INTERFACE MOVEMENT + INTERACTIVITY

SYSTEM CRAFT+TECHNOLOGY

INFRASTRUCTURE URBANISM+CULTURE

PERCOLATEPROLIFERATE

ADAPTIVE PREFAB

RECONFIGURE

EXPOSING PROCESS

MORSE+STILES

ISEEE

TEMPORALTYPOLOGY

1

2

3

ASSIMILATING CONSUMPTION

URBAN STAGE

02

03

04

05

06

07

08

09

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

COMPOSTINGMEDIANS

2

1

FARMINGTON CANAL PATHlooking toward Hamden

HILLHOUSE STREETlooking north away from campus

PEOPLE

GROUP STUDfull glazing and sunnatural ventilation

ADMIN, CLASSROOM, LOADINGlouver system for minimal light levels, artificial task lighting, natural ventilation

READING RMnorthern exposure, filtered eastern and western light

MODULES LOADING/PROCESSING PUBLIC EROSION PUBLIC ROUTE/INTERFACE

A

ED B

C

VAULT, GALLERYhighly protected light levels, motion activated local artificial lighting, highest mechanical control

LIGHT LEVEL 4 (25LIGHT LEVEL 3 (150-200 lux) LL 2 (100 lux)LIGHT LEVEL 1 (0-50 lux)

ELEVATOR

PROCESSING

VAULT (16700sf)

PROCESSING (2000sf)

READING ROOM (6000 sf)

CLASSROOMS (1500 sf)

LOADING DOCK (3000 st)

ADMINISTRATION (1500 sf)GROUP STUDY (1000 sf)

ARCHIVING (3000 sf)GALLERY (5000 sf)

ROO

M S

IZE

5 10 20 100 150 200 250 500

TO CANALPATH

TO TEMPLESTREET

TO PREFUNCTION/

THEATER

My main idea is to express the circulation and processing of visual materials, exposed through circulation routes that allow visitors to selectively navigate through these normally off-limit zones. The proposal also incorporates a connection to the Farmington canal greenway, facilitating a connection to temple street and sponsoring a new bike path to the center of the green. In massing, I used two rows of compact storage modules and a central access path stacking these to the six stories to continue the urban edge. Inserting a loading dock along the back edge to sponsor a processing/admin bar to frame a front lawn and respecting the suburban scale. The entry sequence for the public first involves the underground digital interface, a basement level connection with digital display screening the digital storage modules behind. The tunnel and street level paths parallel the processing facilities to the right and converge at the lobby, lodged in plain view of the loading dock. From this point, event and researcher paths break encountering a myriad of connections to the material of the archive and between users.

1 (individual studio project)

4 mo (09-12.2009)

INSTRUCTOR Joel SandersSITE Corner of Trumbull Street and Hillhouse Ave,New Haven, CTPROGRAM extension of Bieneke Library’s current facility, vault, archivist process spaces, offices, reading room, group meeting, classrooms, theater

150,000 sf (building)

EXPOSINGPROCESSThird Semester Graduate Studio, Fall 2009

02

03

1

INTE

RFA

CE

MO

VEM

ENT+

INTE

RAC

TIV

ITY

5

6

3

4

34

1

66

7

5

6

2

8

6

6

9

5

5

+51

+63

+75

-12

+12

+3

-27

+0

+15

-15

+39

+27

DELIVERY

RECIEVING

PROCESSING

SECTION A11. start of researcher loop2. underground bike path connection3. recieving / loading dock (2/2)4. shipping / loading dock (1/2)5. waiting cafe6. vault

TO TEMPLE STREET

MATERIALS

1. digital gallery2. underground bike path connection3. entry from grade4. lobby / front desk5. theater / projection6. classrooms7. gallery8. group collaboration9. open green roof

SECTION A2

CIRCULATION

CIRCULATION

MATERIALSPEOPLE

READINGROOM

CLASSROOMS

DY, CAFÉ, CIRCULATIONn exposure,

ARCHIVING

RESEARCH

PHYSICAL STORAGE

RESEARCHOPEN GALLERY

COLLABORATION

ARCHIVING

PREFUNCTION

THEATER

TRUCK CAR BIKE PEDESTRIAN

DIGITAL STORAGE PROCESSING

LOADING

SECUREGALLERY ADMINISTRATION

50-1000 lux) IN

TO GREEN

LINK

TO WATER

TO W

HIT

NEY

GRE

EN

TO BI

ENEK

E

TO HAMDEN

FROM I-91

STRE

ET P

ARK

ING

OUT

WAITING/CAFE (750 sf) luxlux750

MM

AAAAAAAAAAAA

TOTTOT

-10

-15

-12.5

-10

-10

-7.5

+0

-5

-5

+0

-12

-5

+0

IN

BSECTION B

A2

OPEN TO BELOW

98

-5/+0: LEVEL 1

3 45

6

7

98

1

2

B

DN

+12

+7.5

+13.5

+3

+0

A1

A2

B B

A2

A1

B

A2

A1

B

A2

A1

B

A2

A1

B

A2

A1

A2

SECTION B

4

+39: LEVEL 4+27: LEVEL 3

+15: LEVEL 2

+3: LEVEL 1.5

1

(SH

ARED

PAR

KIN

G)

3

5

2

2

67

1

23

4

4

1

1. pedestrian path from grade2. bike path from farmington canal3. main lobby4. front desk5. stairs to recieving/waiting6. ramp to theater/event7. vault below8. parking and digital storage below9. elevator lobby / bicycle parking

