NATHAN SAINT CLARE SELECTED WORKS YA L E S C H O O L O F A R C H I T E C T U R E
/1
SELECTED WORKS YA L E S C H O O L O F A R C H I T E C T U R E
2010 - 2011
NATHAN SAINT CLARE
17 Howe Street, Unit - A2 address
New Haven, CT 06511
nsaintclare@gmail.com email
EDUCATION:
EXPERIENCE:
YALE UNIVERSITY
PELLI CLARKE PELLI ARCHITECTS | 2011 New Haven, CT
New Haven, CT Master of Architecture - 2012 APPOINTMENTS: Teaching Fellow: Spring 2012 - Senior Design Studio Steven Harris Teaching Fellow: Fall 2011 - Architectural History I Daniel Sherer, PhD Teaching Fellow: Fall 2010 - Architectural History I Daniel Sherer, PhD YSOA Graduate Admissions Committee - 2012 Open House Speaker - Spring 2012 Project in Retrospecta - 2012 Student Election Chairman - 2011 Advanced Design Studio Critics: David Chipperfield, Thomas Beeby, Demetri Porphyrios and Fred Koetter.
KANSAS STATE UNIVERSITY Manhattan, KS Bachelor of Architecture - 2004 Magna Cum Laude Henry Adams Award
APPOINTMENTS: Dean’s Advisory Council - 2009 - Present Guest Studio Instructor - 2008 with Larry Bowne Guest Critic - 2004 - Present College Graphic Designer - 2002-2004 COMPETITIONS: 1ST Prize: Bayer Student Design Comeptition - 2004 1ST Prize: KSU Delineation Competition - 2003 1ST Prize: KSU Delineation Competition - 2002 2ND Prize: Bowman Design Forum - 2001
Design Development on Torre Macro Tower (Rhino) Buenos Aires, Argentina // Emphasis on rapid prototyping and curvature analysis for curtain-wall panel optimization. // Produced an internal white-paper on the rationalization of compound curved surfaces.
WATG ARCHITECTS | 2004-2010 Los Angeles, Singapore and Dubai Project Designer // Led design teams on large and small projects and was instrumental in transitioning the office to Revit. // Extensive international and hospitality design experience including consultant and client presentations. // Involved in numerous project types from urban planning to a boutique spa in Somona. Selected Projects Panama City Center | Panama City (Revit) Capital Square | Ho Chi Minh City (Rhino) Four Seasons Doha | Qatar (Revit) Saggio Hills Resort and Spa | Sonoma, CA (CDs) DESIGN INSTRUMENTS: Revit 2012 Rhinoceros (VRay, Brazil) AutoCAD Adobe Creative Suite Ink, Graphite and Watercolor Rendering Plaster and Plastic 3d Printing
REGISTRATION: Successfully passed all the Architectural Registration Exams. saint clare design portfolio link
index
1_ FALL 2010 | post-professional design studio | ed mitchell + fred koetter | s.ma.r.t. city 2_ SPRING 2011 | adavanced design studio | tom beeby | the chicago house 3_ FALL 2011 | advanced design studio | david chipperfield | aedes arts complex 4_ SPRING 2012 | advanced design studio | demetri porphyrios | swansea university library 5_ FALL 2010 | computation analysis fabrication | john eberhart | pavilion 6_ SPRING 2012 | history of british landscape architecture| bryan fuermann | drawing project 7_ SPRING 2012 | the construction of exactitude | karla britton | the geometry of louis i. kahn 8_ SUMMER 2011 | pelli clarke pelli | torre macro bank
S.MA.R.T CITY Southern Massachusetts Rapid Transity City Raynham, MA
FALL 2010 | ACADEMIC Post-Professional Design Studio Ed Mitchell + Fred Koetter Yale School of Architecture
PROJECT SITE RAIL LINE
CORRIDOR
INTERSTATE 495
138
The Corridor Plan is organized to provide responses regulation, conservation or acquisition. This map Plan to TheCorridor Corridor Planisisorganized organized toprovide provideresponses responses regulation, conservation or This regulation, conservation oracquisition. acquisition. Thismap map to The four basic questions about growth. emerged from a process facilitated by regional about tofour fourbasic basicquestions questions aboutgrowth. growth. emerged from facilitated regional emergedagencies fromaaprocess process facilitated by regional • to Where should new development be supported? planning working first withby communities • Where should new development be supported? • Where should new development be supported? agencies first with planning agenciesworking working first withcommunities communities • What land, open space and environmental assets toplanning identify municipal priorities. Communities •• What Whatland, land,open openspace spaceand andenvironmental environmentalassets assets to toidentify identifymunicipal municipalpriorities. priorities.Communities Communities represent the highest priorities for protection? selected several hundred areas that represent local represent representthe thehighest highestpriorities prioritiesfor forprotection? protection? selected selectedseveral severalhundred hundredareas areasthat thatrepresent representlocal local • What kind of development can be attracted to priorities for growth or conservation, and they are •• What Whatkind kindof ofdevelopment developmentcan canbe beattracted attractedto to priorities prioritiesfor forgrowth growthor orconservation, conservation,and andthey theyare are areas around new stations? now moving forward with implementation. Regional NETWORKS OF PEOPLE, INFRASTRUCURE AND GOODS areas areasaround aroundnew newstations? stations? now nowmoving movingforward forwardwith withimplementation. implementation.Regional Regional • What kinds of