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Final portfolio of work done in Pasadena City College architecture program
Citation preview
AmAndA ClAyACADEMIC DESIGN PORTFOLIOPASADENA CITY COLLEGESPRING 2009 - SPRING 2011
Morning 8am Noon 12pm After Noon 4pm
Winter (Jan 1)
Spring(April 1)
Summer(July 1)
Fall(Oct 1)
JournAlism sChoolArCh 20Bspring 2011professor ColemAn griffith
reseArCh for JournAlism sChool proJeCtArCh 20Bspring2011professor ColemAn griffithgroup proJeCt
Bunker hill musiC pArkArCh 20AfAll 2010professor ColemAn griffith
Boiler house sChoolArCh20Bspring 2011professor ColemAn griffith
minimAl surfACesArCh12BfAll 2009professor kelly BAir
CuBe proJeCtArCh 10BfAll 2009professor ColemAn griffith
fABriC formworkArCh14spring 2010professors ColemAn griffith And dioniCio VAldezgroup proJeCt
Bodies And skinsArCh 12BfAll 2009professor kelly BAir
spAtiAl sequenCe modelArCh 10BfAll 2009professor ColemAn griffith
5JournAlism sChoolArCh 20Bspring 2011professor ColemAn griffith
proJeCt desCription: CreAte A JournAlism sChool Building with A working newsroom And mediA puBliCAtion AspeCt. Building must Also hAVe A wikileAks informAtion drop off loCAtion .
proJeCt ConCept: CreAte An interACtion Between new mediA And old mediA types of puBliCAtion And wAys of deliVering news. Building should relAte to protest squAre ACross the street And the protest mArChes whiCh will pAss By the Building.
progrAm: Building should hAVe A funCtioning JournAlism sChool with ClAssrooms, liBrAry, leCture hAll, lAB spACes, As well As inCluding the wikileAk drop off And the newsroom And tV news BroAdCAsting.
Direct relationship Action
ReactionIndirect relationship
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Wish
list
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Shows statistics of other user purchases
Highest recommendation
level for wishlist
Purc
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Medium recommendation
because of purchase
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Dynamic output = static Static output = dynamicIndirect relationship becomes direct relationshipDynamic action does not change as it reaches static. Static cant act without dynamic action first. Static reaction changes states as it reaches dynamic.
Concepts:Direct/Indirect relationshipsAction/ReactionHierarchyDynamic/Static
10BSite Path
20B Site
20A Site
Federal Building
Wilshire BlvdMain Axis
Secondary Axes
Connections On Site
VERTICAL CIRCULATIONFIRST FLOORSECOND FLOORTHIRD FLOORFOURTH FLOOR
VERTICAL CIRCULATION WITHIN BUILDING
INTERIOR VOIDATRIUM VOID
VOIDS WITIN BUILDING
SCHOOL NEWSROOMWIKI LINKS FACILITIESLIBRARYVERTICAL CIRCULATION
PROGRAM TO CIRCULATION
RELATION TO FEDERAL BUILDING
VIEW TO FEDERAL BUILDING FROM NEWSROOMNORMAL FOOTPRINT CONDITION
SCHOOLWIKI LINKSNEWSROOM
SYSTEM DIAGRAM
PROGRAM
STATIC TRANSITION DYNAMIC
SCHOOLWIKI LINKSNEWSROOM
SYSTEM DIAGRAM
PROGRAM
STATIC TRANSITION DYNAMIC
relAtion to federAl Building progrAm mAssing system diAgrAm
eleVAtion from intrseCtion of gAley And lindBrook
first floor plAn
NEWSROOM PRODUCTION
N THIRD FLOOR PLAN SCALE 1/8 = 10
CLASSROOM/ MEETING ROOMCLASSROOM/ MEETING ROOM
LAB
BA
BA
CC
MECHANICALSTORAGE
N FIRST FLOOR PLAN SCALE 1/8 = 10
AMANDA CLAY ARCH 20B
DIGITAL NEWS HUB AND WIKI LINKS PICK UP / DROP OFF
LIBRARY
STORAGE AND DELIVERY
MECHANICALSTORAGE
SERVER STORAGE
LARGE LECTURE HALL
BA
BA
CC
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
MEETING ROOM
CLASSROOM
MEDIA VIEWING LEVEL/ ROOFTOP GARDEN/ STUDENT LOUNGE
N FOURTH FLOOR PLAN SCALE 1/8 = 10
BA
BA
CC
MECHANICALSTORAGE
LARGE LECTURE HALL BALCONY
CLASSROOM/ SMALL LECTURE ROOM
NEWSROOM
TV STATION
N SECOND FLOOR PLAN SCALE 1/8 = 10
BA
BA
CC
MECHANICALSTORAGE
LONG SECTION C-CSCALE 1/8 = 10
AMANDA CLAY ARCH 20B
long seCtion C-C
first floor loBBy
SHORT SECTION B-BSCALE 1/8 = 10
AMANDA CLAY ARCH 20B
seCond floor plAn
short seCtion B-B
NEWSROOM PRODUCTION
N THIRD FLOOR PLAN SCALE 1/8 = 10
CLASSROOM/ MEETING ROOMCLASSROOM/ MEETING ROOM
LAB
BA
BA
CC
MECHANICALSTORAGE
N FIRST FLOOR PLAN SCALE 1/8 = 10
AMANDA CLAY ARCH 20B
DIGITAL NEWS HUB AND WIKI LINKS PICK UP / DROP OFF
LIBRARY
STORAGE AND DELIVERY
MECHANICALSTORAGE
SERVER STORAGE
LARGE LECTURE HALL
BA
BA
CC
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
MEETING ROOM
CLASSROOM
MEDIA VIEWING LEVEL/ ROOFTOP GARDEN/ STUDENT LOUNGE
N FOURTH FLOOR PLAN SCALE 1/8 = 10
BA
BA
CC
MECHANICALSTORAGE
LARGE LECTURE HALL BALCONY
CLASSROOM/ SMALL LECTURE ROOM
NEWSROOM
TV STATION
N SECOND FLOOR PLAN SCALE 1/8 = 10
BA
BA
CC
MECHANICALSTORAGE
third floor plAn
SHORT SECTION A-ASCALE 1/8 = 10 AMANDA CLAY ARCH 20B
short seCtion A-A
NEWSROOM PRODUCTION
N THIRD FLOOR PLAN SCALE 1/8 = 10
CLASSROOM/ MEETING ROOMCLASSROOM/ MEETING ROOM
LAB
BA
BA
CC
MECHANICALSTORAGE
N FIRST FLOOR PLAN SCALE 1/8 = 10
AMANDA CLAY ARCH 20B
DIGITAL NEWS HUB AND WIKI LINKS PICK UP / DROP OFF
LIBRARY
STORAGE AND DELIVERY
MECHANICALSTORAGE
SERVER STORAGE
LARGE LECTURE HALL
BA
BA
CC
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
MEETING ROOM
CLASSROOM
MEDIA VIEWING LEVEL/ ROOFTOP GARDEN/ STUDENT LOUNGE
N FOURTH FLOOR PLAN SCALE 1/8 = 10
BA
BA
CC
MECHANICALSTORAGE
LARGE LECTURE HALL BALCONY
CLASSROOM/ SMALL LECTURE ROOM
NEWSROOM
TV STATION
N SECOND FLOOR PLAN SCALE 1/8 = 10
BA
BA
CC
MECHANICALSTORAGE
fourth floor plAn
NEWSROOM PRODUCTION
N THIRD FLOOR PLAN SCALE 1/8 = 10
CLASSROOM/ MEETING ROOMCLASSROOM/ MEETING ROOM
LAB
BA
BA
CC
MECHANICALSTORAGE
N FIRST FLOOR PLAN SCALE 1/8 = 10
AMANDA CLAY ARCH 20B
DIGITAL NEWS HUB AND WIKI LINKS PICK UP / DROP OFF
LIBRARY
STORAGE AND DELIVERY
MECHANICALSTORAGE
SERVER STORAGE
LARGE LECTURE HALL
BA
BA
CC
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
OFFICE
MEETING ROOM
CLASSROOM
MEDIA VIEWING LEVEL/ ROOFTOP GARDEN/ STUDENT LOUNGE
N FOURTH FLOOR PLAN SCALE 1/8 = 10
BA
BA
CC
MECHANICALSTORAGE
LARGE LECTURE HALL BALCONY
CLASSROOM/ SMALL LECTURE ROOM
NEWSROOM
TV STATION
N SECOND FLOOR PLAN SCALE 1/8 = 10
BA
BA
CC
MECHANICALSTORAGE
ELEVATION FROM GAYLEY AVESCALE 1/8 = 10
ELEVATION FROM LINDBROOK DRSCALE 1/8 = 10
AMANDA CLAY ARCH 20B
eleVAtion from gAley AVe
15
Morning 8am Noon 12pm After Noon 4pm
Winter (Jan 1)
Spring(April 1)
Summer(July 1)
Fall(Oct 1)
reseArCh for JournAlism sChool proJeCtArCh 20Bspring2011professor ColemAn griffithgroup proJeCt
1970 npr is founded it took over the the nationeducation radionetork.
1971coverage of us senate hearings on vietnam war.
1971 first news program on the network. broadcastedlive, worldwide
1973 Hearts of Space music is debuted
1975 new show features interviews in the entertainmentfield.
1983 efforts to expand created a 7million dollar deficitcpb lend them money to get back on feet.
1991 Talk of the Nation a talk radio program
1999 JusticeTalking a weekly radio show, tackles the law and public policy
2002 NPR made some changes to appeal to younger listeners and to minority groups
2002 NPRWest opened in Culver City, Ca. to improve its coverage of the western United States
In 2003, some critics accused NPR of being supportive of the invasion of Iraq
2003 npr given 225 million -largest monetary gift ever to a cultural institution
2005 NPR has brief statements from major donors rather than commercials
2007 actors read classic and new short fiction before a live audience.