1. retrieval waiting 2. research area (1/4)3. archivist area (1/4)4. vault5. classrooms6. admin storage7. admin offices8. admin conference9. bathrooms

1. research area (2/4)2. archivist area (2/4)3. reading room (1/2)4. digital research5. vault6. gallery7. admin offices8. admin conference9. bathrooms

1. vault 2. individual research3. reading room (1/2)4. archivist area (3/4)5. research area (3/4)6. group collab (1/2)7. roof deck

1. vault2. archivist area (3/4)3. research area (3/4)4. group collab (1/2)

1. vault

1. shipping/loading (1/2)2. vault 3. theater 4. prefunction 5. bathrooms 6. control room / storage 7. truck parking 8. digital storage / display 9. digital gallery

3

2 1

7

1. recieving/loading dock (2/2)2. vault3. sloped grass over theater4. processing storage5. processing stations6. bathrooms

+3: LEVEL 1M

7

1

4

5 6

6

5 7

1

2

3

+63: LEVEL 6

-12: LEVEL B1

2

3

43

42

5

1

6

79

8

9

6

5

7

55

+51: LEVEL 5

87

6

04

05

study model sequence

final site modelview from Farmington canal

06

07

final sectional modelthrough main entry and auditorium

Level 327’-0”

Level 439’-0”

Level 551’-0”

Level 327’-0”

Level 439’-0”

Level 5

51’-0”

Level 1M3' 0"

Level 215' - 0"

Level 327' - 0"

Level 439' - 0"

Level 551' - 0"

Level 663' - 0"

Roof75' - 0"

24

Jacob Dugopolski

Laura Wagner

Phillip Winn

YALE SCHOOL OFARCHITECTURE

180 York StreetNew Haven, CT 06511203.432.2288

SCALE:

DATE:

DRAWN BY:

INTEGRATEDARCHIVINGFACILITYYALEUNIVERSITY

Laura TurlingtonArchitectural Consultant

Bob HaughneyMechanical Consultant

Ken GibbleStructural Consultant

DRAWING NAME:

MIDREVIEW

DATE AMMENDMENT

DRAWING NUMBER:

SYSTEMS INTEGRATIONARCHITECTURE 2022b

1/16" = 1'-0"

Envrion Section Lobby

M3.1

03/04/10

JD

1/16" = 1'-0"1 Envrion Section Lobby

ZONE 1

ZONE 1

ZONE 1

ZONE 1

ZONE 1

ZONE 1 MECHANICAL

EXTERIOR(ENTRY PATH)

EXTERIOR(BIKE PATH)

EXTERIOR(LOADING ACCESS)

LABRYNTH

PLENUM

EXTERIOR(ROOF TERRACE)

ZONE 1

ZONE 1

ZONE 1

ATRIUM

ZONE 1(THEATER)

SCALE:

DATE:

DRAWN BY:

INTEGRATEDARCHIVINGFACILITYYALEUNIVERSITY

Ken GibbleStructural Consultant

DRAWING NAME:

FINAL REVIEW

DATE AMMENDMENT

DRAWING NUMBER:

SYSTEMS INTEGRATIONARCHITECTURE 2022b

Cover Sheet

AA0.0

05/07/10

JD

M3.3 Environ Section Reading

S0.1 Structural GridS0.2 StructS0.3 StructS1.1 First FS1.1M 1M FlS1.2 SeconS1.3 ThirdS1.4 Fourtrr hS1.5 Fiftff h FS1.6 SixthS1.B1 BasemS1.B2 FoundS1.R Roof Structural

DRAWING INDEX

SHEET NAME

A0.0 Cover SheetA0.1 Room ScheduleA0.2 Egress DiagramA0.3 Site Level 1A0.B1

A1.1A1.1MA1.2A1.3A1.4A1.5A1.6A1.B1A1.B2A1.R

A2.1A2.2A2.3A2.4

A3.0A3.1A3.2A3.4 ionA3.5 nA3.6

A5.1 A5.2 erA5.3 RooffA5.4 ation

A8.1A8.2

M0.1M0.2M0.3M1.1M1.1M anM1.2M1.3M1.4M1.5M1.6M1.B1M1.B2M1.R

M3.1M3.2

view of lower court from central passage / Revit composite of reading room

cover sheet from systems integration elective / Revit composite of research path

KieranTimberlake, 2006-2008

08

09

One of the last works designed by Eero Saarinen and completed in 1962, these two residential colleges have a rich history and architectural prominence. Built in the style of pre-Gothic Tuscan towers, the rubble masonry and lack of right angles form an amazing shell but with time the inside has worn and become outdated.

Program for the renovation includes an expanded servery, new kitchen, and a considerable amount of additional social and recreational space, now housed in the dark concrete quarters of the basement. As part of this intervention we sought to re-define the identity of the colleges especially in relation to each other. This was achieved in part through establishing a material language for layering new texture and linking to the addition. Part of the challenge was working a new cohesive flow into a very rigid existing structure. For the subterranean addition, we established battered walls and edge skylights within structural boxes aligned to the curving geometry of the two colleges.