tools can communities use and planning agencies—working in conjunction with •• What Whatkinds kindsof oftools toolscan cancommunities communitiesuse useand and planning planningagencies—working agencies—workingin inconjunction conjunctionwith with the state provide to better plan for their futures? the Southeastern Massachusetts Commuter Rail the thestate stateprovide provideto tobetter betterplan planfor fortheir theirfutures? futures? the theSoutheastern SoutheasternMassachusetts MassachusettsCommuter CommuterRail Rail Task Force, the corridor Task Force, the EXISTING AND FUTURE STOPS POPULATION CENTERS HIGHWAY AND RAILLINE INTERSECTS Task Force, thecorridor corridor Priority Development communities, advocacy Priority Development Priority Development We must connect the dots between protecting communities, communities,advocacy advocacy Figure 4-2: 2006 Estimated Population and Protection Areas – We must connect the dots between protecting We must connect the dots between protecting organizations and each The South Coast Region regional growth that is clustered, the South Coast’s natural areas and sparking and Protection Areas – and Protection Areas – LEGEND organizations organizationsand andeach each sustainable, and better the South Coast’s natural areas and sparking the South Coast’s natural areas and sparking The Corridor Map:more LEGEND other—then identified the connected within the economic development in places that make region and The Corridor Map: The Corridor Map: other—then other—thenidentified identifiedthe the to metro Boston. The region seeks economic development in places that make economic development in places that make The Corridor Mapa is a places with the greatest sense. Residents and businesses want a high future in which it renews and The aa TheCorridor CorridorMap Mapisisurban places placeswith withthe thegreatest greatest sense. sense. Residentsand andbusinesses businesseswant wantaahigh high while adding Residents centerpiece of the expands plan. centersquality significance from a new walkable neighborhoods and of life and future investments will, in centerpiece plan. centerpieceof ofthe the plan. quality qualityof oflife lifeand andfuture futureinvestments investmentswill, will,in in significance from aa significance from preserving natural assets for future part, depend on the South Coast region’s ability Developed throughgenerations. a regional bird’s-eye view. Commuter rail can part, depend on the South Coast region’s ability part, depend on the South Coast region’s ability Developed aa Developedthrough through regional regionalbird’s-eye bird’s-eyeview. view. catalyze this future, providing an to shape the growth that’s coming. process of local, regional Many of these priority to shape the growth that’s coming. to shape the growth that’s coming. opportunity to organize new growth process regional processof oflocal, local,around regional Many Manyof ofthese thesepriority priority stations and direct it away and state review, the places span town borders. from sensitive areas of ecological and the andstate statereview, review,value. the places placesspan spantown townborders. borders. It can also provide better map designates more State agencies modified the resulting framework to access to high-quality jobs for map more mapdesignates designatesresidents moreof the region, and better State Stateagencies agenciesmodified modifiedthe theresulting resultingframework frameworkto to than 30 Priority Development Areas and more than best reflect state goals, and established the results for businesses to the metrothan Development Areas and more than than30 30Priority Priorityaccess Development Areas and more than best bestreflect reflectstate stategoals, goals,and andestablished establishedthe theresults results Boston labor force, business and 7070 Priority Protection Areas. Priority Development as the Corridor Map. Detailed maps and narrative educational clusters that will drive Areas. 70Priority PriorityProtection Protection Areas.Priority PriorityDevelopment Development as asthe theCorridor CorridorMap. Map.Detailed Detailedmaps mapsand andnarrative narrative the 21st-century economy. fall river Areas are those with the greatest capacity or descriptions of each of the designated areas Areas with the Areasare arethose thoseWe with thegreatest greatestcapacity capacityor or descriptions are descriptionsof ofeach eachof ofthe thedesignated designatedareas areasare are must connect the dots between potential to to accommodate new development, included within the plan. protecting new the South Coast’s natural bedford potential new development, potential toaccommodate accommodate new development, included the includedwithin within theplan. plan. areas and sparking economic Figure 4-2: 2006 Estimated Population in adjacent communities has
URBAN FLOWS
SOUTH COAST RAIL CORRIDOR PLAN
in adjacent communities has been mostly residential, with some industrial parks, plus office and retail in small nodes and strip centers largely serving the local population. Between the existing rail stations northern and southern segments of the region are semirural communities that have recently future rail station options begun to experience rapid growth.