THE DAILY
NY TIMES
AL JAZEERA
TUMBLR
NPR
Media Companies History Timeline
Timeline SINGLE YEAR INCREMENTS
1850100,000
100,
000
incr
emen
ts1,
000,
000
incr
emen
ts O
F SU
BSCR
IBER
S/VI
EWER
S/LIS
TEN
ERS
200,000300,000400,000500,000600,000700,000800,000900,000
1,000,000 1,000,0001,100,0001,200,000
10,000,000
20,000,000
30,000,000
40,000,000
50,000,000
60,000,000
70,000,000
80,000,000
90,000,000
100,000,000
1860
-1851Founded by Jour -nalist and Republican
politition Henry Jarvis
Raymond and former
banker George Jones
-1861 began publish -ing 7 days a week instead of 6 days a week as a response for desire for news about the Civil War.
-1870-1871 NY Times also prints articles in a german language suplement to reach out to New Yorks 25% German Population
-1880 transition from
paper supporting only
republican canditates to being politically independant
-1912 Recognition from Woodrow Wilson wins the Democratic presidential nomination
-1918 Times wins
its first Pulitzer
Prize
1946-1967 International edition
-1994 First web presence,
-1996 The Times on the Web www.nytimes.com
goes online
in 1999 the Algerian government reportedly cut power to several major cities to censor
one broadcast
1999 was Aljazeera's first day of 24-hour broadcast
2001
launched
a free web site
available in United Kingdom for the first time
-2001aired video from osama bin laden
and talaban
1998 Aljazeera was also becoming a favorite sound
-
ing board for militant groups such as Hamas and Chechen separatists.
-1996 Aljazeera satellite channel
launched
-2005 TimesSelect a
premium online offering from the New York
Times, is launched.
2002 the network
remained dependent on govern-ment sup-
port
2002
Bahrain
banned from reporting inside
because of bias
-2006 nytimes.com redesign is launched with
improved features
2006 Aljazeera launched an English language channel,
-2007 Mul-tiple new online sites
-2007 S ta r t ed with 75,000 bloggers
1967 Joined owners of New York Herald Tribune and Washington Post to publish
Intrnational Herald Tribune, located in
Paris.
-1896 Adolph S. Ochs, publisher of The Chatta
nooga Times, acquires controlling ownership
of The Times -Slogan All the News Thats Fit to Print first appears
-1886 Scandalin the grantadministration cause publisher to move times away from republican party
1870 1880 1890 1900 1910 1920 1930 1940 1950 1960 1970 1980 1990 2000 2001 2002 200520042003 2006 2007 2008 2009 2010 2011
-2008 iphone and itouch apps for NY times readers
-2009 began production
of local inserts in
regeons outside of New York
area.
-2010 app for Android
smart phones
-2010 the scale jumped drastically t o app r ox1/4 billion impressions each week
2011 egyptian protests government ordered tv to close its offices
-2011cameraman was killed while cover -ing lybian uprising
-2011
-2011
the last 6 months became an in t erntional growth,
released t o the ipod/ i phone/ black be r r y
2011 The Daily launched on Februar y 2
TEN YEAR INCREMENTS
ONE YEAR INCREMENTSTEN YEAR INCREMENTS
proJeCt desCription: reseArCh the ConneCtions Between old mediA And new mediA And how they work to deliVer news to the puBliC. reAsArCh how different forms of mediA Are used on our Building site.
proJeCt ConCept: work with A smAll group to Come up with AnylitiCAl dAtA on the mediA on site And how old And new mediA sourCes CompAre.then in A lArger group, inCluding students from 10B As well As 20A/B reAseArCh the site And how different AspeCts of the site would AffeCt mediA And puBliC demon-strAtions
Information Process
EDITOR FLASH
EDITOR AND CHIEF
NEWS EDITORS
OPINION EDITORS
FEATURES EDITORS
PRINTERS
ONLINE
IPAD
EDITOR AND CHIEF
GAMES/APPS EDITORNEWS EDITOR
SPORTS EDITOROPINIONS EDITOR
LIFESTYLE/CULTURE
EDITORIALS
NEWSROOM
JOURNALIST - THE DAILY
JOURNALIST - AP
JOURNALIST - AL JAZEERA
GAMESINTERACTIVE DIAGRAMSVIDEOTEXT
EDITOR AND CHIEF
PRODUCER
PROGRAM EDITORS
SPECIALIST
SPORTS EDITOR
NEWS EDITORS
OPINION EDITORS
PRODUCTION/FILMING
JOURNALISTS
Eye Witness
Event
News Source
Blog
Source
Primary Filter
Secondary Filter
Medium
ResponseINTERNET
TV
ONLINE
DISTRIBUTION
COMMENT
SOCIAL NETWORKING
BLOGGING
COMMENT
SOCIAL NETWORKING
BLOGGING
COMMENT
SOCIAL NETWORKING
BLOGGING
CALL IN
SOLD TO NETWORKS
Opinion Based Direct Source
FollowersComments from
blog
Others commentblog
Blogs / Comment on what they
read
1970 npr is founded it took over the the nationeducation radionetork.
1971coverage of us senate hearings on vietnam war.
1971 first news program on the network. broadcastedlive, worldwide
1973 Hearts of Space music is debuted
1975 new show features interviews in the entertainmentfield.
1983 efforts to expand created a 7million dollar deficitcpb lend them money to get back on feet.
1991 Talk of the Nation a talk radio program
1999 JusticeTalking a weekly radio show, tackles the law and public policy
2002 NPR made some changes to appeal to younger listeners and to minority groups
2002 NPRWest opened in Culver City, Ca. to improve its coverage of the western United States
In 2003, some critics accused NPR of being supportive of the invasion of Iraq
2003 npr given 225 million -largest monetary gift ever to a cultural institution
2005 NPR has brief statements from major donors rather than commercials
2007 actors read classic and new short fiction before a live audience.
THE DAILY
NY TIMES
AL JAZEERA
TUMBLR
NPR
Media Companies History Timeline
Timeline SINGLE YEAR INCREMENTS
1850100,000
100,
000
incr
emen
ts1,
000,
000
incr
emen
ts O
F SU
BSCR
IBER
S/VI
EWER
S/LIS
TEN
ERS
200,000300,000400,000500,000600,000700,000800,000900,000
1,000,000 1,000,0001,100,0001,200,000
10,000,000
20,000,000
30,000,000
40,000,000
50,000,000
60,000,000
70,000,000
80,000,000
90,000,000
100,000,000
1860
-1851Founded by Jour -nalist and Republican
politition Henry Jarvis
Raymond and former
banker George Jones
-1861 began publish -ing 7 days a week instead of 6 days a week as a response for desire for news about the Civil War.
-1870-1871 NY Times also prints articles in a german language suplement to reach out to New Yorks 25% German Population
-1880 transition from
paper supporting only
republican canditates to being politically independant
-1912 Recognition from Woodrow Wilson wins the Democratic presidential nomination
-1918 Times wins
its first Pulitzer
Prize
1946-1967 International edition
-1994 First web presence,
-1996 The Times on the Web www.nytimes.com
goes online
in 1999 the Algerian government reportedly cut power to several major cities to censor
one broadcast
1999 was Aljazeera's first day of 24-hour broadcast
2001
launched
a free web site
available in United Kingdom for the first time
-2001aired video from osama bin laden
and talaban
1998 Aljazeera was also becoming a favorite sound
-
ing board for militant groups such as Hamas and Chechen separatists.
-1996 Aljazeera satellite channel
launched
-2005 TimesSelect a
premium online offering from the New York
Times, is launched.
2002 the network
remained dependent on govern-ment sup-
port
2002
Bahrain
banned from reporting inside
because of bias
-2006 nytimes.com redesign is launched with
improved features
2006 Aljazeera launched an English language channel,
-2007 Mul-tiple new online sites
-2007 S ta r t ed with 75,000 bloggers
1967 Joined owners of New York Herald Tribune and Washington Post to publish
Intrnational Herald Tribune, located in
Paris.
-1896 Adolph S. Ochs, publisher of The Chatta
nooga Times, acquires controlling ownership
of The Times -Slogan All the News Thats Fit to Print first appears
-1886 Scandalin the grantadministration cause publisher to move times away from republican party
1870 1880 1890 1900 1910 1920 1930 1940 1950 1960 1970 1980 1990 2000 2001 2002 200520042003 2006 2007 2008 2009 2010 2011
-2008 iphone and itouch apps for NY times readers
-2009 began production
of local inserts in
regeons outside of New York
area.
-2010 app for Android
smart phones
-2010 the scale jumped drastically t o app r ox1/4 billion impressions each week
2011 egyptian protests government ordered tv to close its offices
-2011cameraman was killed while cover -ing lybian uprising
-2011
-2011
the last 6 months became an in t erntional growth,
released t o the ipod/ i phone/ black be r r y
2011 The Daily launched on Februar y 2
TEN YEAR INCREMENTS
ONE YEAR INCREMENTSTEN YEAR INCREMENTS
ff
f
f
INTERSTATE 405 CROSSESOVER WILSHIRE BLVD
FEDERAL OFFICE BUILDINGIS BUILT ACROSS THE VETERANSCEMETERY.
PRESENTTODAY PROTEST ARE BEING HELD INFRONT OF THE FEDERALBUILDING, IN HOPE THAT THEIRVOICE AND OPINION BE HEARDTO THE ENTIRE NATION, AND THEN GLOBALLY
1969THE FEDERAL BUILDING WAS BUILT ACROSSFROM THE VETERAN CEMETERY. IT CONTAINS 19 FLOOR LEVELS, AND CONTROLS THE SOCIAL SECURITY ADMINISTRATION, THE VA, MOST OF THE VARIOUS VETERANS ORGANIZATIONS, AND THE IRS.