PROJECT PRINCIPAL Stephen KieranSITE Yale University, Morse and Stiles Colleges designed by Eero Saarinen, New Haven, CTPROGRAM complete renovation of 180,000 sf and underground addition of 20,000 sf including a new auditorium and social/recreational spaces.PERSONAL ROLE focus on entrance lobbies and stairs down to addition, help with design and detailing of underground addition, physical model, presentation images

view of lower court from central passage stairs to addition on Morse side

7 (work team)

(08-10.2006+06-11.2007)

200,000 sf (building)

MORSE+STILES

9 mo

addition plan (overlay by Olin Partnership) Morse stair material option, from Revit

completed addition corridors completed Morse stair sequence

underground addition model (personal role - coordination and creation)

Traveling Graduate Studio, Summer 2010

INSTRUCTORS Stephen Harby, Alexander PurvesTOPIC analyzing the public space making techniques of Raguzzini and ValadierSITES Santa Maria della Pace, Piazza di St. Ignacio, Piazza del Popolo

10

11Forming the urban space as a three dimensional scene in relation to its place in the city and the buildings they look to aggrandize, I traced the connections between the reinventions of Santa Maria della Pace (1667), Piazza di St. Ignacio (1727) and Piazza del Popolo (1793). Even though they start with very different needs, all three use transforming ideas of framing and layering to create dynamic urban spaces. I analyzed these strategies of framing and layering in each and project, through approach, urban experience, and strategies of revealing. These projects show the progression of these ideas about urban experience through the Baroque, Roccoco, and Neoclassical periods, how each translated planes to theatricality.

This was a two week independent drawing project generated on site as part of a four week Rome drawing studio exploring continuity and change in the cities major architectural sites, topography, and systems of urban organization.

1 (individual project)0 sf (drawing)

URBAN STAGE SET

2 wks (06.2010)

Santa Maria della Pace

1

In 1656-1667 Pope Alexander VII had the edifice restored by Pietro da Cortona, who also added the famous Baroque façade projecting from its concave wings: this, devised to simulate a theatrical set.

2

Raguzzini’s solution to relieving the small forecourt of St. Ignacio was “turning the visual angle around” transferring the emphasis from the church façade to the entire ensemble of buildings. By using overlapping ovals to create the concave facades and corners, the layering of buildings both extends the depth of the space and provides a layered backdrop for an even greater dramatic realization of the church façade.

3

Valadier’s connection up the hillside, linking with Pincio, the Pincian Hill of ancient Rome also provided a theatrical backdrop, resolving layers of access and views into a new access for the piazza. He also used a framing of palazzi that provide the edges for this scenography.

Piazza di St. Ignacio Piazza del Popolo

FLOATINVIEWING[-8’]

PROGRAM BREAKDOWN

people from park, riverfront path

kayaks from the East River

STORAGERENTAL

STORAGE

REPAIR OFFICE

EVENT

PREPSEATING

BATHRM

CIRCULATION

84th Street

Vern

on B

lvd

Broadway

East R

iver

83rd Street

Making use of the visual and experiential effects of the moiré pattern, this project uses shifted programmatic grids to filter and connect Socrates Sculpture Park, the Long Island City Boathouse, and the greater Long Island City community. Maintaining the outer path following the edge of the East River and creating an urban street edge along Vernon Boulevard, the intervention connects both edges through a network of paths around the overlaps of three misaligned striations. These overlaps are composed according to external influences and become pavilions or enclosed spaces which at the speed of movement across the site create moirés intensified according to a catalog of speeds.

1 (individual studio project)

3 wks (09.2008)

INSTRUCTOR Ben PellSITE Socrates Sculpture Park, Long Island City, NYPROGRAM boathouse, educational space, offices, community meeting space, bicycle rental

OPEN HOUSE EXHIBIT 09.2008RETROSPECTA 05.2009

150,000 sf (landscape-building)

PERCOLATEPROLIFERATEFirst Semester Studio / Project 1, Fall 2008

12

13

THIN THICK

OPEN CLOSED

OPEN CLOSEDCLOSEDPARALLEL TO GRAIN PERPENDICULAR TO GRAINOPEN

MOIRE WALLS WINDOW OPENINGSPOSTING WALLSBIKE RACK: 9" DISPLAY WALLKAYAKS: 18"SEATING: 12"

SOLID WALLFILTERED WALL

SM DOORLG DOORSM PATHLG PASSAGEPROGRAM (varies)6" 9" 12" 18" 24"

POSTING: 12"DISPLAY WALL: 24" CAFE: 12"KAYAKS: 18"BIKE RACK: 9"

SEATING AREA (BELOW): 12"

SEATING AREA (ABOVE): 12"

CHANNEL: 12"

SEATING: 12"

SCREENING: 12"

EVENT: 12"

vertical or near vertical walls visual effect along pathways

in solid program walls allowing for specific light entry

near entrances and key pointsfor park and community postings

alternating cuts up and down

sloped rack with protective higher strip

random placement in cafeand relaxation zones

moire pattern bike storage typical solid wallblending width

kayak storagelarge wall width

movie screenbuilding entrance

moiré wall moiré wallmoiré wall

moiré wall

flat display front, back combined with cafe

sloped rack with protective higher strip

larger seating plateaus

depressed group seating areas

alternating cuts up and down

simple enclosure with varying profilesfurniture formed through system, allowingfor light entrance correlated

simple storage and counter arealocked storage adj.

thin water elementconnection to water

sporadic seatingaround the park

separation of paths, program zone filters

interlocking pieces, tilting towards viewer

VARIES VARIES VARIES APPROX 6' 4'0" 1'0"

8'0"

1'-4"

20'0"

4'0"

section catalog

plan catalog

elevation catalog

EAST RIVER

NG CLASSROOM/G TERRACE ABOVE

SEASONALSTORAGE

STEPPED SEATING

[-4’]