Community Boundaries Commuter Rail Lines (Existing) Commuter Rail Stations Interstate U.S.Highway State Route
SOUTH COAST RAIL CORRIDOR PLAN
Urban Character
Suburban Character
Semi-rural Character
Population 2006 (estimated): 0 to 10,000 10,001 to 20,000 20,001 to 40,000 40,001 to 60,000 60,001 to 100,000
raynham
The region has grown at a faster rate than the Commonwealth as a whole. Between 1990 and 2006, providence the region experienced a 10.3% increase in population, compared to 6.9% for all of Massachusetts. In absolute terms, the most significant population growth occurred in communities close to the I-95/I-495 interchange in the northern part of the region: Attleboro, Mansfield, Norton and Taunton. In percentage terms, semirural communities located in the middle of the
Source: Claritas 2006
taunton
SOUTH COAST RAIL CORRIDOR PLAN SOUTH SOUTHCOAST COASTRAIL RAILCORRIDOR CORRIDORPLAN PLAN
development in places that make sense. Residents and businesses want a high quality of life and future
Development in the Corridor, 1971, 1985, 1999. Development in the Corridor, 1971, 1985, 1999. Development in the Corridor, 1971, 1985, 1999. population flow_01
Figure 4-3: Percent Change in Population by Community, 1990-2006 Taunton & Raynham, Massachusetts
Percent Change in Population by Community, 1990-2006
Source: Census 1990/Claritas, 2006
25
ininadjacent adjacentcommunities communitieshas has been mostly residential, with been beenmostly mostlyresidential, residential,with with some industrial parks, plus office some someindustrial industrialparks, parks,plus plusoffice office and retail in small nodes and and andretail retailininsmall smallnodes nodesand and strip centers largely serving the strip stripcenters centerslargely largelyserving servingthe the local population. Between the local localpopulation. population.Between Betweenthe the northern and southern segments northern northernand andsouthern southernsegments segments of the region are semirural ofofthe theregion regionare aresemirural semirural communities that have recently communities communitiesthat thathave haverecently recently begun to experience rapid begun beguntotoexperience experiencerapid rapid growth. growth. growth.
Figure 4-2: 2006 Estimated Population Figure 4-2: 2006 Estimated Population
LEGEND LEGEND LEGEND
Community Boundaries Community Community Boundaries Commuter RailBoundaries Lines (Existing) Commuter Commuter RailLines Lines(Existing) (Existing) Commuter RailRail Stations Commuter CommuterRail RailStations Stations Interstate Interstate Interstate U.S.Highway U.S.Highway U.S.Highway State Route StateRoute Route PopulationState 2006 (estimated): Population 2006 Population 2006(estimated): (estimated): 0 to 10,000 0 0toto10,000 10,001 to10,000 20,000 10,001 toto20,000 10,001 20,000 20,001 to 40,000 20,001 toto40,000 20,001 40,000 40,001 to 60,000 40,001 toto60,000 40,001 60,000 60,001 to 100,000 60,001 60,001toto100,000 100,000 Source: Claritas 2006
( page | 2 )
Source: Claritas 2006 Source: Claritas 2006
TheThe region hashas grown at aatatfaster region grown aafaster The region has grown faster raterate than thethe Commonwealth as as aasaa than Commonwealth rate than the Commonwealth whole. Between 1990 and 2006, whole. whole.Between Between1990 1990and and2006, 2006, thethe region experienced a 10.3% region experienced aa10.3% the region experienced 10.3% increase in in population, compared increase compared increase inpopulation, population, compared to 6.9% for all of Massachusetts. toto6.9% 6.9%for forall allofofMassachusetts. Massachusetts. In In absolute terms, thethe most terms, most Inabsolute absolute terms, the most Source: Census 1990/Claritas, 2006 significant population growth significant population growth significant population growth occurred in in communities close occurred close occurred incommunities communities close 5 to the I-95/I-495 interchange in inin totothe I-95/I-495 interchange the I-95/I-495 interchange thethe northern part of of the region: northern part region: the northern part ofthe the region: Attleboro, Mansfield, Norton Attleboro, Mansfield, Norton Attleboro, Mansfield, Norton andand Taunton. In In percentage Taunton. and Taunton. Inpercentage percentage terms, semirural communities terms, semirural communities terms, semirural communities located in the middle of of the located ininthe middle located the middle ofthe the Figure 4-3: Percent Change in Population by Community, 1990-2006 Figure 4-3: Percent Change in Population by Community, 1990-2006 Figure 4-3: Percent Change in Population by Community, 1990-2006
6 66
taunton (+14%) taunton(+14%) (+14%) taunton
population flows_02 population flows_02 POPULATION DENSITY MAPS 1950 / 1970 / 1990 population flows_02
A.
