LeFevre, Rachel _ Portfolio 2020 _ Sosolimited by rachel lefevre

P O R T F O L I O r ac h e l 2

l e f e v r e 2

r ac h e l n i c o l e l e f e v r e 5246 Glenwood Creek, Clarkston, MI

1 . 248 . 872 . 4319

rachel.lefevre@yale.edu rachel-lefevre.squarespace.com

education yale u n iv e rsit y Yale School of Architecture, Master of Architecture Candidate, Spring 2020.

washington university in st. louis Sam Fox School of Design, Bachelor of Science in Architecture, Summa Cum Laude 2017. work experience

arch it e ct u ra l in t e rn

su 2018 Patterhn Ives Llc.

St. Louis, Missouri Projects: Washington University in St. Louis McKelvey Hall, Weygandt Pool House, various CD sets and DD documentation, AIA design award submissions and presentation drawings for Kol Rinah Synagogue, Ellis Hall Renovation, & Portal House.

su 2019 Somatic Collaborative, Anthony Acciavatti

New Haven, Connecticut Project: Exhibition design, construction drawings, and exhibit artifact fabrication for the 2019 Seoul Biennale: Collective City, Ganges exhibit.

2019/2020

Teaching Fellow Yale University Environmental Design, Professor Anna Dyson Core III Urbanism Studio, Professor Anthony Acciavatti

distinctions h.i. f eld m an priz e n o min e e Fall 2019 with Page Comeaux for Las Flores Community Waste Brokers.

yale re t ro spe cta Spring 2017, Fall 2018, Spring 2018, Fall 2019

elizabe t h s. schme rlin g e n d ow e d scho larship WashU Architecture Class of 2017 recipient. skills digital pro grams Revit (1 yr. experience), AutoCAD, Rhino, Grasshopper, DIVA/environmental simulation software; Rendering: VRay, Maxwell.

fabric at io n

Experience with 3d Printing, 3-axis milling, Kuka Robotics 6-axis mill used for weaving, carbon fiber fabrication, woodshop fabrication techniques. organizations alph a rho chi philo n cha pt e r Spring 2016 fundraising chair. Member 2014-present.

references

Anthony Acciavatti

Anna Dyson

Anna Ives

anthony.acciavatti@yale.edu

anna.dyson@yale.edu

aives@patterhn-ives.com

r ac h e l n i c o l e l e f e v r e 5246 Glenwood Creek, Clarkston, MI

1 . 248 . 872 . 4319

rachel.lefevre@yale.edu rnlefevre.cargo.site

November 30, 2020 Dear SOSO Recruitment Team, Thank you for taking the time to review my application materials during such a chaotic time. I am a recent graduate from the Masters program at the Yale School of Architecture interested in projects at the intersection of landscape, data infrastructure and architecture. I love the innovative and interdisciplinary work being done at SOSO and would love to be considered for the Architectural Designer position in Boston. As a designer, I am drawn to the interdisciplinary, multi-scalar work done at Soso. My own work focuses on creating a synthetic architecture, where the architectural concept is applied at every scale - from a single detail to schematic design of the building and to the surrounding urban context. I see these same values present in the work done at the firm, and for that reason think that I could not only learn a great deal but also contribute a great deal as an active team member at the firm. Although I have much to learn, as a young designer, I think I could contribute several unique sets of skills to projects at the firm beyond leadership, collaborative and interpersonal skills. Firstly, I have environmental/sustainable design experience, having taught energy modeling software in conjunction with Grasshopper as the Teaching Fellow for Environmental Design at Yale. I also have extensive experience with GIS, LiDAR, and creating big data, parametric visualizations for cartography projects. I am extremely comfortable with both rendering and creating presentation drawings and documents from emerging software technologies including VR and UnReal Engine. I also am interested in R&D, and have worked on some projects involving mass timber construction and carbon fiber technologies which may be of interest. As for professional experience, I have spent half of the past two summers working both in a small office and doing exhibition design. During the summer of 2018, I worked in an office in St. Louis doing work in both SD, DD, and CD as well as presentation drawings. Last summer, I coordinated and worked on Anthony Acciavattiâ&#x20AC;&#x2122;s exhibition at the Seoul Biennale on the Ganges River Basin work he did for the World Bank, doing research, concept design and fabrication drawings / work done both in house and by contractors in South Korea. Thank you again for your consideration. Best, Rachel LeFevre