[-4’]

[0’]

[0’]

CAFE

INDOOR SEATING/VIEWING

STAGE

DISPLAY SCREEN AND OPEN AIR

THEATERCOMMUNITY

MEETING

CITY INFO DESK

BIKE RENTALOFFICE

BIKE RACK/RENTAL

BIKE RACK/RENTAL

[WATER -2’]

[WATER -2’]

[SEATING -2’]

[SEATING -2’]

[WATER -2’]

[WATER -2’]

[WATER -2’]

EVENT SPACE

POSTING WALL

KAYAK RENTAL OFFICE

CAFE/PHOTO

BACKSTAGE/SUPPORT

CAFEBATHROOM

SEASONAL KAYAK RACKS

LONG TERM KAYAK RACKS

[-8’]VIEWING

PLATFORM

KAYAK REPAIR/NATURE CENTER

SEATING AREA

SEATING AREA

SEATING AREA

SEATING AREA

PROGRAM ZONESpeople from park,secondary entrance

bicycles from South Vernon Rd

community accessfrom Vernon Rd

bicycles from North Vernon Rd

r

SITE FLOWS/DISTRIBUTION

section B: fast path

section A: slow path

top view of interlocking systems

14

15

view of corridor, entry posting wall and bike rack

A vertical entry system between12 stacked units

units/stairs morphology

B sectional shift for greater adaptability

between units, possible subdivisions

C compacting plan through staggered

stairs, become internal to units

D optimizing per flat ground condition

variable unit sizes on either end

shaping massing to address street,

capture sunlight toward back of sitecommon space, street frontage

common space, internal/views

church connection,laundry room, circulation node

E optimizing per site, adding common

spaces, carving passage through

+12 +8

B

B

A

A

B

B

B

A

B

A

A

A

dn

dn

dn

D3D4

D5D6

E5E6

E7E8

up

E7E8

(bridge)

F4

up

P2 P3

up

bike rack

LOBBY

up

D2D1

bridge

open

COMMON300 sf

U1

informal/living room

patio150 sf

up

MECH

100 sf

COMMUNITY MEETING / DINING

450 sf

ADMIN/INFORMALGATHERING

450 sf

P5P4

P1

LAUN

to church

to street

dn

F1

ramp dn

up

updn

up

up

U1

U1

U2

U2

U1

U2

U1

F2

up

dn

up

dn

E4E3

STUDY100 sf

dn

dn

C1C2

C3

up

F3

C4

+4

+8

-4

+0-2

-4

+16

-4

+0+1.0

-4

-4

+0

+4

+8

+12

+16

+20

+24

+28

+32

+36

+40

+24

+20

+16

+12

+8

+8

+12

-4

+20

+36

+28

+20

+12

+2.0

+3.25

+24

+12

+28

-4

+24

-8

+20

+16

+12

+0

+8

+4

+4

+12

+16

+20

+28

+12

+4

+0

+4

-4

-4

+0+0

-4

+8

+4

16

17

2 S

YSTE

M C

RAFT

+TE

CH

NO

LOG

Y

In relation to the constantly changing family size of the immigrants entering the neighborhood and church, this assemblage of units needed to address flexibility and community integration as its core. Through a similar operation of stacking and shifting the main living spaces along the south facade as well as interlocking the utility functions on the north, the units formed a network easily adaptable for hundreds of combinations. Working the assembly at both the urban and unit scale bringing unique intersection into the site and connecting across lots to the sponsoring church.

each unit accessed by two prefab stair assemblies, composed of three furniture prefab elements, option for one 150 sf habitable room or two (2) 70 sf additions habitable rooms adaptability of unit combinations to accommodate individuals to families,100s of options from 11 units to 1 unit

1 (individual studio project)

3 wks (02.2009)

INSTRUCTOR Peter de BrettevilleSITE 8-10 West Street, New Haven, CTPROGRAM ten units of affordable housing and communal areas

YALE STUDENT EXHIBITION 05.2009RETROSPECTA 05.2009

50,000 sf (building)

ADAPTIVEPREFABSecond Semester Studio / Project 3, Spring 2009

to

to

solor hot water heaterpanel, South elevation ifno door to terrace

18

19

47x

5x3x

7x

F1A

F1B

F2A

F2A

F3C

F3C

F3A

F3A

F3A

F3A

F3A

F3B

F3B

F3BF3A

F3B

F2A

F2A

F2A

F2A

F2A

F2A

F2A

F2A F2A

F2A

F1B

F1A

F1A

F1B

F1A

F1A

F1B

F1AF1B

F1A

5x12

-0x

0-12

x6x

4x2x

F1A

S1 internal stair assemblywith frame attachements for additional unit above and below

U1 kitchen/bathroom assembly4 structural bays wide, possible access from three units

entry/exit unit division, storage, bed slot, stair up South to North

entry/exit unit division 7.5o rotation, storage, stair up South to Northentry/exit unit division 7.5o rotation, storage, stair up North to Southentry/exit unit division no rotation, storage, no stair, glass behind

no stair, glass behind

mid-unit division, storage, workspace, open between halvesmid-unit division, storage, workspace, closed between halves

closed between halves

entry/exit unit division, storage, bed slot, stair up North to South

stair up North to South

F1B

F2AF2B

F3AF3BF3C

U2 kitchen/bathroom assembly3 structural bays wide, possible access from two units

dark floor surfaceas infill and

absorber

division point:180 door

F2A

F3A

wood decking

possibledivision point

bath

kit

door toterrace

door toterrace

r

st division point:180 door

U1/U2

RELAX

S1/S2

F3B

TERRACE(+0)

translucent wall(nanogel)