SITE EVOLUTION
WILSHIRE BLVD.FIRST BUILDINGS BEGIN TO APPEAR
1964THE INTERSATE 405 WAS DEVELOPED AND HASBECAME A MAJOR NORTH-SOUTH HIGHWAY IN SOUTHERN CALIFORNIA. THIS HIGHWAY HAS A PROMONATE CONNECTION TO WESTOWOOD, ANDTHE FEDERAL BUILDING.
1940SBY THE 1940S, SKYSCRAPERS WEREESTABLISHE FROM EAST TO WEST ALONGWILSHIRE BOULEVARD. THE EXPANSIONOF THE BUILDINGS WAS STOPPED DUETO THE CONSTRUCTION OF A NEW PATH.
1920SWILSHIRE BLVD HAD JUST BEEN EXTENDEDFROM EASTERN LOS ANGELES TO THE WESTCOAST. RESIDENTIAL AREAS WITH VERY FEWHOUSES WHERE SEEN THROUGHOUT THE BOULEVARD.
PRESENT DAY SITE
Morning 8am Noon 12pm After Noon 4pm
Winter (Jan 1)
Spring(April 1)
Summer(July 1)
Fall(Oct 1)
figure ground of City Around site
SAWTELLE
MID-WILSHIRE
CELL PHONE STORES
COMMUNICATIONS
DEAD ZONES
CONSULATES/EMBASSIES
LAND ZONING COMMERICIAL RESIDENTIAL
CITIES
WESTLAKE
52,04168,71623 SCHOOLS
PD
$
128,65430,27743 SCHOOLS3 POLICEJURISTICION93% RENT7% OWN
$
35%RENT 64% OWN
PD
$
33.82996,31233 SCHOOLS1 POLICEJURISTICION57% RENT43% OWN
PD
$
48,34395,13517 SCHOOLS1 POLICEJURISDICTION40% RENT60% OWN
PD
$
47,16758,34639 SCHOOLS2 POLICE JURISDICTIONS78% RENT22% OWN
PD
$
33,343112,20526 SCHOOLS2 POLICEJURISDICTION48% RENT52% OWN
PD
$
84,34369,20547 SCHOOLS2 POLICEJURISDICTION70% RENT30% OWN
PD
$
209.82915,31271 SCHOOLS4 POLICEJURISTICION93% RENT7% OWN
PD
$
71,26547,40625 SCHOOLS1POLICEJURISTICION31% RENT69% OWN
PD
$
124,28130,55853 SCHOOLS3 POLICEJURISTICION93% RENT7% OWN
PD
$
12,65485,27733 SCHOOLS2 POLICEJURISTICION53% RENT48% OWN
PD
$
117,75927,43257 SCHOOLS3 POLICEJURISTICION95% RENT5% OWN
PD
$
38,70057,71031 SCHOOLS2 POLICEJURISDICTION80% RENT20% OWN
SANTA MONICA
WESTWOOD
BEVERLY HILLS
CENTURY CITY
BRENTWOOD WEST MID-WILSHIRE
LOS ANGELES
PACIFIC OCEAN
KOREAN TOWN
HANCOCK PARK
MID-CITY
PD1 POLICEJURISTICION
wilshire Corridor diAgrAms
Free Wifi Paid WiFi
MASTER PLAN 405 FREEWAY MAIN STREETS (WILSHIRE BLVD/WESTOOD BLVD ) PURPLE SUBWAY LINE CULVER CITY BUS LINE BIG BLUE BUS LINE
405 FREEWAY LA CITY 14,170,000 DRIVERS 16,032,000 POPULATION 3.1 VEHICLES PER HOUSEHOLD 288,000 VEHICLES A DAY
MAIN STREETS (WILSHIRE BLVD/WESTOOD BLVD ) LA CITY 14,170,000 DRIVERS 16,032,000 POPULATION 3.1 VEHICLES PER HOUSEHOLD
AROUND 80,000 VEHICLES PASS THROUGH WILSHIRE BLVD
PURPLE SUBWAY LINE BEGAN 1990 79 MILES SYSTEM LENGTH 5 LINES RED AND PURPLE LINES COMBINED AVERAGE WEEKDAY RIDERSHIP 148,214 (ABOUT 54,098,110 YEARLY) TOTAL METRO RIDERSHIP 308,678 DAILY (ABOUT 112,667,470 ANNUALLY) EXTENSION
CULVER CITY BUS LINE BEGAN 1928 7 ROUTES FLEET 52 25 SQ MILES COVERED DAILY RIDERSHIP ABOUT 16,438 (6,000,000 ANNUALLY)
BIG BLUE BUS LINE BEGAN 1928 18 ROUTES FLEET 240 DAILY RIDERSHIP 56,283 (ABOUT 20,543,295 ANNUALLY) LINES LINE 1 LINE 2
BUS STOPS HERE ON WEEKDAYS FROM 10 PM - 7 AM AND ON WEEKENDS FROM 6 AM - 12 AM
BUS STOPS HERE ON WEEKDAYS ONLY FROM 7 AM - 10 PM
Hour of day
Number of buses per hour
Each slot equals one bus
1
Purple Line MetroWestern and Wilshire Stations
Purple Line MetroWestern and Wilshire Stations
Big Blue Bus Santa MonicaWilshire and Bonsall Station
Big Blue Bus Santa MonicaWilshire and Bonsall Station
Culver City Bus Culver City Bus
Red and Purple Metro line stationWilshire/ Vermont
Red and Purple Metro line stationWilshire/ Vermont
MONDAY - FRIDAY WEEKENDS AND HOLIDAY
131415
1617
18
1920
2122
23 24 1 23
4567
89
101112
131415
1617
18
1920
2122
23 24 1 23
4567
89
101112
131415
1617
18
1920
2122
23 24 1 23
4567
89
1011121314
1516
1718
1920
2122
23 24 1 23
4567
89
101112
131415
1617
18
1920
2122
23 24 1 23
4567
89
1011121314
1516
1718
1920
2122
23 24 1 23
4567
89
101112
131415
1617
18
1920
2122
23 24 1 23
4567
89
101112 1314
1516
1718
1920
2122
23 24 1 23
4567
89
101112
131415
1617
18
1920
2122
23 24 1 23
4567
89
101112
131415
1617
18
1920
2122
23 24 1 23
4567
89
101112
puBliC trAnsportAtion system diAgrAms frequenCy of Buses per hour At indiViduAl stops
23Bunker hill musiC pArkArCh 20AfAll 2010professor ColemAn griffith
Mouthpiece study: spacial sequence and poche areas
Existing mouthpiece Spacial Sequence ExteriorSection showing poche Spacial Sequence Interior Spacial Sequences Combined
Support Systems/ User Imput
Functional Systems
Long sections
Short Serial Sections
Breath Input
Handholds
Rubber Stopper
Spit Valve Release
Slide Movement
Trigger Attachment
Transformation Diagram from the Trombone: Horizontal to Vertical Orientation
Plan Section
Axon
Plan
Axon
Sections
A B C D E F G H I J K
A B C D E F G H I J K
RULE SETS
-Horizontal to vertical then expand -Pressure = Circulation
-Harmonic vs. Dissonance / Pleasing vs. Displeasing
-User imput creates ow/ Without user there is no Performance-Direct circulation dened by changing Poche
-Change in length changes tone/ Change in volume changes experience
Breath Input
Handholds
Rubber Stopper
Spit Valve Release
Slide Movement
Trigger Attachment
Octave wave patterns in relation to each other.
Wave patterns for Dissonant notes
REPETITION of pattern
Pleasing
Displeasing
RANDOM movement
Plan Section Axon
Sound wave and Pressure Diagram
Displacement
Elongation
Pressure
Pressure build up
Pressure release
The TromboneTrombone Transformation
Trombone Transformation
AMANDA CLAY ARCH 20A
COMPRESSION IS CREATED BY:
CIRCUITOUS ROUTE
OVERHANGS
IN TROMBONEON SITE DEFINATE BEGINNING AND END
INTERSECTIONS CHANGE IN DIRECTION
COMPRESSIONCOMPRESSION
DECOMPRESSION
SINGLE PATH THAT SHORTENS OR ELONGATES CREATING PRESSUREPATHS CREATE THE CIRCUTIOUS ROUTEMULTIPLE PATHS OF VARYING LENGHTHS CREATE LONG VS. COMPRESSED
Trombone Slide Positions
Each position is a half step apart in the musical scale
1
2
3
4
5
7
6
COMPRESSION
DECOMPRESSION
COMPRESSION/ IMPUT HIGH DENSITY
DECOMPRESSION/ OUTPUTLOW DENSITY
DIFFERENT LENGTHS CREATE DIFFERENT PRESSURES AND DIFFERENT NOTES DIFFERENT LENGTHS CREATE DIFFERENT DENSITIES AND DIFFERENT EXPERIENCES
Mouthpiece study: spacial sequence and poche areas
Existing mouthpiece Spacial Sequence ExteriorSection showing poche Spacial Sequence Interior Spacial Sequences Combined
Support Systems/ User Imput
Functional Systems
Long sections
Short Serial Sections
Breath Input
Handholds
Rubber Stopper
Spit Valve Release
Slide Movement
Trigger Attachment
Transformation Diagram from the Trombone: Horizontal to Vertical Orientation
Plan Section
Axon
Plan
Axon
Sections
A B C D E F G H I J K
A B C D E F G H I J K
RULE SETS
-Horizontal to vertical then expand -Pressure = Circulation
-Harmonic vs. Dissonance / Pleasing vs. Displeasing
-User imput creates ow/ Without user there is no Performance-Direct circulation dened by changing Poche
-Change in length changes tone/ Change in volume changes experience
Breath Input
Handholds
Rubber Stopper
Spit Valve Release
Slide Movement
Trigger Attachment
Octave wave patterns in relation to each other.
