P37
S2P35
S2P43
S2P44
S2P39
S2P38
S2P45
S2P46
S2P47
S2P48
S2P57
S2P58
S2P49
120 de g.
S2P54
S2P55
S2P59
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T HE R M A L
KINET ICS
t op f u e l work sho p | s pr ing 2 0 1 1
As a team of five students, we were c hal lenged to design and constr uct a
ful l sc ale moc k-up of a per f or mative building skin sy stem. The mo vement
of the fac ade is enacted by pistons fil led with pentane that expands and contr acts with var iances in temper ature. As the piston mo ves, the
aper tures that populate the skin tr ansf or m from one state to another. D ur ing cooler mor ning and night temper atures, the aper tures contr act
to let in ma ximum sunlight. Alter nativel y, the modules expand in war mer
af ter noon temper atures to pro vide maximum shading while stil l al lowing
the passage of natur al light. As the modules c hange f or m o ver the course of the day, PV panels mounted on the aper ture faces f ol low the mo vement of the sun, al lowing f or efficient energ y col lection at al l times.
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workshop directed by frank barkow and thomas auer project team: carolyn ng, derek greene, golnar iranpour, timothy logan, xander tertychny
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A BSØR PTION WALL
environmentally responsive facade thesis studio | doris sung | spring 2012
Water-based science exper iments were the depar ture points f or the de velopment of a building envelope sy stem that would itself
house water. The process began by identify ing the ke y components
of absor ption: the absor ptive element, the absor bed element, a phy sic al embedding, and phy sic al or nonphy sic al exc hange bet ween the t wo elements.
The fac ade employ s SAPs, or “super absor bent pol y mers, ” to col lect
r ainfal l on a diagr id of sc ale-like petals that populate a wal l or
roof sur face. S ur face contours on eac h module direct water towards a smal l SAP housing unit that absor bs the weight of the water, tipping the module to a downward position in order to shield r ain in the wet c limate of the V irgin Islands. As the SAP samples dr y on the fac ade, counter weights at the bac k of eac h module e ventual l y pieces
or iginal as
the
c hanges.
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br ing
into
the
their
positions weather
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UNUSED Vs. EXPANDED DIAPERS
WEIGHT GAINED FROM WATER ONLY
DIAPER WITH WATER: 982.1 grams
8 CUPS REMAINING
SUBMERSION WITHIN 12 CUPS OF WATER
DIAPER: 30.2 grams
- aggregation and closure -
DRY SUPER ABSORBENT POLYMER COMPONENTS
OPEN LOUVER SYSTEM
ACTIVATED SAP AS KINETIC FACADE ACTUATOR
CLOSED WATERSHED SHINGLE SYSTEM
“HORIZONTAL” PANEL DISTRIBUTION FOR CONVEX WALL PROFILES, LARGE AND MORE HORIZONTALLY-ORIENTED CREATE BROAD OVERHANGING SHINGLES THAT TAPER down IN SIZE AND INCREASE IN VERTICALITY, ALLOWING water to be shed from the building skin.
FOR CONCAVE WALL PROFILES, LARGER shingles at higher elevations taper down to smaller, broader units to slow the speed of COLLECTED RAINWATER.
“VERTICAL” PANEL DISTRIBUTION
- motion actuation sequence -
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- rendering + assembly section -
- facade component section FASTENER PLASTIC SCREEN CONTAINER SCREEN LAYER
SUPER ABSORBENT POLYMER LAYER
DRYING AIR FLOW
MOVING COMPONENT
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SC AT TERED INFILT RATIĂ˜N long beach terminal + waterfront la identity | chris warren | fall 2011
I D E N T I T Y
F LU X
space + function in los angeles
Home to the enter tainment industr y, L os Angeles has assumed a role as the bir thplace and phy sic al setting f or the creation of alter nate realities aculture glor ifies the Hol l ywood lif e st y le, while e ven phy sic al loc ations suc h as the Hol l ywood sign and S unset S tr ip are given a le vel of iconicit y that in tur n creates a L os Angeles that exists outside of the realit y of the phy sic al cit y. In this sense, L os Angeles has become a cit y of image, expressed in a dishonest y of sur face in both its built and social environments. W hile this super ficialit y is of ten cr itiqued social l y, its tr anslation into the cit y fabr ic arc hitectur al l y may hold a potential to ac hie ve the redisco ver y of under-enga ged ur ban spaces. The identit y of the phy sic al cit y is of t en tr ansf or med just as the identities of actors and studio sets are constantl y shuffled to create sur face-deep il lusions. Histor ic cemeter ies and museums become concer t venues, tr affic heavy streets are bloc ked off and given bac k to the pedestr ian, and tempor ar y buildings take on f or ms suggestive of inanimate objects or f oreign places. W hile this divorce of progr am and envelope would be cr itiqued in the design of a ne w building, it has become eff ective in the rene wal of under utiliz ed loc ations and exposure of the public to cultur al e vents. In these instances, building and function are de veloped independentl y and combined in a way complementar y to the human exper ience. Image Explor ing the way s in whic h the layer ing or embedding and phenomenal exper ience al low an arguabl y shal low yet undeniabl y of net works and activit y c an i mpro ve an ur ban landsc ape power ful impact on the way a person inter prets their environment. The currentl y disconnected by a issertheref ies ofore large-sc ams and desired rec onnection to place ac hieale vedprogr through memor y, by immersing the userfr in a spectac le-based environment that ceases to agmented infr astr uctures. phy sic al l y exist other wise.