F2A/B

ZONE 1:8" CONC

plumbing and electricalconnection at +2' to North elevation

service panels

F1A/B

S1/S2

U2

ZONE 2:4" WOOD

ZONE 2:4" WOOD

ZONE 3:2" WOOD

ZONE 3:2" WOOD

F3A/B/C

kit

bath

division point:90 door

solar hot waterheater on non-operablestair unit

up

dn

dark floor surfaceas infill andabsorber

SLEEP

WORK

U1

+44

+0

+40

(up) +8

-4

+4

(dn)

+36

+32

+28

+24

+20

+16

+12

+8

+4

(up)

+0

-4

+52

+48

-8

APR

20

DEC 21JAN 21FEB 20

MAR

20

JUN

21

MAY

21

N S

20

21

1

2

3

5

4

6

In our proposal, we developed a coupling mechanism that allows for dynamic cohabitation between the owner and the tenant. The tenant is treated as part of the utility of the house, along with the mechanical systems of the house. The two main construction systems are the SIP panels for the exterior envelope and conventional balloon framing for the inside structure. The SIP panels make up a neutral and systematic enclosure that is efficient in terms of thermal performance, construction labor management, and sequence/ease of assembly. The internal armature is a result of both the needs of the owner and the tenant, shaping spaces as a result of the clustering of program. In this framework, plug-in furniture allows for labor to be distributed across the team of interns for greater detailing through the span of construction. The shell or container system is more static and systematic; it responds to the local context and allows for the house to participate in the local condition or urban fabric. The internal system of construction on the other hand is active, made of multiple layers, adaptable and flexible per site condition and needs of the occupant. Both systems are replicable and have possibilities beyond this site while also interacting on the human scale to sponsor dynamic cohabitation.

2 mo (03-04.2009)

INSTRUCTOR Alan Organschi, CoordinatorAdam Hopfner, Building Project DirectorSITE 10 King Place, New Haven, CTPROGRAM two family house - accessible ground floor unit with three bedrooms, rentable tenant unit with one bedroom

PROJECT MANAGER (1 OF 2) 02-09.2009 WINNING BUILDING PROJECT TEAM 04.2009BUILDING PROJECT INTERN 06-08.2009

RECONFIGURE

10 (group project)2,000 sf (building)

1 owner porch2 bedroom window3 bath skylight4 kitchen skylight5 living room window6 tenant balcony

Second Semester Studio, Spring/Summer 2008

sheetrock

metal roofing, exterior cladding

MEP

insulation, windows, stair, exterior drs

waterproofing

ridge, SIPs2nd floor framing2nd floor decksills, beam, 1st floor deck and framingexcavation, foundation, slab

CASE

WO

RK/M

ILLW

ORK

DRA

WIN

GS

DU

E

CD S

ET D

UE

SIPS

PA

NEL

S A

RRIV

E (Breakfast Woodworks Inc.)

SIPS

SH

OP

DRA

WIN

GS

DU

E

millwork and casework fabrication beginsmillwork & casework testing and fabrication - YSOA shopSIPs order placed

millwork/casework revisionmillwork/casework designSIPs revisiondesign documentation

21147312417103 JUNEMAY

landscape formwork pouring begins for ramp sitework remainder (decks & porches, walls, etc)SITEWORK

CONSTRUCTION SITE

SUPPLY CHAIN & OFF-SITE FABRICATION

DESIGN PRODUCTION

1 owner porch2 kitchen3 eating4 living room5 master bedroom6 bathroom7 bedroom8 washer/dryer9 owner back porch

1

2

3

4

5

6

78

9

6

7

section Csection Bsection A

C

B

A

22

23

5

doors

12 19 AUGJULY

CASE

WO

RK/M

ILLW

ORK

REA

DY

TO IN

STA

LL 26 2 9 16 23

punch list (all teams)

28

millwork/casework installation painting

tilingflooring interior detail

RE-ORGANIZATIONINTO 3 TEAMS

walls

INTERIOR TEAM 1

storage

INTERIOR TEAM 2

SITEWORK TEAM

kitchen

fencing, paving, lawn Final MEP

TERM ENDSINTERNS CONTINUE

1 bedroom2 bathroom3 eating4 kitchen5 living6 tenant balcony

12

34

5

6

owner living room/eating/kitchen

tenant living room/eating/kitchen

king street elevation building project 2008

4'-0" RO

8'-8 1/4" RO WINDOW

8'-0

" RO

WIN

DO

W

5'-6

1/2

" RO

33'-1"16'-6 1/2"6 1/2"

16'-0"

10'-2

"

16'-6 1/2"

16'-0"

16'-7

1/2

"

20'-2 5/16" 20'-2 5/16"

FACWIR

FACTORY INSTALLEDWIRE CHASE

FACTORY INSTALLEDWIRE CHASE ATTIC

8'-0" RO WINDOW

9'-9

1/4

" RO

5'-7 3/4"

20'-3

7/8

"

32'-0"6 1/2"6 1/2"

33'-1"

20'-2 5/16"

13'-8 9/16"

16'-7

1/2

"

18'-2 1/8"

4'-0" RO

8'-0

" RO

4'-0" RO

4'-1

1 5/

8" R

O

4'-1

1 5/

8" R

O4'-0" RO

44'-0"