Wave patterns for Dissonant notes
REPETITION of pattern
Pleasing
Displeasing
RANDOM movement
Plan Section Axon
Sound wave and Pressure Diagram
Displacement
Elongation
Pressure
Pressure build up
Pressure release
The TromboneTrombone Transformation
Trombone Transformation
AMANDA CLAY ARCH 20A
COMPRESSION IS CREATED BY:
CIRCUITOUS ROUTE
OVERHANGS
IN TROMBONEON SITE DEFINATE BEGINNING AND END
INTERSECTIONS CHANGE IN DIRECTION
COMPRESSIONCOMPRESSION
DECOMPRESSION
SINGLE PATH THAT SHORTENS OR ELONGATES CREATING PRESSUREPATHS CREATE THE CIRCUTIOUS ROUTEMULTIPLE PATHS OF VARYING LENGHTHS CREATE LONG VS. COMPRESSED
Trombone Slide Positions
Each position is a half step apart in the musical scale
1
2
3
4
5
7
6
COMPRESSION
DECOMPRESSION
COMPRESSION/ IMPUT HIGH DENSITY
DECOMPRESSION/ OUTPUTLOW DENSITY
DIFFERENT LENGTHS CREATE DIFFERENT PRESSURES AND DIFFERENT NOTES DIFFERENT LENGTHS CREATE DIFFERENT DENSITIES AND DIFFERENT EXPERIENCES
MARKET PLACE
CALIFORNIA PLAZA
METRO METRO
ANGELS FLIGHT
points of interest on site
pressure
elongAtion
Location: Downtown LosAngles S. Hill St and W. 4th StSite: Bunker Hill is a significant landmark for downtown Los Angeles. It con-nects people from different ethnic backgrounds and social levels. The site is linked by the market and California Plaza. Site also acts as a hub for commut-ers, linking an underground rail sytem to above ground bus routes. California Plaza is located at the top of Bunker Hill and overlooks the site. The skyscrap-ers and Californa Plaza at the top of the hill are predominatly used by middle upperclass workers, and the market at the bottom of the hill is prodominatly used by lower class workers and immigrants. Part of the goal of this project is to link the two sites and create a reason for the different communities to interact.
Objective: Reintroduce the community to the chamber orchestra and reinvent the relationship between the community and the orchesra, and en-hance this relationship through architecture.
External Reference: As an external reference, an acoustic musical instrument was required, in order to embody the spirit of the chamber or-chestra, as well as to teach the students about the type of music that would be performed. The study of the instrument should investigate how it creates sound through its form, components and use, and how these principles can be related to the site.
pressure releAse
pressure Build up
CirCulAtion on site
Mouthpiece study: spacial sequence and poche areas
Existing mouthpiece Spacial Sequence ExteriorSection showing poche Spacial Sequence Interior Spacial Sequences Combined
Support Systems/ User Imput
Functional Systems
Long sections
Short Serial Sections
Breath Input
Handholds
Rubber Stopper
Spit Valve Release
Slide Movement
Trigger Attachment
Transformation Diagram from the Trombone: Horizontal to Vertical Orientation
Plan Section
Axon
Plan
Axon
Sections
A B C D E F G H I J K
A B C D E F G H I J K
RULE SETS
-Horizontal to vertical then expand -Pressure = Circulation
-Harmonic vs. Dissonance / Pleasing vs. Displeasing
-User imput creates ow/ Without user there is no Performance-Direct circulation dened by changing Poche
-Change in length changes tone/ Change in volume changes experience
Breath Input
Handholds
Rubber Stopper
Spit Valve Release
Slide Movement
Trigger Attachment
Octave wave patterns in relation to each other.
Wave patterns for Dissonant notes
REPETITION of pattern
Pleasing
Displeasing
RANDOM movement
Plan Section Axon
Sound wave and Pressure Diagram
Displacement
Elongation
Pressure
Pressure build up
Pressure release
The TromboneTrombone Transformation
Trombone Transformation
AMANDA CLAY ARCH 20A
COMPRESSION IS CREATED BY:
CIRCUITOUS ROUTE
OVERHANGS
IN TROMBONEON SITE DEFINATE BEGINNING AND END
INTERSECTIONS CHANGE IN DIRECTION
COMPRESSIONCOMPRESSION
DECOMPRESSION
SINGLE PATH THAT SHORTENS OR ELONGATES CREATING PRESSUREPATHS CREATE THE CIRCUTIOUS ROUTEMULTIPLE PATHS OF VARYING LENGHTHS CREATE LONG VS. COMPRESSED
Trombone Slide Positions
Each position is a half step apart in the musical scale
1
2
3
4
5
7
6
COMPRESSION
DECOMPRESSION
COMPRESSION/ IMPUT HIGH DENSITY
DECOMPRESSION/ OUTPUTLOW DENSITY
DIFFERENT LENGTHS CREATE DIFFERENT PRESSURES AND DIFFERENT NOTES DIFFERENT LENGTHS CREATE DIFFERENT DENSITIES AND DIFFERENT EXPERIENCES
California Plaza Overhang. High reverberation and echo levels
Surfaces enclosing siteActing as sound reflectors
Looking out from siteBuildings enclosing site and acting as reflectors
street level
building top
building top
Plaza overhang
Plaza
Vertical Datums
64
68
59
74
65
64
62
61
65
64
72
72
5964
64
59
85
64
67
59
63
64
63
64
71
59
64
62
77
78
75
67
67
70
64
62
68
73
74
74
75
75
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
Lower Noise/Density Areas
Lower Noise/Density Areas
Higher Noise/Density Areas
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
290
295
285
290
295
305
315
325
335
345
350
Highest point on site352
Lowest Point on site 285
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
High/Low spots on site
Pedestrian Circulation
Anchor Points
Vertical Circulation
Vehicle Circulation
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
A
A
B
B
C
C
D
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
D
ADA WALKABLE SLOPE
SLOPES ON SITE
Constraints on Site
EXPANSION/ CONTRACTION ON SITE
Axon of site
SITE SECTION ESCALE 1/16 = 1 0
California Plaza Overhang. High reverberation and echo levels
Surfaces enclosing siteActing as sound reflectors
Looking out from siteBuildings enclosing site and acting as reflectors
street level
building top
building top
Plaza overhang
Plaza
Vertical Datums
64
68
59
74
65
64
62
61
65
64
72
72
5964
64
59
85
64
67
59
63
64
63
64
71
59
64
62
77
78
75
67
67
70
64
62
68
73
74
74
75
75
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
Lower Noise/Density Areas
Lower Noise/Density Areas
Higher Noise/Density Areas
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
290
295
285
290
295
305
315
325
335
345
350
Highest point on site352
Lowest Point on site 285
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
High/Low spots on site
Pedestrian Circulation
Anchor Points
Vertical Circulation
Vehicle Circulation
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
A
A
B
B
C
C
D
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
D
ADA WALKABLE SLOPE
SLOPES ON SITE
Constraints on Site
EXPANSION/ CONTRACTION ON SITE
A
A
B
B
C
C
DD
E
E
sound leVels on site
lower noise/density
lower noise/density
higher noise/density
eleVAtion e-e
California Plaza Overhang. High reverberation and echo levels
Surfaces enclosing siteActing as sound reflectors
Looking out from siteBuildings enclosing site and acting as reflectors
street level
building top
building top
Plaza overhang
Plaza
Vertical Datums
64
68
59
74
65
64
62
61
65
64
72
72
5964
64
59
85
64
67
59
63
64
63
64
71
59
64
62
77
78
75
67
67
70
64
62
68
73
74
74
75
75
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
Lower Noise/Density Areas
Lower Noise/Density Areas
Higher Noise/Density Areas
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
290
295
285
290
295
305
315
325
335
345
350
Highest point on site352
Lowest Point on site 285
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
High/Low spots on site
Pedestrian Circulation
Anchor Points
Vertical Circulation
Vehicle Circulation
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
A
A
B
B
C
C
D
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
D
ADA WALKABLE SLOPE
SLOPES ON SITE
Constraints on Site
EXPANSION/ CONTRACTION ON SITE
California Plaza Overhang. High reverberation and echo levels
Surfaces enclosing siteActing as sound reflectors
Looking out from siteBuildings enclosing site and acting as reflectors
street level
building top
building top
Plaza overhang
Plaza
Vertical Datums
64
68
59
74
65
64
62
61
65
64
72
72
5964
64
59
85
64
67
59
63
64
63
64
71
59
64
62
77
78
75
67
67
70
64
62
68
73
74
74
75
75
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
Lower Noise/Density Areas
Lower Noise/Density Areas
Higher Noise/Density Areas
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
290
295
285
290
295
305
315
325
335
345
350
Highest point on site352
Lowest Point on site 285
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
High/Low spots on site
Pedestrian Circulation
Anchor Points
Vertical Circulation
Vehicle Circulation
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
A
A
B
B
C
C
D
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
D
ADA WALKABLE SLOPE
SLOPES ON SITE
Constraints on Site
EXPANSION/ CONTRACTION ON SITE
California Plaza Overhang. High reverberation and echo levels
Surfaces enclosing siteActing as sound reflectors
Looking out from siteBuildings enclosing site and acting as reflectors
street level
building top
building top
Plaza overhang
Plaza
Vertical Datums
64
68
59
74
65
64
62
61
65
64
72
72
5964
64
59
85
64
67
59
63
64
63
64
71
59
64
62
77
78
75
67
67
70
64
62
68
73
74
74
75
75
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
Lower Noise/Density Areas
Lower Noise/Density Areas
Higher Noise/Density Areas
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
290
295
285
290
295
305
315
325
335
345
350
Highest point on site352
Lowest Point on site 285
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
High/Low spots on site
Pedestrian Circulation
Anchor Points
Vertical Circulation
Vehicle Circulation
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
A
A
B
B
C
C
D
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
D
ADA WALKABLE SLOPE
SLOPES ON SITE
Constraints on Site
EXPANSION/ CONTRACTION ON SITE
California Plaza Overhang. High reverberation and echo levels
Surfaces enclosing siteActing as sound reflectors
Looking out from siteBuildings enclosing site and acting as reflectors
street level
building top
building top
Plaza overhang
Plaza
Vertical Datums
64
68
59
74
65
64
62
61
65
64
72
72
5964
64
59
85
64
67
59
63
64
63
64
71
59
64
62
77
78
75
67
67
70
64
62
68
73
74
74
75
75
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
Lower Noise/Density Areas
Lower Noise/Density Areas
Higher Noise/Density Areas
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
290
295
285
290
295
305
315
325
335
345
350
Highest point on site352
Lowest Point on site 285
Market Place
California Plaza
Metro
Metro
ANGELS FLIGHT
High/Low spots on site
Pedestrian Circulation
Anchor Points
Vertical Circulation
Vehicle Circulation
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
A
A
B
B
C
C
D
A
B
C
D E
300
305
310
315
320
325
330
335
340
345
295
290
285
330
350
355
360
360
280
280
280
285
290
295
285
290
295
305
315
325
335
345
350
D
ADA WALKABLE SLOPE
SLOPES ON SITE
Constraints on Site
EXPANSION/ CONTRACTION ON SITE
LARGE PERFORMANCE SPACE PLANSCALE 1/4 = 10
SECTION C SCALE 1/4 = 10
lArge performAnCe spACe plAn
lArge performAnCe spACe seCtion C-C
LArge performAnCe spACe:this spACe would Be used By A lArger ChAmBer orChestrA, with 10-20 musiCiAns, And predominAtly Viewed By people entering the site from the suBwAy And lower entrAnCes, As well As people moVing up through the site. there is A smAll seAting AreA for those who wish to sit And listen As well.