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SECTION A_RESIDENTIAL WATERFRONT A. SUBMERGED VEHICLE CIRCULATION B. MIXED RESIDENTIAL/COMMERCIAL PROGRAM C. FARMER’S MARKET/PUBLIC EVENT SPACE D. COMMUNITY CENTER E. PUBLIC PARK SPACE F. BICYCLE/JOGGING PATH
B
C A
SECTION E_PARK AND RECREATION A. QUEEN MARY B. BICYCLE/JOGGING PATH C. WALKING/EXERCISE PATH D. QUEENSWAY BAY LIGHTHOUSE E. WILDLIFE REFUGE
A
B
E
SECTION D_RESIDENTIAL A. MIXED RESIDENTIAL UNIT TYPES B. RETAIL PROGRAM C. COMMUNAL COURTYARD D. COMMUNAL ROOFTOP SPACE E. ELEVATED PEDESTRIAN BRIDGE F. ROOFTOP ACCESS G. BURIED RESIDENTIAL PARKING
A
F
E C
G
SECTION C_CONVENTION CENTER A. METRO BLUE LINE/LONG BEACH BOULEVARD B. LONG BEACH CONVENTION CENTER MEETING ROOMS AND BALLROOMS C. HOTEL PROGRAM D. RETAIL PROGRAM E. MIXED USE COMMERCIAL/RESIDENTIAL PROGRAM F. LONG BEACH CONVENTION CENTER EXHIBIT HALLS G. CONVENTION CENTER/ARENA PARKING H. RESIDENTIAL PARKING I. PEDESTRIAN WALKWAY/GATHERING SPACE
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D E
F
D
B C
D
B
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B C
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J K
SECTION B_CRUISE SHIP TERMINAL AND LONG BEACH SPORTS ARENA A. LONG BEACH SPORTS ARENA MAIN HALL B. TERMINAL/ARENA SHARED FACILITY SPACES C. TERMINAL WAITING AREAS D. TERMINAL/ARENA LOADING AREA E. BICYCLE/JOGGING PATH F. TERMINAL PARKING G. PASSENGER DROPOFF/LOADING AREA H. BAGGAGE SCREENING AREA I. MAIN TERMINAL SPACE J. LONG BEACH CENTER FOR THE PERFORMING ARTS K. METRO BLUE LINE TERMINUS L. MIXED USE RESIDENTIAL/COMMERCIAL/HOTEL PROGRAM
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mating behavior
familial structure
hunting behavior
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{
august-winter: breeding november-january: pregnancy january-february: young kept in roost females permanent, males nomadic food source contamination (water pollution) extermination by commercial fishermen
harems: one male to several females females form nurseries bachelor males roost alone exclusion (resulting abandonment of young)
females hunt socially males hunt alone devour 30-40 fish per night several trips per night habitat destruction (deforestation, coastal development) guano extraction
physical manifestation of human cohabitation
BAT ITAT
re sp on di n g t o e nv i ronm e n ta l s timu l i t he si s st u di o | dor i s s u n g | s pr in g 2 0 1 2
The study of absor ption used in the pre vious fac ade de velopment becomes applied and expanded here; this project seeks to “absor b” the inputs of its surroundings to preser ve wild lif e habitats and expand human knowledge within a sy mbiotic relationship bet ween building and environment. L oc ated in the r ic h S alt River Bay natur al preser ve in the V irgin Islands, the building acts simultaneousl y as an eco-tour ism destination, guano production plant, and study labor ator y of one of the countr y ’s onl y native species: the fisher man bat. S c ales of de velopment, mo ving from micro to macro, explore way s to arc hitectur al l y accomodate the bats, from the sc ale of sur face texture to the col lection and expor t of guano (seabird waste) f or f er tiliz er. Fur ther expanding the direct inter face bet ween the bat population, visiting tour ists and students, resident researc hers, and guano col lection workers, basic exper iential conditions f or eac h are established.