TRANSIT LINE AND NEW STATION
B.
LOCAL STATE HIGHWAY
C.
TRANSIT INTERSECT DISTRICT
A B
10 MINUTE WALK RADIUS = 1800’
10 MINUTE WALK RADIUS CREATES SITE DIVISIONS
DISTRICT DIVISIONS WITH TRANSIT NODES (1500-1800 ‘)
C
S.MA.R.T. CITY / Conceived as a protoype for a concetrated zone or urban activity along a renewed railroad line, the S.Ma.R.T City brings a piece of Boston to the south shore. These urban collectors would be located at each new railway stop and facilitate a new form of urbanizartion around this communter core. Conceptually influenced by the urban writings of Pier Vitorrio Aureli and Rem Koolhaas this project is situated as a polemical. If urbanization and the expansion of infrasturcture have led to the diffusion and weakening of our city stricture how does reinforcing that condition actually affect change. Is the answer to address previous forms of infrastructure, in this case the railline? Perhaps we simply ride the contemporary capitalistic wave and live with the system of commodity distribution already in place? In reality we should understand that our reading of the scale of the city is drastically distorted. The Northeast itself, from Washington DC to Boston is actually one city, this allows us to strategically infill the weak areas to create a more unified whole, one greater than the sum of its constituent parts.
SCREEN
OFFICE
GARDEN
STRUCTURE
REATIL
PARKING
1
2
3
4
1
2
3
4
5
6
7
1. TRAIN PLATFORM 2. OFFICE BAR 3. TRAIN STATION 4. CITY PLAZA 5. PARKING 6. RETAIL 7. OFFICE BAR
THE CHICAGO HOUSE Chicago, IL
SPRING 2011 | ACADEMIC Advanced Design Studio Thomas Beeby Yale School of Architecture
THE URBAN CHICAGO GRID 20’ 0” X 125’ 0” TYPICAL BLOCK SIZE
The city of Chicago has demolished vast tracts of high-rise public housing projects. These areas have been redeveloped as low-rise market housing but much of the areas around the projects remain untouched with vacant lots surrounding existing building stock creating problematic urban voids.
PROJECT BRIEF / This studio was tasked to investigate the individual house as a vehicle to resettle the neighborhoods of the city that remain dispirited with the introduction of gentrification as a means to provide stability to low and middle income areas of the city. A single family residence has always been the most desired housing in Chicago and remains the dream of most of its citizens. To provide affordable housing in scattered sites would stabilize the neighborhoods in a manner that does not displace existing residents while simultaneously correcting the problems related to vacant lots in an urban environment.
D
C
B
D
C
B
A
2' - 0" 11' - 6" 5' - 6"
3' - 6" 19' - 0" 2' - 6"
A
3' - 6" 2' - 0" 11' - 6" 5' - 6" 2' - 6"
22' - 6"
1
2
1' - 6"
1
2
8' - 0"
8' - 0"
14' - 0"
3
3
8' - 0"
4
8' - 0"
4
5
5
8' - 0"
8' - 0"
18' - 0"
6
6
8' - 0"
56' - 0"
8' - 0"
7
7
8
8
8' - 0"
8' - 0"
9
125' - 0"
14' - 0"
9
8' - 0"
10
8' - 0"
10
11
3' - 6"
11
8' - 0"
8' - 0"
12
12
24' - 4"
24' - 4"
24' - 4"
42' - 0"
G1
G1
9' - 8"
9' - 8"
9' - 8"
G2
19' - 4"
19' - 4"
9' - 8"
9' - 8"
9' - 8"
G3
1' - 4"
G2
GROUND LEVEL LEVEL 1
19' - 0"
D
C
B
A 2' - 0" 11' - 6" 5' - 6"
19' - 0"
16' - 0"
1' - 6"
1
2
8' - 0"
3
4' - 6"
4
3' - 6"
5
8' - 0"
6
6' - 6"
57' - 6" 1' - 6"
7
8
8' - 0"
125' - 0"
9
4' - 6"
10
3' - 6"
101' - 2"
11
8' - 0"
12
24' - 4"
24' - 4"
G1
9' - 8"
9' - 8"
G2
9' - 8"
9' - 8"
G3
LEVEL 2 ROOF 25' - 0"
Translucent Corrugated Polymer Panels
Standing Seam Roof Envelope
Plywood Paneling
Tube Steel Frame
Composite House Model
Wood Framed Pre-Fab Living Quarters
Concrete Columns
Concrete Base
Building Height Limit 30' - 0" Building Height Limit 30' - 0"
Building Height Limit 30' - 0"
work_Level 2 _ 14.0 14' - 0" work_Level 2 _ 14.0 14' - 0"
work_Level 2 _ 14.0 14' - 0"
Greenhouse _ 9.0 8' - 0" Greenhouse _ 9.0 8' - 0" work_Level 1 _ 5.0 5' - 0" work_Level 1 _ 5.0 5' - 0"
work_Level 1 _ 5.0 5' - 0"
Greenhouse _ 9.0 8' - 0"
work_Ground _ 0.0 0' - 0" work_Ground _ 0.0 0' - 0"
work_Ground _ 0.0 0' - 0"
work_Level 0 _ -4.0 -4' - 0" work_Level 0 _ -4.0 -4' - 0"
work_Level 0 _ -4.0 -4' - 0"
My intervention involves displaying the changing household structure by expressing the techtonic forms. The simple steel frame envelop is elegant and quick to contstruct. The wood-framed residential box can be pre-fabricated off-site and easily conforms to standard components.