A
A
B
B
C
C
DD
E
E
lArge performAnCe spACe loCAtion on site plAn
lArge performAnCe spACe
MEDIUM PERFORMANCE SPACESCALE 1/4 = 10
medium performAnCe spACe seCtion B-B
medium performAnCe spACe plAn
medium performAnCe spACe loCAtion on site plAn
Medium performAnCe spACe:this spACe would Be used By A smAller ChAmBer orChestrA, with 3-5 musiCiAns, And predominAtly Viewed By people moVing up through the site. there is A smAll seAting AreA for those who wish to sit And listen As well. this is A muCh more intimAte set-ting for musiC, And while it CAn Be heArd from other plACes on the site, it is hidden from View, And is A pleAsAnt surprise for guests As they Come upon it
A
A
B
B
C
C
DD
E
E
medium performAnCe spACe
SECTION A SCALE 1/16 = 1 0
smAll performAnCe spACe seCtion A-A
smAll performAnCe spACe plAn
smAll performAnCe spACe loCAtion on plAn
Small performAnCe spACe:this spACe would Be used By A smAller ChAmBer orChstrA, usuAlly soloists or duets, And predominAtly Viewed By people gAthering At the top of the site, Just under CAliforniA plAzA. this performAnCe spACe is frAmed By the grAnd stAir up to the plAzA, And is A spotlight for solo musiCiAns As the most VisiBle performAnCe spACe.
A
A
B
B
C
C
DD
E
E
smAll performAnCe spACe
35Boiler house sChoolArCh20Bspring 2011professor ColemAn griffith
OPEN STAGE
CLOSED STAGE
OPEN STAGE
CLOSED STAGE
OPEN STAGE
CLOSED STAGE
OPEN STAGE
CLOSED STAGE
loCAtion: pAsAdenA City College Boiler housesite: the old Boiler house on CAmpus used to Be the mAin sourCe of energy pro-duCtion on CAmpus, But with the instAllAtion of indiViduAl Boilers for eACh pArt of CAmpus, this mAin Building hAs fAllen into disuse.
oBJeCtiVe: turn the Boiler house into the new ArChiteCturAl sChool for the CAm-pus. CreAte A Core in the Building thAt trAnsforms to CreAte different teAChing spACes.
externAl referenCe: As An externAl referenCe, An ACoustiC musiCAl instru-ment wAs required, in order to emBody the spirit of the ChAmBer orChestrA, As well As to teACh the students ABout the type of musiC thAt would Be performed. the study of the instrument should inVestigAte how it CreAtes sound through its form, Components And use, And how these prinCiples CAn Be relAted to the site.
Filtration of Water
Filtration of Learning Process
Amanda Clay Arch 20B
Hard Water
Observe Enviroment All aquired knowlege data goes to short term memoryDesired knowlege stays in long term memory and the rest is forgotten Act on observatons and memory
Add Water Softener
(Removes dissolved and suspended solids) (Removes dissolved gasses) (Remaining heavy particles form on bottom)
CaH O2
H O2
H O2
H O2H O2
H O2H O2H O2
CaO
O O
Mg
MgCa
H O2
H O2
H O2
H O2H O2
H O2H O2H O2
Ca
O
O O
Mg
Mg
Deaerate Heat to saturation temperature Saturated steam rises and condensation forms and returns to water
H O2
H O2
H O2
H O2H O2
H O2H O2H O2
O
OO
H O2
H O2
H O2
H O2H O2
H O2H O2
H O2
H O2H O2
H O2H O2H O2
H O2H O2 H O2
H O2
H O2
State Changes
Solid Particles
Liquid
Vapor
CORDOVA
TENNIS HILL DR
HILL
AVE
ALUM
NI D
RIVE
W BUILDING
FSFACILITIES SERVICES
O BLDG.
PBLDG
POOL
FC
BOILER HOUSE
FB
Z BLDG.
POOLBLDG
CHILLERPLANT
LANCER'SPASS
ELECT.VAULT
NEW
ELEC
T.SW
ITCH
GEAR
TRANS-FORMER
COOLINGTOWERS
T BUILDING
V BUILDING
GM BLDGP.E. FACILITIES
DEL MAR BLVD
K BUILDING
KK
UARMEN
SARAFIANBLDG.
BONN
IE
LOT 6
GREEN
BOOK STORE
STUDENT CENTER
R BUILDING
L BUILDING
G BLDG.
D BLDG.
C BLDG.
MIRRORPOOLS
E BLDGLL BUILDING
COLORADO BLVD
STOP
TECHNOLOGIESINDUSTRIAL
BUILDING
STREET
NO PARKINGNO PARKING
PARKINGNO
PARKINGNO
PARKINGNO
PARKINGNO
PARKINGNO
PARKINGNO
NO PARKING
PARKING STRUCTURE
PARKING STRUCTURE
E
E
E
M W
W M
W M
W
W
M
M W
M
W
W
M
MW
W M
W M
M W
W
M
M
W
E
E
E
E
WM
W M
E
EMW
E
MW
MW
loCAtion on CAmpus
Filtration of Water
Filtration of Learning Process
Amanda Clay Arch 20B
Hard Water
Observe Enviroment All aquired knowlege data goes to short term memoryDesired knowlege stays in long term memory and the rest is forgotten Act on observatons and memory
Add Water Softener
(Removes dissolved and suspended solids) (Removes dissolved gasses) (Remaining heavy particles form on bottom)
CaH O2
H O2
H O2
H O2H O2
H O2H O2H O2
CaO
O O
Mg
MgCa
H O2
H O2
H O2
H O2H O2
H O2H O2H O2
Ca
O
O O
Mg
Mg
Deaerate Heat to saturation temperature Saturated steam rises and condensation forms and returns to water
H O2
H O2
H O2
H O2H O2
H O2H O2H O2
O
OO
H O2
H O2
H O2
H O2H O2
H O2H O2
H O2
H O2H O2
H O2H O2H O2
H O2H O2 H O2
H O2
H O2
State Changes
Solid Particles
Liquid
Vapor
exterior View towArd entrAnCe in open position
Amanda Clay Arch 20B
Architecture Classes
Speakers = more individual ideas - 20A/B - least density of students, highest energy and project production
Audience and Speakers - 10A/B, 12A/B, 14 - average class sizes, high energy and project production
Circular Learning
Memory - mental state, thoughts, but no physical energy
Sensory register - observational state, least energy
Response - physical state, action, most energy
Audience = all get same information - 11, 24A/B - highest density of students, least architectural projects
Water
State Changes and Energy Levels
Vapor - more energy, less density
Water - normal condition
Heavy Particles - less energy, more density
tastetouch
smellsightsound
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Amanda Clay Arch 20B
Architecture Classes
Speakers = more individual ideas - 20A/B - least density of students, highest energy and project production
Audience and Speakers - 10A/B, 12A/B, 14 - average class sizes, high energy and project production
Circular Learning
Memory - mental state, thoughts, but no physical energy
Sensory register - observational state, least energy
Response - physical state, action, most energy
Audience = all get same information - 11, 24A/B - highest density of students, least architectural projects
Water
State Changes and Energy Levels
Vapor - more energy, less density
Water - normal condition
Heavy Particles - less energy, more density
tastetouch
smellsightsound
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Amanda Clay Arch 20B
Architecture Classes
Speakers = more individual ideas - 20A/B - least density of students, highest energy and project production
Audience and Speakers - 10A/B, 12A/B, 14 - average class sizes, high energy and project production
Circular Learning
Memory - mental state, thoughts, but no physical energy
Sensory register - observational state, least energy
Response - physical state, action, most energy
Audience = all get same information - 11, 24A/B - highest density of students, least architectural projects
Water
State Changes and Energy Levels
Vapor - more energy, less density
Water - normal condition
Heavy Particles - less energy, more density
tastetouch
smellsightsound
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Amanda Clay Arch 20B
Architecture Classes
Speakers = more individual ideas - 20A/B - least density of students, highest energy and project production
Audience and Speakers - 10A/B, 12A/B, 14 - average class sizes, high energy and project production
Circular Learning
Memory - mental state, thoughts, but no physical energy
Sensory register - observational state, least energy
Response - physical state, action, most energy
Audience = all get same information - 11, 24A/B - highest density of students, least architectural projects
Water
State Changes and Energy Levels
Vapor - more energy, less density
Water - normal condition
Heavy Particles - less energy, more density
tastetouch
smellsightsound
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
DN
UP
DN
DN
UP
DN
GALLERY
LECTURE
DRAFTING DRAFTING
GALLERY
GALLERY
10AB LAB
COMPUTERSCOMPUTERS
10AB LAB
REST
ROO
MS
REST
ROO
MS
PROGRAM DIAGRAMS
FIRST FLOOR CLOSED FIRST FLOOR OPEN