social constructs + interference
{
scales of building absorption dictated by bat life cycle frequencies actuated by cyclical inputs
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fig. 01: annual life cycle mapping relationships between the greater bulldog bat lifecycle and environmental inputs over the course of a year, investigating conditions such as the wet season, daylight hours, rainfall inches, bat mating season, and bat reproductive cycle 54
fig. 02: daily life cycle mapping relationships between the greater bulldog bat lifecycle and environmental inputs over the course of a day, investigating conditions such as high and low tide hours and peak nocturnal hunting activity
- f ig. 03 -
fig. 03: siting the project is located on the northeastern side of the peninsula, receptive to incoming precipitation in a steeply inclined seaside location favorable to fisherman bat colonies
f ig. 01
f ig. 02
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bat wing anatomy: naturally contracted talons require heavily textured surfaces to cling to; bats must release from flight from an upward position
figure 05. open louver system dry super-absorbent polymer components
- building visiting student residences + communal spaces
d curvature
visitor and studen
figure 03. closed louver system
activated super-absorbent polymer as a kinetic facade actuator
public exhibition / habitat observation
research laboratory guano observation
cavities for the observation of the movement of biological activity through a cross section of settling guano
return to open position
or
hunting activity observation
absorption of high tide into tunnel and lab aquarium, stocked with food for hunting observation and precipitation fastener
guano collection
super absorbent polymer layer
mixing mechanisms accumulation modules
drying air flow
moving component
guano barrel storage “slide� transport system
ing detail
guano distribution worker break room truck loading zone meeting / office space
figure iii.a public observation
scale b.iii_bat cavity pod functions figure iii.b research lab observation and enclosed specimen observation room
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life cycle: day bat hunting activity and site tide level peak times
g section-
researcher residential units
two-person communal lving areas, private study and sleep spaces
nt dining commons
research lab
communal and meeting spaces
research lab
habitat dark lab
public habitat observation: dining
guano source
scale b.ii_guano extraction
cargo / service elevator
dictated by: habitat conservation + resource valu actuated by: sample weight + distribution
collection through grates: natural settling by weight
labortory observation of biologica
mixing/volume control
collection into barrels
physical /nonphysical exc
absorptive element
physical embed exterior presence
figure iiic. public observation/dining
absorbed element
ph
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right to left: 03 guano laboratory observation and bat egress level, 02 guano collection level, 01 guano distribution level
05 communal lab spaces and exhibition entry
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04 “dark� laboratory and exhibition plan
06 ground floor dwelling plan
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scale a.i: surfaces the bat talon’s naturally clenched position requires the animal to be consistently locked onto a textured surface
fig. 11: observation space types
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scale a.ii: pockets different “family” constructs are accomodated for in scaling, flexible groups of pockets dictated by familial structure and actuated by the physical presence of the animal
scale b.i: cavities materiality dictated by function
scale b.ii: guano extraction; layout for the vertical settling, study, and collection of guano samples
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P RO F E S S I ON A L WØR K 2010 - 2014
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P L AT F O RM
F OR
A RC H IT EC T U R E a p r i l 2 0 1 1 - au g u s t 2 0 1 1
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Th e A r ch i pela go L e e u w a rde n , NL C omp e t i t i on P ha se Pe a c e Pa vi li o n s L os An ge l e s, CA Pre - D e si g n P ha se
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Ro l e s : 3 d m o d e l ing, c onc e ptu a l a nd s c h e m a tic d e ve l o pm e n t, re n d e r in g pre pa r a tion , a n im a tion pro d u c tion, v id e o m a s kin g, d ia g r a m m ing
P i ra e u s Cult ural C oa st M use um o f Un d e r w ate r A n t i qu i t i e s P i r ae u s, GR C omp e t i t i on P ha se
Ro l e s : 3 d m o d e l ing, c onc e ptu a l a nd s c h e m a tic d e ve l o pm e n t, re n d e r in g, d ia g r a m m ing, pre s e n ta tion pre pa r a tion
M i sc .
Ro l e s : Con c e ptu a l w r iting f o r CLO G M a g a z ine, pu b l ic a tion c o o rd in a tion, c on c e ptu a l pro je c t te xt, 3 d m o d e l in g, d ig ita l m o d e l pre pa r a tion , te xtu re m a ppin g
K E LLY
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8 6 2 5 S a n ta M o n i c a B lvd. We st Hol l y wood, CA M ud h e n Ta ve r n L os An ge l e s, CA O c e an P r i me (as AO R ) B e ve r l y Hi l l s, CA
Ro l e s : S c h e m a tic d e s ig n , d e s ig n d e ve l o pm e nt, c on s tr u c tion d o c u m e nts , c ons tr u c tion ad m in is tr a tion, c ons u l ta n t c o o rd in a tion, g r a ph ic pre s e nta tion pro d u c tion, pro je c t m a na ge m e nt, pl a n ning a nd pe r m it a ppro v a l s
C li f to n’s Ca f e te r i a L os An ge l e s, CA S a lt & St ra w L os An ge l e s, CA
L au n ch DT L A No Ne t w o rk i n g E ve n t L o s Ange l e s , CA
C oole y’s We st Hol l y wood, CA
D a i l y G r i l l - G ra to n R a n ch e r i a G r a ton, CA
W h i spe r L o u n ge L os An ge l e s, CA
D a i l y G r i l l - D o w n to w n L A L o s Ange l e s , CA
So u l Holly w ood Hol l y wood, CA
P u bl i c S ch ool 8 1 8 S h e r m a n O a ks , CA
H UM M usi c & So un d De s i g n S a n t a Mon i c a , CA
P u bl i c S ch ool 8 0 5 We s tl a ke V il l a ge, CA
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