16'-0"

28'-0"

FACTORY INSTALLEDCONTINUOUS WIRE CHASECOLUMN BEYOND (3) 2x6COLUMN BEYOND (3) 2x6

9'-1

38"

6'-5

58"

T.O. 2ND FLOOR

2ND FLOOR WIRECHASE

BEAM NOTCH

TOP OF EXT. WALL= +18'-3-3/4"

F.F. @ FIRST FLR= +1'-9"

F.F. @ SECOND FLR= +11'-11"

F.C. @ SECOND FLR= +20'-11"

N1

N2a

N3a

N4a

N5a

N6a

N7

N2b

N5b N6b

N4b

N3b

S1a

S2

S3

S4a

S5

S6a

S7a

S6b S7b S8S1b S4b

E1 E2 E3a E4

E5 E6a E7 E8 E9 E10a E11

E3b E6b E10b

SIP shop drawings (coordinator)

cedar siding pattern (personal design)

front porch, opening evening

24

25

METROPOLIS MAGAZINE BLOG POST, WEEK 11:A TAXONOMY OF DECISIONS...To me, the most interesting parts of the Yale Vlock Building Project are the interpersonal dynamics and the group process of determination. As one of two project managers, my role is to be a peer-organizing element and a conduit to Adam, our project coordinator. Conflict is inevitable when the varying passions and perspectives of 49 classmates intersect. Keeping a hand on the pulse of the class is essential to maintaining a positive and cohesive flow forward. ...Collaboration in this context isn’t cut-and-dry. An evolving part of the Building Project course is learning about team dynamics and project delivery. In my mind, this is crucial and a much under-engaged part of architecture: how the many parts of the process work together to achieve the best possible result. Compared to the typical scenario, the building project throws 90 percent out the window, because we all have to agree on what that window is—type, size, exterior color, and interior finish (and then agree on how to install it correctly)....Since the beginning of the project, people have been asking me, What makes your house unique? I struggle to answer them in one sentence, because it is both the concept and the people—and both are constantly evolving. It is the SIPs, the interior/exterior “Jimmy” concept, and the site responses from solar to programmatic organization. But more importantly it is the people and the process; that is what really makes this house unique. Decades of team training and group analysis could not solve the intricacies of this dynamic, but that is the fun of it. Collaborative design is an uneven process of decision making and discovery.

6 1/2"

6'-5

1/2

"

CTORY INSTALLEDRE CHASE 4'-0" RO 8'-0" RO WINDOW

7'-8

1/2

" RO

WIN

DO

W

7'-8

1/2

" RO

WIN

DO

W

32'-0"

44'-0"

12'-0"

44'-0"

15'-1

1 9/

16"

FACTORY INSTALLEDWIRE CHASE

2ND FLOOR FACTORY INSTALLED WIRE CHASE

COLUMN BEYOND

BEAM BEYOND

N8

W1 W2 W3 W4 W5 W6a W7 W8 W9a W10a W11

W6b W9b W10b

owner living/dining/kitchen space

Fourth Semester Undergrad Studio, Spring 2006

The Dequindre Cut is an abandoned rail line that was constructed below street level, becoming overgrown and derelict since its last train run in 1960. Running from the Eastern Market to the Detroit River, this one mile stretch is a neglected but vital space to the City of Detroit and has the potential to initiate and merge with a larger system of greenways.

This project addresses how architecture can engage and compose the temporal; how it can become a scape in itself, an experiential progression that links the city and the cut. It addresses the blurring distinction between nature and artifice, especially how human and artificial cycles interact, converge, and conflate natural cycles for a better understanding of the other.

Working in a cross-grain motion to connect the current figures and voids, the project became a projective urbanism. It is a context sensitive yet flexible typology that can continue beyond the limits of the site, accommodating the growth and needs of the Greening of Detroit. Three main building/bridges and three land transformations were defined. This typology mixes and changes size to fit the context, growing and reshaping with time, developing and integrating across, along, and around.

existing cross path

existing longitudinal path

COURSE Arch 442, Arch Design IV (Final studio)INSTRUCTOR John ComazziSITE Dequindre Cut, Detroit, MIPROGRAM headquarters, nursery, and education space for the Greening of Detroit, public space for recreation areas, paths, relaxation

DIMENSIONS 20 02.2007

1 (individual studio project)

TEMPORALTYPOLOGY

4 mo (01-04.2006)15 blocks (urban design)

Branch: Education

Branch: Greenhouse/Maintenance

Branch: Project Manager/Leasable

Abandoned Bridge/Abutment

Nursery/Productive Landscape

Recreation/Leisure Landscape

26

27

3 IN

FRA

STR

UC

TUR

E U

RBA

NIS

M+

CU

LTU

RE

2'-213/16"

1'-913/16"

2'-71/4"

1'-101/2"

top perspective of one bridge combination, physical model

EDUCATION

PROJECT BRANCH

GREENHOUSE/SUPPORT

experiencing, learning winding path

tactile primary system, railings and rainscreen

direct access downservice, maintenance

hard and sleek surface structure, bracing

ramp access to officesquick path to nursery

primary building wrapwalls, stairs, ramps

SLOW WOOD

FAST METAL

MIXED CONCRETEsscesess

0’-0”

-25’-0”

0’-0”

-25’-0”

0’-0”

-25’-0”

28

29

0’-0” branch pair from St. Aubin Road, top of abutment

-12’-6” mid-level view, greenhouse branch

KieranTimberlake, Spring 2007

A major competition win for the firm, this massive building required a rigorous study involving the program, site, and sustainability. The floor area of four standard big box stores, the building has potential to redefine the University of Calgary campus. The main design concept was to use the building as landscape in shaping new interdisciplinary connections and a strong campus grain.