SOUTH FACADE
1/4” - 1’ - 0” MODEL PHOTOS
1/4” - 1’ - 0” MODEL PHOTOS
AEDES ARTS COMPLEX Berlin, Germany
FALL 2011 | ACADEMIC Advanced Design Studio David Chipperfield Yale School of Architecture
PROJECT BRIEF / The Berlin art scene is rapidly exapnding and increasingly cosmopolitan. With affordable rent and ample space Berlin is a very attractive magnet for the emerging artist. The Aedes Arts Complex is an integral part of Berlin’s artistic renaissance. My task was to take an existing artistic community, one that already houses the likes of Olafur Elliason, and to provide additional studio space able to accommodate a variety of artistic endeavors. The site is part of an old industrial super-block that was bombed during the war and once housed a brewery. Spaces for art, must be at the same time, highly flexible and highly calibrated. The quality of light and scale of space must be be able to accomodate multiple types of art creation. While each individual artisit may have preferences (north and skylight for example) the spaces I am designed are meant to allow for multiple artisits to work for brief periods of time as part of a revolving fellowship program.
2 5. CENTRAL COURTYARD
6. SCULPTURE STUDIO
7. SCULPTURE GARDEN
Site Geometry HOF 2
Haus 8
UP
Haus 17
3
Haus 21
HOF 2
Haus 8
cht) ere eng dert ehin g (b fzu Au
J'
HOF 2
BIERGARTEN HOF 5
HOF 2
CHRISTINENSTRASSE
Haus 8
Haus 8
RR
Haus 21
echt) nger erte ehind g (b fzu Au
BIERGARTEN HOF 5
HOF 2
Haus 17
zw. EG und 1.OG
Haus 8
1:200
Haus 9
LUFTRAUM VII.2
LUFTRAUM VII.2
Zwischengeschoss Haus 8-9
6
HOF 2
Haus 8
Haus 21
HOF NACHBAR
BIERGARTEN HOF 5
1:200
HOF 2
Haus 9
4
BIERGARTEN HOF 5
HOF 2
Haus 8
Haus 17
J'
RR
Haus 8
LUFTRAUM VII.2
LUFTRAUM VII.2
5
echt) nger erte ehind g (b fzu Au
BIERGARTEN HOF 5
HOF 2
Haus 9
LUFTRAUM VII.2
LUFTRAUM VII.2
zw. EG und 1.OG
Zwischengeschoss Haus 8-9
7
BIERGARTEN HOF 5
J'
RR
zw. EG und 1.OG
1 Zwischengeschoss Haus 8-9
1
HOF NACHBAR
CHRISTINENSTRASSE
CHRISTINENSTRASSE
1:200
Haus 8
1. ENTRY GARDEN
2. ELIASSON STUDIO
3. STUDIO ENTRY GALLERY
4. STUDIO / LIVING BLOCK
1
Regulating Lines
1
A
J
H
G
D
B
C
A
J
H
F
G
D
C
E 4.6
B
F
6.7
A
E
32.2 3.3
5.4
32.2
3.8
6.0
2.4
5.4
3.3
6.7
4.6
3.8
6.0
2.4
5.4
12 4.9
4.9
4.9
12
12
8
11
11
11
6
4.7
5
10
10
10
4.7
5
4.7
UP
5 7
4.7
4.7
4.7
9
9 4.7
8 4.7
7
46.8
6 4.7
4.7
4.7
6
6
4.7
4.7
7
46.8
4.7
3
46.8
10
4.7
7
4
4.7
8
8
4.7
4.7
9
9
4
5 4 1.2
3 7.0
1
1
HOF 2
Ground Level +0.0m LEVEL ONE +0.0M 1:100M
GARTEN 5
Haus 8
1.2
1
Haus 21
1
1
1.2
1.2
2
2
2
7.0
UP
7.0
2
DN
3
3
1.2
1.2
4
4
4.7
4.7
3
4.7
5
5
2
Level 1 TWO +5.0m LEVEL +5.0M
1:100M
LEVEL
1_ARTS GALLERY / 2_SHOWING ROOM / 3_ARTIST LIVING / 4_LIBRARY / 5_PRIVATE
1_ARTIST STUDIO / 2_VESTIBULE / 3_COVERED TERRACE / 4_ARTS STUDIO +
1_ARTIST STUDIO / 2_
STUDY / 6_TERRACE / 7_SCULPTURE STUDIO / 8_SCULPTURE GARDEN / 9_SCULPTURE
CLASSROOM / 5_ ARTIST STUDIO
TERRACE / 5_ROOF TER
STUIO / 10_CENTRAL COURTYARD
J
H
G
F
E
D
B
A
J
H
G
F
E
D
B
C
A
J
H
G
F
C 2.4
3.3
5.4
6.7
4.6
3.8
6.0
2.4
3.3
5.4
12
6.0
6.7
4.6
12
3.8
4.9
4.9
11
11
4.7
8
8
4.7
4.7
9
9
4.7
4.7
10
10
4.7
5
4.7
7 3
DN
UP
1
7.0
7.0
DN
2
UP
2
DN
3
1.2
1.2
4
4
4.7
4.7
5
5
4.7
4.7
6
6
4.7
46.8
46.8
4.7
3
4.7
7
4.6
E
32.2
32.2 6.7
4
3
3.3
4
+5.0M
1:100M
TERRACE / 4_ARTS STUDIO +
1
1
1.2
1.2
2
2
1
Level 2 THREE +10.0m+10.0M LEVEL
1:100M
1_ARTIST STUDIO / 2_VESTIBULE / 3_ARTS STUDIO + CLASSROOM / 4_COVERED TERRACE / 5_ROOF TERRACE + GARDEN
Roof Level +15.0m
LEVEL FOUR 1_ROOF TERRACE + GARDEN
+15.0M
1:100M