AMANDA CLAY ARCH 20B
SHORT ELEVATIONSCALE 1/8 = 10
AMANDA CLAYARCH 20B
front eleVAtion Closed first floor Closed
Amanda Clay Arch 20B
Architecture Classes
Speakers = more individual ideas - 20A/B - least density of students, highest energy and project production
Audience and Speakers - 10A/B, 12A/B, 14 - average class sizes, high energy and project production
Circular Learning
Memory - mental state, thoughts, but no physical energy
Sensory register - observational state, least energy
Response - physical state, action, most energy
Audience = all get same information - 11, 24A/B - highest density of students, least architectural projects
Water
State Changes and Energy Levels
Vapor - more energy, less density
Water - normal condition
Heavy Particles - less energy, more density
tastetouch
smellsightsound
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
Least Dense
Most Dense
Stat
e C
han
ges
Most Energy
Least Energy
Ener
gy
Ch
ang
es
DN
UP
DN
DN
UP
DN
GALLERY
LECTURE
DRAFTING DRAFTING
GALLERY
GALLERY
10AB LAB
COMPUTERSCOMPUTERS
10AB LAB
REST
ROO
MS
REST
ROO
MS
PROGRAM DIAGRAMS
FIRST FLOOR CLOSED FIRST FLOOR OPEN
AMANDA CLAY ARCH 20B
SHORT ELEVATIONSCALE 1/8 = 10
AMANDA CLAYARCH 20B
front eleVAtion open first floor open
SHORT SECTIONSCALE 1/8 = 10
AMANDA CLAYARCH 20B
short seCtion
study models iterAtiVe proCCess of design
first floor entrywAy in Closed position
UP
DN
DN
DN
UP
DN
DN
DN
GALLERY
DRAFTING
COMPUTERS
10AB LAB
20AB LAB
PRIN
TING
PRIN
TING
PRIN
TIN
G
20AB LAB
20AB LAB
WORKSHOP
DRAFTING
COMPUTERS
10AB LAB
SECOND FLOOR CLOSED SECOND FLOOR OPEN
LONG ELEVATION OPENSCALE 1/8 = 10
AMANDA CLAYARCH 20B
seCond floor Closed position
long eleVAtion Closed position
UP
DN
DN
DN
UP
DN
DN
DN
GALLERY
DRAFTING
COMPUTERS
10AB LAB
20AB LAB
PRIN
TING
PRIN
TING
PRIN
TIN
G
20AB LAB
20AB LAB
WORKSHOP
DRAFTING
COMPUTERS
10AB LAB
SECOND FLOOR CLOSED SECOND FLOOR OPEN
LONG ELEVATION OPENSCALE 1/8 = 10
AMANDA CLAYARCH 20B
seCond floor open Closed position
long eleVAtion open position
SHORT SECTIONSCALE 1/8 = 10
AMANDA CLAYARCH 20B
long seCtion
first floor entrywAy in open position
47minimAl surfACesArCh12BfAll 2009professor kelly BAir
proJeCt desCription: CreAte An Art pAVilion using Built minimAl surfACes in the footprint of the VillA nm Building thAt wAs studied in A preVious proJeCt.
proJeCt ConCept: tAke designed minimAl surfACe shApe whiCh hAs Been CreAted from originAl minimAl surfACe And use to CreAte enClosure for Building in A wAy thAt CreAtes A usABle And pleAsing form while following progrAmAtiC ConstrAints.
progrAm: Building should hAVe A reCeption AreA, Artwork Viewing AreAs And enClosed spACes for storing Artwork.
LEGEND
1 ENTRY2 RECEPTION3 GALLERY4 ARCHIVES5 ENTRY6 RESTROOM7 EXTERIOR LOUNGE AREA8 INTERIOR LOUNGE AREA9 CAFE
TOP FLOOR SITE PLANSCALE
10 2 4 8
MIDDLE FLOOR
RIGHT ELEVATION LEFT ELEVATION
BACK ELEVATION
LONG SECTION
FRONT ELEVATION
BOTTOM FLOOR
EXPLODED AXON
11
22
9
9
3
8
4
55
4
66
77
N
SHORT SECTION
PASADENA CITY COLLEGE _ VISUAL COMMUNICATIONS II _ UN STUDIO / VILLA NM REDUX _ AMANDA CLAY
01 MANTAThe original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
FOR THE LOWEST FLOOR A SINGLE UNIT IS USED FOR EACH WALL. THE UNIT IS STREACHED IN ONE DIRECTION TO BECOME THE LENGTH OF THE WALL AND THE WIDTH OF THE UNIT IS HALFED TO ALLOW WALKING SPACE INSIDE THE ROOM.
IN THE MIDDLE LEVEL THE CUBES DIMENSIONS STAY IN THEIR ORIGINAL PORPORTIONS FOR THE LENGTH, AND TWO REFLECTED UNITS ARE USED FOR EACH WALL.THE WIDTH OF THE UNITS ON THIS LEVEL ARE ALSO HALVED TO ALLOW FOR MORE ROOM ON THE INTERIOR.
ON THE UPPERMOST FLOOR A BLOCK OF EIGHT UNITS CREATES THE LONG WALLS, WITH THE UNITS STACKED IN TWO ROWS OF FOUR ON TOP OF EACHOTHER. EACH OF THE UNITS IS REFLEXTED TO CREATE THE OTHERS. ON THIS LEVEL THE ORIGINAL WIDTH OF THE UNITS IS KEPT TO PROVIDE VARIALTION IN THE INTERIOR EXPERIENCE.
MIRROR WING AT SHORT END (LEFT) COPY IN PLACE TWO WINGSROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS
ROTATE CUBE SO THAT TOP SIDEBECOMES LEFT SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (FOREGROUND)
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (LOWER RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES TOP SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES FRONT SIDE
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
TETRAHEDRON LINE FROM MIDPOINT TO MIDPOINT TO TOPOINT BACK TO ENDPOINT SPHERE INTERSECTING SURFACE RADIUS FROM QUARTERPOINT TO MIDPOINTSPHERE INTERSECTING SURFACE RADIUS FROM ENDPOINT TO ENDPOINTTHREE DEGREE CURVE FROM ENDPOINT TO MIDPOINT TO MIDPOINT TO ENDPOINTBOUNDRY LOFT
11
2
2
3
3
4
4
5
5
6
6
7
7
SERIAL SECTIONS OF MANTA
1 2 4 80
proCess of CreAting mAntA minimAl surfACe oBJeCt from originAl minimAl surfACe.
The original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
For the lowest oor a single unit is used for each wall. The unit is streached in one direction to become the length of the wall and the width of the unit is halfed to allow walking space inside the room.
In the middle level the cubes dimensions stay in their original porportions for the length, and two reected units are used for each wall.The width of the units on this level are also halved to allow for more room on the interior.
On the uppermost oor a block of eight units creates the long walls, with the units stacked in two rows of four on top of eachother. Each of the units is reexted to create the others. On this level the original width of the units is kept to provide varialtion in the interior experience.
The original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
For the lowest oor a single unit is used for each wall. The unit is streached in one direction to become the length of the wall and the width of the unit is halfed to allow walking space inside the room.
In the middle level the cubes dimensions stay in their original porportions for the length, and two reected units are used for each wall.The width of the units on this level are also halved to allow for more room on the interior.
On the uppermost oor a block of eight units creates the long walls, with the units stacked in two rows of four on top of eachother. Each of the units is reexted to create the others. On this level the original width of the units is kept to provide varialtion in the interior experience.
plACement of minimAl surfACes within the originAl VillA nm footprint to CreAte wAlls.
for the lowest floor A single unit is used for eACh wAll. the unit is stretChed in one direCtion to BeCome the length of the wAll And the width of the unit is hAlVed to Allow wAlking spACe inside.
in the middle leVel the CuBes dimensions stAy in their originAl porportions for the length, And two refleCted units Are used for eACh wAll. the width of the units on this leVel Are Also hAlVed to Allow for more room on the interior.
on the upper floor A BloCk of eight units CreAtes the long wAlls. eACh of the units is refleCted to CreAte the others. in this leVelthe originAl width of the units is kept to proVide VAriAtion in the interior experienCe.
LEGEND
1 ENTRY2 RECEPTION3 GALLERY4 ARCHIVES5 ENTRY6 RESTROOM7 EXTERIOR LOUNGE AREA8 INTERIOR LOUNGE AREA9 CAFE
TOP FLOOR SITE PLANSCALE
10 2 4 8
MIDDLE FLOOR
RIGHT ELEVATION LEFT ELEVATION
BACK ELEVATION
LONG SECTION
FRONT ELEVATION
BOTTOM FLOOR
EXPLODED AXON
11
22
9
9
3
8
4
55
4
66
77
N
SHORT SECTION
PASADENA CITY COLLEGE _ VISUAL COMMUNICATIONS II _ UN STUDIO / VILLA NM REDUX _ AMANDA CLAY
01 MANTAThe original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
FOR THE LOWEST FLOOR A SINGLE UNIT IS USED FOR EACH WALL. THE UNIT IS STREACHED IN ONE DIRECTION TO BECOME THE LENGTH OF THE WALL AND THE WIDTH OF THE UNIT IS HALFED TO ALLOW WALKING SPACE INSIDE THE ROOM.