I was an integral part of shaping the contextual strategy and building massing working directly with James Timberlake to create massing proposals, reshaping, refining, and re-rendering in a continuous iterative process. The site that I studied had two main proposals, the early version bridging across 32nd Avenue toward the research campus, and a later version defining a new edge along the road and connections into campus.

PROJECT PRINCIPAL James TimberlakeSITE University of Calgary, Alberta, CanadaPROGRAM Institute for Sustainable Energy, Environment, and Economy, LEED Platinum proposed building with wet and dry lab space, classrooms, offices, campus linksPERSONAL ROLE study of massing and contextual strategy, imaging and production of various site proposals, help with physical model and coordination of detail model

METROPOLIS MAGAZINE 08-09.2007, ISEEE rendering created personally on p111

programmatic mixing

University of Calgary campus with summer solstice shadows and site numbers

massing progression for bridge scheme

1

2

4

3

6

5

7

8

11

10

9

7 (work team)

4 mo (11-02.2007)650,000 sf (building)

ISEEE

30

31

site 1 site 3-4-5

site 11 site 7-9

site 4 bridge scheme across 32nd Avenue (personal role in design and imaging)

(personal role in imaging for all, led site 3-4-5 design)

3 (inderdiciplinary team)

2 mo (11-12.2010)0 sf (landscape)

MEDIAN COMPOSTINGFifth Semester Graduate Elective, Fall 2010

West Campus’s business park roots from Pfizer Pharmaceutical leave it with an abundance of parking spaces, intensive landscaping, and oversized loading docks. Under Yale University’s ownership and growing population there is a growing amount of horticultural waste from landscape maintenance, paper waste from office buildings, and vegetable waste from conference events and the cafeteria. To address this demand, our proposal is to reconfigure the flows internally and use existing parking lot medians as sheet composting sites and constructed wetlands. The system is a mix of waste management and water quality management through a designed experiment. With a potential for 21 cells utilizing existing gradation we plan to test the impact of composting mix on water quality and balance this by treating the nutrient rich water. The entire system will function to process the waste streams of West Campus on-site with little environmental impact while producing compost for use on-site or sale. It will also serve as an adaptive management tool that will help manage waste streams on West Campus.

COURSE Arch 4226a, Ecological UrbanismINSTRUCTOR Alexander FelsonSITE Yale University’s West Campus, West Haven, CTPROGRAM composting, constructed wetland

RETROSPECTA 12.2010YALE MICROLOAN FINALIST 02.2011

1469 sf

2996 sf1115 sf

3004 sf1035 sf

2617 sf801 sf

2347 sf

4377 sf1451 sf

3162 sf1146 sf

730 sf2773 sf

2127 sf

868 sf

2225 sf

1110 sf

1052 sf

1958 sf

683 sf

1515 sf

3267 sf 2560 sf

982 sf1232 sf

3033 sf 2524 sf

2140 sf

15 8

6

80

75

70

65

60

55

70

70

60

65

60

50 45

5

40

75

60

70

55

65

75 85

15 8

9

10

11

12

1314

16

17

18

1920

21

5

6

4

3

21

7

21"

18"

21" 10"

10"

24"

21"

21"

10"

6"

21"

15"

12"

10"

18"

12"

18"

12"

10"

10"

10"

10"

10"

48" R

CP

48" R

CP

36" R

CP

FRENCH

DRAIN

18"

18"

6"PERF.

12"6"PERF.

30"

15" 12"

8"

1 24" RC

15"

2"

TRENCHDRAIN

TRENCH

DRAIN

MH TYP.

MH

MH

12"CLAY

12" 12"

10"

15" R

CP

MH

MH

12" RCP

12" RCP

MH

12"

12" R

CP12

"

18"

15"

15"

15" R

CP

15" R

CP

15"RCP

15"R

CP

8"

15"

4"RCP

18"

18"RCP

18"

15

8

9

10

11

12

13

14

16

17

18

19

20

21

5

6

4

3

2

1

7

existing median areas

cell flow patterns / phasing

full experimental layout

full experimental layout

32

33

4

4

1

1

1

1

2

2

2

2

3

3

3

3

4

4

4

4

5

5

5

5

6

6

6

7

7

8

2

2

11

3

3

A. COMPOSTING SEGMENT2000 sf area

7416 cf / 274 cy

filter fabric = 250 cytop soil = 24 cy

END PARTITIONSxx 4x4 wood posts

xx 2x4 framing membersxx sf of acrylic

250 cy - composable area26% paper = 65 cy

26% leaves and needles = 65 cy 26% branches and twigs = 65 cy

11% grass clippings = 27.5 cy 11% vegetable scrap = 27.5 cy

C. CONSTRUCTED WETLAND 800 sf area

2352 cf / 87 cy

pipe connection to main =3 lf fittings = 5” to 12” main

B. CONNECTION867 sf area (varies)

100 sf pavement removed (varies)

pipe connection = 80 lf gravel covering = 100 cy

1 sheet composting2 grass planting on top soil layer over mound3 added concrete curb to balance plot size4 possible bench or alternate mound for seating in the void part of the cell5 existing curb and asphalt