PROCESS/ The studio’s ambition was to use the same process David employs in his offices. We worked primarily in large model form (1:20m) which allows for greater flexibility when studying the spatial implications of new design options. We used primarily foam-core board and would then apply different printed material textures. It is an analog system of representation - compared to more digital rendering techncologies. The tactile quality of the material and the scale of model emphasize understanding techtonic issues and spatial realities. There was also a requiremnt to photograph these large models and then manipulating the images to emphasize lighting and material.
EXTERIOR / With the majority of the studio space having a western exposure, a sophisticated exterior skin was required to regulate daylight and heat gain. This envelope is a combination of perforated metal screens and translucent ploymer panels. The colorful facade is a direct reference to this complex’s siganture artist, Olafur Elliason. The color pallette was selected to mediate the industrial brick image that dominates the block and to connote the greenspaces that have filled in the post-war damaged zones.
ENTRY GALLERY
NORTH FACING STUDIO INTERIOR
SWANSEA UNIVERSITY LIBRARY Swansea, Wales, UK
Spring 2012 | ACADEMIC Advanced Design Studio Demetri Porphyrious Yale School of Architecture
PROJECT BRIEF / This project is a library for a new university campus in Swansea, Wales dedicated to science and technology. The campus will be along the coast of the Bristol Channel on a parcel of land gifted to the university from British Petroleum. The library, more than many building types, has evolved drastically in the modern era with the ubiquity of digital databases and wireless networks. The challenge is to design spaces that respect traditional library formal structures but adapt and accommodate contemporary academic and social forces. The first half of the semester was focused on researching and analyizing the library typology and then to chose four precedent buildings to draw (inlcuding a detailed 3d printed model) in more detail. I chose draw the Library at Ephesus, San Vitale at Ravenna, Wren Library at Trinity College and Philips Exeter Academy Library. The goal was use the the knowledge gained by these exercises to inform the actual library design that would take place in the second half of the semester.
PRECEDENT STUDY 1: Phillips Exeter Academy Library Exeter, New Hampshire Louis Kahn | 1971
PRECEDENT STUDY 2: Wren Library Trinity College, University of Cambridge Christopher Wren | 1695
ABOVE: DIGITAL MODEL OF WREN LIBRARY WITH 3D PLATIC PRINT PRINT
LIBRARY + CAMPUS The Library complex separates the two major programmtic components (library and lecture theaters) with a large courtyard garden and colonnade between, honoring the organization of the colleges at Oxford and Cambridge while also providing a public garden to the campus. This siting of Library centrally within the campus masterplan emphasizes the need for the Library to operate similar to a tranist hub, acting as both a collector and distributor. Students must be able to permeate through the ground level, which I have designed as a public loggia, but also isolate themselves in the upper levels of the Library to read, research and write. The Library also acknowledgs and accepts certain site lines while also providing a pyramidical momunent memorializing the new campus as well as anchoring the cental plaza. Opposite the complex there is a cubic market pavilion within the large orchard grove, these platonic geometeries are meant to reinforce basic mathematical principles and along with the use of square and golden ration proportions which proliferate the project in both plan and section.