IN THE MIDDLE LEVEL THE CUBES DIMENSIONS STAY IN THEIR ORIGINAL PORPORTIONS FOR THE LENGTH, AND TWO REFLECTED UNITS ARE USED FOR EACH WALL.THE WIDTH OF THE UNITS ON THIS LEVEL ARE ALSO HALVED TO ALLOW FOR MORE ROOM ON THE INTERIOR.
ON THE UPPERMOST FLOOR A BLOCK OF EIGHT UNITS CREATES THE LONG WALLS, WITH THE UNITS STACKED IN TWO ROWS OF FOUR ON TOP OF EACHOTHER. EACH OF THE UNITS IS REFLEXTED TO CREATE THE OTHERS. ON THIS LEVEL THE ORIGINAL WIDTH OF THE UNITS IS KEPT TO PROVIDE VARIALTION IN THE INTERIOR EXPERIENCE.
MIRROR WING AT SHORT END (LEFT) COPY IN PLACE TWO WINGSROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS
ROTATE CUBE SO THAT TOP SIDEBECOMES LEFT SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (FOREGROUND)
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (LOWER RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES TOP SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES FRONT SIDE
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
TETRAHEDRON LINE FROM MIDPOINT TO MIDPOINT TO TOPOINT BACK TO ENDPOINT SPHERE INTERSECTING SURFACE RADIUS FROM QUARTERPOINT TO MIDPOINTSPHERE INTERSECTING SURFACE RADIUS FROM ENDPOINT TO ENDPOINTTHREE DEGREE CURVE FROM ENDPOINT TO MIDPOINT TO MIDPOINT TO ENDPOINTBOUNDRY LOFT
11
2
2
3
3
4
4
5
5
6
6
7
7
SERIAL SECTIONS OF MANTA
1 2 4 80
The original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
For the lowest oor a single unit is used for each wall. The unit is streached in one direction to become the length of the wall and the width of the unit is halfed to allow walking space inside the room.
In the middle level the cubes dimensions stay in their original porportions for the length, and two reected units are used for each wall.The width of the units on this level are also halved to allow for more room on the interior.
On the uppermost oor a block of eight units creates the long walls, with the units stacked in two rows of four on top of eachother. Each of the units is reexted to create the others. On this level the original width of the units is kept to provide varialtion in the interior experience.
designed minimAl surfACe ConstruCt to Be used in Building proCess
LEGEND
1 ENTRY2 RECEPTION3 GALLERY4 ARCHIVES5 ENTRY6 RESTROOM7 EXTERIOR LOUNGE AREA8 INTERIOR LOUNGE AREA9 CAFE
TOP FLOOR SITE PLANSCALE
10 2 4 8
MIDDLE FLOOR
RIGHT ELEVATION LEFT ELEVATION
BACK ELEVATION
LONG SECTION
FRONT ELEVATION
BOTTOM FLOOR
EXPLODED AXON
11
22
9
9
3
8
4
55
4
66
77
N
SHORT SECTION
PASADENA CITY COLLEGE _ VISUAL COMMUNICATIONS II _ UN STUDIO / VILLA NM REDUX _ AMANDA CLAY
01 MANTAThe original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
FOR THE LOWEST FLOOR A SINGLE UNIT IS USED FOR EACH WALL. THE UNIT IS STREACHED IN ONE DIRECTION TO BECOME THE LENGTH OF THE WALL AND THE WIDTH OF THE UNIT IS HALFED TO ALLOW WALKING SPACE INSIDE THE ROOM.
IN THE MIDDLE LEVEL THE CUBES DIMENSIONS STAY IN THEIR ORIGINAL PORPORTIONS FOR THE LENGTH, AND TWO REFLECTED UNITS ARE USED FOR EACH WALL.THE WIDTH OF THE UNITS ON THIS LEVEL ARE ALSO HALVED TO ALLOW FOR MORE ROOM ON THE INTERIOR.
ON THE UPPERMOST FLOOR A BLOCK OF EIGHT UNITS CREATES THE LONG WALLS, WITH THE UNITS STACKED IN TWO ROWS OF FOUR ON TOP OF EACHOTHER. EACH OF THE UNITS IS REFLEXTED TO CREATE THE OTHERS. ON THIS LEVEL THE ORIGINAL WIDTH OF THE UNITS IS KEPT TO PROVIDE VARIALTION IN THE INTERIOR EXPERIENCE.
MIRROR WING AT SHORT END (LEFT) COPY IN PLACE TWO WINGSROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS
ROTATE CUBE SO THAT TOP SIDEBECOMES LEFT SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (FOREGROUND)
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (LOWER RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES TOP SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES FRONT SIDE
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
TETRAHEDRON LINE FROM MIDPOINT TO MIDPOINT TO TOPOINT BACK TO ENDPOINT SPHERE INTERSECTING SURFACE RADIUS FROM QUARTERPOINT TO MIDPOINTSPHERE INTERSECTING SURFACE RADIUS FROM ENDPOINT TO ENDPOINTTHREE DEGREE CURVE FROM ENDPOINT TO MIDPOINT TO MIDPOINT TO ENDPOINTBOUNDRY LOFT
11
2
2
3
3
4
4
5
5
6
6
7
7
SERIAL SECTIONS OF MANTA
1 2 4 80
LEGEND
1 ENTRY2 RECEPTION3 GALLERY4 ARCHIVES5 ENTRY6 RESTROOM7 EXTERIOR LOUNGE AREA8 INTERIOR LOUNGE AREA9 CAFE
TOP FLOOR SITE PLANSCALE
10 2 4 8
MIDDLE FLOOR
RIGHT ELEVATION LEFT ELEVATION
BACK ELEVATION
LONG SECTION
FRONT ELEVATION
BOTTOM FLOOR
EXPLODED AXON
11
22
9
9
3
8
4
55
4
66
77
N
SHORT SECTION
PASADENA CITY COLLEGE _ VISUAL COMMUNICATIONS II _ UN STUDIO / VILLA NM REDUX _ AMANDA CLAY
01 MANTAThe original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
FOR THE LOWEST FLOOR A SINGLE UNIT IS USED FOR EACH WALL. THE UNIT IS STREACHED IN ONE DIRECTION TO BECOME THE LENGTH OF THE WALL AND THE WIDTH OF THE UNIT IS HALFED TO ALLOW WALKING SPACE INSIDE THE ROOM.
IN THE MIDDLE LEVEL THE CUBES DIMENSIONS STAY IN THEIR ORIGINAL PORPORTIONS FOR THE LENGTH, AND TWO REFLECTED UNITS ARE USED FOR EACH WALL.THE WIDTH OF THE UNITS ON THIS LEVEL ARE ALSO HALVED TO ALLOW FOR MORE ROOM ON THE INTERIOR.
ON THE UPPERMOST FLOOR A BLOCK OF EIGHT UNITS CREATES THE LONG WALLS, WITH THE UNITS STACKED IN TWO ROWS OF FOUR ON TOP OF EACHOTHER. EACH OF THE UNITS IS REFLEXTED TO CREATE THE OTHERS. ON THIS LEVEL THE ORIGINAL WIDTH OF THE UNITS IS KEPT TO PROVIDE VARIALTION IN THE INTERIOR EXPERIENCE.
MIRROR WING AT SHORT END (LEFT) COPY IN PLACE TWO WINGSROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS
ROTATE CUBE SO THAT TOP SIDEBECOMES LEFT SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (FOREGROUND)
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (LOWER RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES TOP SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES FRONT SIDE
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
TETRAHEDRON LINE FROM MIDPOINT TO MIDPOINT TO TOPOINT BACK TO ENDPOINT SPHERE INTERSECTING SURFACE RADIUS FROM QUARTERPOINT TO MIDPOINTSPHERE INTERSECTING SURFACE RADIUS FROM ENDPOINT TO ENDPOINTTHREE DEGREE CURVE FROM ENDPOINT TO MIDPOINT TO MIDPOINT TO ENDPOINTBOUNDRY LOFT
11
2
2
3
3
4
4
5
5
6
6
7
7
SERIAL SECTIONS OF MANTA
1 2 4 80
LONG SECTION
LEGEND
1 ENTRY2 RECEPTION3 GALLERY4 ARCHIVES5 ENTRY6 RESTROOM7 EXTERIOR LOUNGE AREA8 INTERIOR LOUNGE AREA9 CAFE
TOP FLOOR SITE PLANSCALE
10 2 4 8
MIDDLE FLOOR
RIGHT ELEVATION LEFT ELEVATION
BACK ELEVATION
LONG SECTION
FRONT ELEVATION
BOTTOM FLOOR
EXPLODED AXON
11
22
9
9
3
8
4
55
4
66
77
N
SHORT SECTION
PASADENA CITY COLLEGE _ VISUAL COMMUNICATIONS II _ UN STUDIO / VILLA NM REDUX _ AMANDA CLAY
01 MANTAThe original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
FOR THE LOWEST FLOOR A SINGLE UNIT IS USED FOR EACH WALL. THE UNIT IS STREACHED IN ONE DIRECTION TO BECOME THE LENGTH OF THE WALL AND THE WIDTH OF THE UNIT IS HALFED TO ALLOW WALKING SPACE INSIDE THE ROOM.