1 asphalt cut area with 5” pipe inserted2 existing curb and asphalt3 new wall structure 4 sheet composting5 5” pipe connection at bottom of composting area, connection to edges of the plot to catch runoff

1 constructed wetland planting2 filtration material3 infill distribution layer with large stones4 added edge layer to wrap filter fabric over5 existing curb and asphalt6 5” pipe connection to composting cell7 asphalt cut area with 5” pipe inserted

1 existing curb and asphalt2 retain existing planting in void area of balanced plot3 outflow structure with water level adjustment4 connection to water main5 new edge piece to wrap filter fabric over6 outflow connection zone7 filtration material8 constructed wetland planting

3

BC

D

G

2

3

AINPUT 1

INPUT 2OUTPUT

INPUT 3

INPUT 1

INPUT 2OUTPUT

INPUT 3

FOOD

PAPER

LANDSCAPING

paper brought from home

paper delivery (office / newspaper)

FOOD CONSUMED

PAPER USED

CENTRAL LANDSCAPING

FACILITY

CAFETERIAMAIN

LOADING DOCK

LANDSCAPING

all food and container waste

cafeteria food waste

recycled paper

GROUND AND ENTERS WATER STREAM (CITY FINE)

TO CITY WASTE FACILITY (CITY CHARGE)

RECYCLED BY THE CITY

TO CITY WASTE FACILITY (CITY CHARGE)

FERTILIZER

TRANSPORTED TO LOCAL FARMS OR WASTE FACILITY

paper thrown away

reused on site

excess landscaping waste

food brought from home

food delivery

landscaping supplies

2

3

5

BC

D

G

INPUT 1

INPUT 2

INPUT 3

FOOD

PAPER

LANDSCAPING

remaining waste: animal waste, adhesives, etc.FOOD

PAPER UTILIZED

INDIVIDUAL BLD LOADING DOCKS

CENTRAL LANDSCAPING

FACILITY

CAFETERIAMAIN

LOADING DOCK

NU

TRIE

NT

RIC

H S

OIL

NU

TRIE

NT

RIC

H R

UN

OFF

LANDSCAPING

other recyclable waste: plastics, metals

organic food waste

used paper

landscaping waste

feedback loop - signs in cafeteria showing balance / recommendations

feedback loop - signs on printers showing balance / recommendations

feedback loop - changing landscape practices as demonstrative

STORAGE(per bld)(new sorting practices)

(designated bins)

(new collection practicces)

STORAGE(per bld)

STORAGE(per bld)

paper brought from home

food brought from home

food delivery

paper delivery (office / newspaper)

landscaping supplies

COMPOSTING

current and projected material flows

single cell details

7 (work team)

4 mo (11-02.2007)650,000 sf (building)

ASSIMILATINGCONSUMPTION

Through hybridizing formal and informal activities based around infrastructure, this project cultivates locally based production and consumption patterns. Reacting to the upward trend of the savings percentage, the shift from rural to urban, and the explosive increase in connectivity, the proposal boosts assimilation through business development and uses embedded and interactive technologies to support access and collaboration. The imperfect intersection of Shanghai’s new Line 10 subway provides an opportunity to link the Baoshan Road station with its used/fake electronics market with the North Sichuan Road station and its growing podium blocks. Through a new “superstructure” of bike and walking paths, branches activate the street edges, occupy the vacant upper podium spaces through open-air markets, and connect to a series of modified lilong blocks. These blocks consist of pass-through commercial spaces on the ground level with anchor stores defining end points. A ramp leads to the second level of shophouses which provide adaptable live/work space. Informal stalls are encouraged through street and ramp edge frameworks which unfold for shade and provide electricity and water connections. The steel structure of the prefabricated construction buildings remains under the elevated rail and along the subway line to provide adaptable communal spaces and daylight infrastructure in an engaging and productive means.

INSTRUCTOR Alan PlattusSITE Shanghai, China (North Sichuan Road Station)PROGRAM (Individually determined) commercial shops and anchors, shophouses, informal shops, rural inmigrant housing, upper-income housing

H.I. FELDMAN NOMINEE 12.2010RETROSPECTA 12.2010CONSTRUCTS 01.2011

34

35

Fifth Semester Graduate Elective, Fall 2010

A B

C

D

A

C-D: 15-20 minutes

A-B: 15-20 minutes B

C

D

A B

C

D

A B

C

D

C-D: 5-10 minutes

A-B: 5-10 minutesbike and pedestrian paths, reinvigorates existing,

connects to new shopping/consumption means

bike and pedestrian paths,connecting canal liners, utilizing park

bike and pedestrian improvem

ents along

North Sichuan Road / bike sharing program

B-D: 5-10 m

inutes

C-D: 5-10 minutes

A-B: 5-10 minutesbike and pedestrian paths, reinvigorates existing,

connects to new shopping/consumption means

bike and pedestrian paths,connecting canal liners, utilizing park

bike and pedestrian improvem

ents along

North Sichuan Road / bike sharing program

B-D: 5-10 m

inutes

restr

uctu

re in

form

al s

hopp

ing

arc,

conn

ect t

o sta

tion

A-D

: 5-1

0 m

inut

es

line

Sipi

ng R

oad,

mak

e m

ore

bike

and

ped

estri

an fr

iend

ly

B-C

: 5-1

0 m

inut

es

DONGBAOXING ROAD STATIONLINE 3

HAILUN ROAD STATIONLINE 4/10

NORTH SICHUAN ROAD STATIONLINE 10

BAOSHAN ROAD STATIONLINE 3/4