LIBRARY
3
STUDY CHAMBERS
LECTURE THEATERS
2 1
LIBRARY GROUND LEVEL SITE PLAN 1. LIBRARY / 2. GARDEN + STUDY CHAMBERS / 3. LECTURE THEATERS
NINE SQUARE BASE
AISLE + ATRIUM
CIRCULATION CORES
SECTION DIAGRAM
SPATIAL ORGANIZATION / The library is planned around a central atrium with the ground level is dedicated to the more public functions of a contemporary library - cafe, reading lounge and bookstore. The upper levels contain the bookstacks and special collections with the tradition light-filled spaces of the reading rooms and study carrells on the uppermost level.
ENTRY TO GARDEN
EAST (ENTRY) ELEVATION
WEST (COURTYARD) ELEVATION
READING ROOMS
OFFICE
CAFE / BOOKSTORE
ARCHIVES
PUBLIC LOUNGE
NORTH ELEVATION
READING ROOMS
STACKS
STACKS
PUBLIC LOGGIA
CLOISTER COLONNADE
PAVILION ON THE GREEN New Haven, CT
Fall 2010 | ACADEMIC 1062 Computation + Fabrication John Ebergart Yale School of Architecture Project Team: Nathan Saint Clare Zachary Heaps Daniel Dickens
n
PROJECT / Modeled on the program of the Serpentine Pavilion program in London, we were to design a 1000 sqaure foot pavilion to be located on the New Haven Green. Required was the use of multiple fabrication technologies and the contruction of a 1:1 scale sectio.
pentagonvariations
curve
base_p1
p2
p3
pentagonvariations
PROCESS / Grasshopper was used to design, visualize, and rapid prototype the pavilion whille contemporary fabrication technologies were utilized to fabricate three full scale frames of the pavilion.
p4
base_p1
p2
p3
p4
1062a _computation and fabrication
curve lofting
en
a2
a2
b2 a3
a1
b2
a3
a1
b1 a4 frame frame a a
c2 b3
c3
b1
c1 b4
a4
c2
b3
frame frame b b
c3
c1
b4
c4
c4
frame frame c c
ge on green swiss swiss armyarmy stylestyle overlap overlap reduces reduces storage storage and transport and transport space space
lofted surfaces lofted surfaces lofted surfaces
curve points sin sin curve points sin curve points
projected curve vectors projected sin sin curve vectors projected sin curve vectors
vector paths generate frame sequence vector paths generate frame sequence vector paths generate frame sequence
final frame sequence
three frames for fabrication
b
b
EIGHT DAYS IN THE BRITISH COUNTRYSIDE A Travel Sketchbook
Spring 2012 | ACADEMIC 4223 History of British Lansdscape Architecture Bryan Fuermann Yale School of Architecture
The Drawing Project: Our trip to England in March offered a chance to challenge the ubiquity of control that the digital camera has over student travelers. The infinite storage offered by digital photography, means that much of the students experience abroad is framed behind a camera’s lens and thus further removed from reality. Numerous pictures are taken, some are sorted and posted, but rarely are they ever analyzed or thoughtfully considered after the initial aperture closes. The hand, along with its critical capability, has too long been rendered dormant. It is for these reasons that for my seminar project I created a book of drawings. Inspired by Laurie Olin’s great publication “Across the Open Field: Essay’s Drawn from English Landscapes,” I have produced a visual record of my eight days in the British countryside and sadly was only able to capture a fraction of what I saw - volume two will be coming soon.
MARCH 8 STONEHENGE
MARCH 8 STOURHEAD ESTATE
MARCH 8 STOURHEAD ESTATE
MARCH 9 CITY OF BATH
MARCH 9-11 UNIVERSITY OF OXFORD
MARCH 9-11 UNIVERSITY OF OXFORD
MARCH 10 ROUSHAM HOUSE
MARCH 10 BLENHEIM PALACE
MARCH 11 STOWE HOUSE
MARCH 11 STOWE HOUSE
MARCH 11 STOWE HOUSE
MARCH 12 STUDLEY ROYAL | FOUNTAINS ABBEY
MARCH 13 CASTLE HOWARD
MARCH 13 CASTLE HOWARD
MARCH 13 CASTLE HOWARD
MARCH 14 CHISWICK HOUSE
MARCH 15 HAMPTON COURT PALACE
THE GEOMETRY OF LOUIS I. KAHN WITH ERIC ZAHN
Spring 2012 | ACADEMIC 3214 - Construction of Exactitude Karla Britton Yale School of Architecture
PROJECT / Most of the scholarship on Kahn focuses on the metaphyical and not the analytical. This avoids the more formal connections Kahn has with the classical tradition vis-a-vis his Beaux-Arts training. We endeavored to organize and analyze Kahn’s built work in order to more accurately place in within the classical tradition and identify a previously underexamined area of his work.