IN THE MIDDLE LEVEL THE CUBES DIMENSIONS STAY IN THEIR ORIGINAL PORPORTIONS FOR THE LENGTH, AND TWO REFLECTED UNITS ARE USED FOR EACH WALL.THE WIDTH OF THE UNITS ON THIS LEVEL ARE ALSO HALVED TO ALLOW FOR MORE ROOM ON THE INTERIOR.
ON THE UPPERMOST FLOOR A BLOCK OF EIGHT UNITS CREATES THE LONG WALLS, WITH THE UNITS STACKED IN TWO ROWS OF FOUR ON TOP OF EACHOTHER. EACH OF THE UNITS IS REFLEXTED TO CREATE THE OTHERS. ON THIS LEVEL THE ORIGINAL WIDTH OF THE UNITS IS KEPT TO PROVIDE VARIALTION IN THE INTERIOR EXPERIENCE.
MIRROR WING AT SHORT END (LEFT) COPY IN PLACE TWO WINGSROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS
ROTATE CUBE SO THAT TOP SIDEBECOMES LEFT SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (FOREGROUND)
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (LOWER RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES TOP SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES FRONT SIDE
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
TETRAHEDRON LINE FROM MIDPOINT TO MIDPOINT TO TOPOINT BACK TO ENDPOINT SPHERE INTERSECTING SURFACE RADIUS FROM QUARTERPOINT TO MIDPOINTSPHERE INTERSECTING SURFACE RADIUS FROM ENDPOINT TO ENDPOINTTHREE DEGREE CURVE FROM ENDPOINT TO MIDPOINT TO MIDPOINT TO ENDPOINTBOUNDRY LOFT
11
2
2
3
3
4
4
5
5
6
6
7
7
SERIAL SECTIONS OF MANTA
1 2 4 80
9
2
38
1
2
9
6
45
7
6
7
4
9
2
38
1
2
9
6
45
7
6
7
4
front eleVAtion
Bottom floor plAn middle floor plAn
BACk eleVAtion
short seCtion long seCtion
top floor plAn
LEGEND
1 ENTRY2 RECEPTION3 GALLERY4 ARCHIVES5 ENTRY6 RESTROOM7 EXTERIOR LOUNGE AREA8 INTERIOR LOUNGE AREA9 CAFE
TOP FLOOR SITE PLANSCALE
10 2 4 8
MIDDLE FLOOR
RIGHT ELEVATION LEFT ELEVATION
BACK ELEVATION
LONG SECTION
FRONT ELEVATION
BOTTOM FLOOR
EXPLODED AXON
11
22
9
9
3
8
4
55
4
66
77
N
SHORT SECTION
PASADENA CITY COLLEGE _ VISUAL COMMUNICATIONS II _ UN STUDIO / VILLA NM REDUX _ AMANDA CLAY
01 MANTAThe original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
FOR THE LOWEST FLOOR A SINGLE UNIT IS USED FOR EACH WALL. THE UNIT IS STREACHED IN ONE DIRECTION TO BECOME THE LENGTH OF THE WALL AND THE WIDTH OF THE UNIT IS HALFED TO ALLOW WALKING SPACE INSIDE THE ROOM.
IN THE MIDDLE LEVEL THE CUBES DIMENSIONS STAY IN THEIR ORIGINAL PORPORTIONS FOR THE LENGTH, AND TWO REFLECTED UNITS ARE USED FOR EACH WALL.THE WIDTH OF THE UNITS ON THIS LEVEL ARE ALSO HALVED TO ALLOW FOR MORE ROOM ON THE INTERIOR.
ON THE UPPERMOST FLOOR A BLOCK OF EIGHT UNITS CREATES THE LONG WALLS, WITH THE UNITS STACKED IN TWO ROWS OF FOUR ON TOP OF EACHOTHER. EACH OF THE UNITS IS REFLEXTED TO CREATE THE OTHERS. ON THIS LEVEL THE ORIGINAL WIDTH OF THE UNITS IS KEPT TO PROVIDE VARIALTION IN THE INTERIOR EXPERIENCE.
MIRROR WING AT SHORT END (LEFT) COPY IN PLACE TWO WINGSROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS
ROTATE CUBE SO THAT TOP SIDEBECOMES LEFT SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (FOREGROUND)
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (LOWER RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES TOP SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES FRONT SIDE
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
TETRAHEDRON LINE FROM MIDPOINT TO MIDPOINT TO TOPOINT BACK TO ENDPOINT SPHERE INTERSECTING SURFACE RADIUS FROM QUARTERPOINT TO MIDPOINTSPHERE INTERSECTING SURFACE RADIUS FROM ENDPOINT TO ENDPOINTTHREE DEGREE CURVE FROM ENDPOINT TO MIDPOINT TO MIDPOINT TO ENDPOINTBOUNDRY LOFT
11
2
2
3
3
4
4
5
5
6
6
7
7
SERIAL SECTIONS OF MANTA
1 2 4 80
LEGEND
1 ENTRY2 RECEPTION3 GALLERY4 ARCHIVES5 ENTRY6 RESTROOM7 EXTERIOR LOUNGE AREA8 INTERIOR LOUNGE AREA9 CAFE
TOP FLOOR SITE PLANSCALE
10 2 4 8
MIDDLE FLOOR
RIGHT ELEVATION LEFT ELEVATION
BACK ELEVATION
LONG SECTION
FRONT ELEVATION
BOTTOM FLOOR
EXPLODED AXON
11
22
9
9
3
8
4
55
4
66
77
N
SHORT SECTION
PASADENA CITY COLLEGE _ VISUAL COMMUNICATIONS II _ UN STUDIO / VILLA NM REDUX _ AMANDA CLAY
01 MANTAThe original minimal construction object is used to create the walls of the house by using it as a modular element on dierent scales.
FOR THE LOWEST FLOOR A SINGLE UNIT IS USED FOR EACH WALL. THE UNIT IS STREACHED IN ONE DIRECTION TO BECOME THE LENGTH OF THE WALL AND THE WIDTH OF THE UNIT IS HALFED TO ALLOW WALKING SPACE INSIDE THE ROOM.
IN THE MIDDLE LEVEL THE CUBES DIMENSIONS STAY IN THEIR ORIGINAL PORPORTIONS FOR THE LENGTH, AND TWO REFLECTED UNITS ARE USED FOR EACH WALL.THE WIDTH OF THE UNITS ON THIS LEVEL ARE ALSO HALVED TO ALLOW FOR MORE ROOM ON THE INTERIOR.
ON THE UPPERMOST FLOOR A BLOCK OF EIGHT UNITS CREATES THE LONG WALLS, WITH THE UNITS STACKED IN TWO ROWS OF FOUR ON TOP OF EACHOTHER. EACH OF THE UNITS IS REFLEXTED TO CREATE THE OTHERS. ON THIS LEVEL THE ORIGINAL WIDTH OF THE UNITS IS KEPT TO PROVIDE VARIALTION IN THE INTERIOR EXPERIENCE.
MIRROR WING AT SHORT END (LEFT) COPY IN PLACE TWO WINGSROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS
ROTATE CUBE SO THAT TOP SIDEBECOMES LEFT SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (FOREGROUND)
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D AT 180 DEGREES USINGWING EDGE AS ROTATION AXIS (LOWER RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES TOP SIDE
COPY IN PLACE LATEST TWO WINGS(TOP)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
ROTATE CUBE SO THAT RIGHT SIDEBECOMES FRONT SIDE
COPY IN PLACE LATEST TWO WINGS(FRONT)ROTATE 3D 180 DEGREES USING WING EDGE AS ROTATION AXIS (RIGHT)
TETRAHEDRON LINE FROM MIDPOINT TO MIDPOINT TO TOPOINT BACK TO ENDPOINT SPHERE INTERSECTING SURFACE RADIUS FROM QUARTERPOINT TO MIDPOINTSPHERE INTERSECTING SURFACE RADIUS FROM ENDPOINT TO ENDPOINTTHREE DEGREE CURVE FROM ENDPOINT TO MIDPOINT TO MIDPOINT TO ENDPOINTBOUNDRY LOFT
11
2
2
3
3
4
4
5
5
6
6
7
7
SERIAL SECTIONS OF MANTA
1 2 4 80
9
2
38
1
2
9
6
45
7
6
7
4
right eleVAtion
left eleVAtion
legend
1 entry2 reCeption3 gAllery4 ArChiVes5 entry6 restroom7 exterior lounge AreA8 interior lounge AreA9 CAfe
53CuBe proJeCtArCh 10BfAll 2009professor ColemAn griffith
Amanda ClayArch 10B10/7/09Found Space Collage
Amanda ClayArch 10B10/7/09Found Space CollageGeometry
AMANDA CLAYARCH 10B10/13/09
ASSEMBLED SHAPES VIEW 1 ASSEMBLED SHAPES VIEW 2 ASSEMBLED SHAPES VIEW 3
proJeCt desCription: find An AreA of unplAnned spACe And CreAte A photo Col-lAge of the Volumes of spACe it enCompAses. tAke the Volumes And mAnipulAte them in-side of A Box to CreAte negAtiVe Volumes. finAlly, split Both the ComBined mAnipulAted Volumes And the differenCed Box into lAyers to CreAte A working templAte.
ConCept: tAke found shApes And using A 3d modeling progrAm, distort the shApes to CreAte unique Volumes. utilize these Volumes to explore the ideA of negAtiVe spACe within A CuBe. work to CreAte interesting experientiAl spACes within A simple CuBe while leArning to use A modeling progrAm And leArning to set up lAzerCutting templAtes. shApes stArt out roughly reCtilineAr And BeCome more dynAmiC And CurVed through-
out the mAnipulAtion proCCess.
found spACe Between houses found Volumes within spACe Before AlterAtion found shApes Altered from originAl form And ComBined to CreAte unique Volumes
found shApes Altered further And plACed inside CuBe
found shApes Cut B