14 COURSES
13 COURSES
12 COURSES
11 COURSES
10 COURSES
SINGLE COURSE +/- 4” SETBACK
FINAL / The major component of the final project was to chronologically document and analyze Kahn’s built work. We used a base floor plan (sometimes he preferred to use the reflected ceiling plan) and then proceeded to identify the underlying proportional structures at work. The final board size was 42” x 120” with all the projects at the same scale.
YALE ART GALLERY
TRENTON BATH HOUSE
1951
1954
RICHARDS MEDICAL RESEARCH LABORATORIES
TRIBUNE REVIEW PUBLISHING C OMPANY
FIRST UNITARIAN CHURCH
SALK INSTITUTE FOR BIOLOGICAL STUDIES
BRYN MAWR DORMITORIES
GOLDENBERG HOUSE (UNBUILT)
1957
1958
1959
1959
1960
1960
SALK INSTITUTE FOR BIOLOGICAL STUDIES
BRYN MAWR DORMITORIES
GOLDENBERG HOUSE (UNBUILT)
INDIA INSTITUTE OF MANAGEMENT
NATIONAL ASSEMBLY BUILDING
DOMINCAN MOTHERHOUSE (UNBUILT)
1959
1960
1960
1962
1962
1962
NATIONAL ASSEMBLY BUILDING
DOMINCAN MOTHERHOUSE (UNBUILT)
1962
1962
FISHER HOUSE
1964
PHILLIPS EXETER ACADEMY LIBRARY AND DINING HALL
1965
ARTS UNITED CENTER
KIMBELL ART MUSEUM
1973
1966
YALE CENTER FOR BRITISH ART
1969
FISHER HOUSE
1964
TORRE MACRO BANK TOWER Buenos Aires, Argentina
Summer 2011 | PROFESSIONAL Pelli Clarke Pelli Architects New Haven, CT
RAISED FLOOR FOR DATACOMM
MECHANICALLy VENTILATED UNITIZED CURTAIN WALL SySTEM
SUPPORT BRACKET
MECHANICALLy VENTILATION
Curtain Wall Section Perspective (Rhino)
TORRE MACRO TOWER Process to analyze curtain wall panel planarity in a complex free form surface. (8 august 2011)
SOFTWARE: Rhino 4 (evolute tools plugin – base demo module – http://www.evolute.at ) Rhino 5 (paneling tools plugin – on network)
PROCESS: STAGE 1: CREATING A BASE GRID 1. (rhino 5) Take half the footprint curve (torre macro is bilaterally symmetrical) and leave the curve at the base of surface). 2. Use ‘measure’ command. Set interval to the desired panel interval (1m) and create points. 3. Draw lines on the exterior from those points normal to the base surface, Use ‘line:surface normal’ command from ‘lines’ toolbar. These will be the vertical mullions after they are projected onto the surface, 4. Offset base curve to the interior (far enough to overlap the base surface in plan. 5. Extend radiating lines to the offset interior base curve (far enough to overlap the surface in plan view. 6. Project lines onto surface from plan view. 7. Contour the surface with the desired floor to floor heights (3.9m). STAGE 2: CREATING A PANEL SYSTEM 1. (rhino 5 – paneling tools) Use the ‘create paneling grid / intersect grid of curves) follow command prompts.This generates a three- dimensional point grid. There will probably be some holes around the boundaries. 2. Manually add remaining points at grid intersection. 3. (This point grid can be used to generate a quick paneling system with the paneling tools. However, the panels can be offset from each point. *I didn’t cross reference these surfaces from the final to verify any discrepancies) 4. Use this point grid to manually draw four-point surfaces in areas of concern. 5. *Grasshopper should be able to generate surfaces from this point grid, if points are sorted properly. Under study now. 6. Save as Rhino 4 file. STAGE 3: ANALYZING SURFACE PLANARITY 1. Create mesh from surfaces. Mesh / From NURBS Control Polygon 2. Join mesh. Mesh / Mesh Boolean / Union 3. Evolute Tools. etAnalyzePlanarity. This shows range of surface deformation. 4. The default setting shows the ‘max range’ of surface deformation in the units of the project. This is measured from the surface/ panel’s centroid so the total deformation across the whole panel is 2x this number. 5. Manually override the range with the specific tolerance for a given project. Torre Macro is using a 4cm acceptable bending tolerance of a double-glazed glass panel so input a 2cm range. 6. Manually adjust each mesh pane point to respond accordingly until each panel falls within a given toler ance. 7. Check the final mesh against the max range. The max should be under the desired tolerance.
MMOCATAD ROF ROOLF DESIAR
DETALITNEV yLLACINAHCEM METSyS LLAW NIATRUC DEZITINU
TEKCARB TROPPUS
NOITALITNEV yLLACINAHCEM
计设案方念概 场广达万州通京北
65
INTERIOR ATRIUM