001 _ a building that suits the situation

Code Red

R E S T O R A T I V E J U S T I C E C E N T E R Choreographed Dynamism Restorative justice is a progressive criminal justice procedure in which those who are harmed are brought into conversation with the ones who have harmed them. Through a meeting known as the ‘circle process.’ This process demands space which accomodates the needs of many through few means. Here, the entire floorplan is created by a field of doors which allow private spaces to open directly into the outside, bring the outdoors in, and allow facilitators to ‘reprogram’ the building for each group of people -mediating how parties enter and exit, what spaces would suit them and their needs. The restorative justice center is connected to a series of community spaces which encourage people to become familiar with the building outside of the justice system.

Code Yellow

Code Blue

□

002_ plan and section

(plant at 6 ft.) (section a)

â&#x2013;

003 _ hybirdized elevation

004 _ skatepark

(detail b)

â&#x2013;Ą

005 _ circle process room

(detail a)

â&#x2013;

001 _ plan / section

BUTTON

STREET

2019 Jim Vlock Building Project Winning Design The house on Button Street focused on integrating the complexities of duplex living with the needs of people who previously experienced homelessness, as well as the use of new material technology. Tasked with building a house made of CLT (cross laminated timber), the scheme focuses on articulating and materializing separation between the two units. It does this not to segregate them but to interweave the processes of living, such that each unit has a presence in the other without being a nuisance. The house is designed to fit within the neighborhood, using common exterior finishes and massings -- seeking to maintain an air of inconspicuous belonging. This submission, Team Gâ&#x20AC;&#x2122;s, was the selected proposal.

(plan at 18 ft.) (section a)

002 _ section perspective

Emily Cass, Thomas Mahon, Rachel LeFevre, Christine Pan, Lissette Valenzuela, Paul Wu.

â&#x2013;Ą

(plant at 4 ft.) (elevation a)

003 _ isometric

â&#x2013;

004 _ building sequence

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005 _ detail

006 _ model

â&#x2013;

Sheet Number

JIM VLOCK BUILDING PROJECT 2018 TEAM G PROJECT TITLE

PROJECT LOCATION: 43 BUTTON STREET NEW HAVEN, CT 06519 ZONE: RM-2 LOT AREA: .15 ACRES PROPOSED TOTAL BUILDING AREA: 1,007 SQ. FT.

BUTTON STREET

DESCRIPTION: TWO FAMILY, TWO STORY RESIDENCE

43 BUTTON STREET

6 REQUIRED

AVAILABLE

PROPOSED

MIN. LOT AREA

5,400 SF

6,608.72 SF

MIN. LOT WIDTH

50 '

65.42'

MIN. LOT AREA PER DWELLING UNIT

2,000 SF. 1,400 SF EFFICENCY UNIT

6,608.72 SF

BUILDING COVERAGE

MAX = 30% LOT AREA

15.25%

BUILDING HEIGHT

4 STORIES / AVERAGE HEIGHT OF 45'

26' 4"

FRONT YARD SETBACK

17' OR AVERAGE STREET SETBACK

10'

PROJECT LOCATION

GENERAL G0.00 G0.10 ARCHITECTURE A0.00 A0.10 A1.00 A1.10 A1.20 A1.30 A1.40 A1.50 A2.00 A2.10 A2.20 A3.00 A3.10 A3.20 A3.30 A3.40 A5.00 A5.10 A5.20 A5.30 A5.40 A6.00 A6.01 A6.10 A6.20 A6.30 A6.40 A7.00 A8.00 A8.01 A8.02 A8.03 A8.04 A8.05 STRUCTURAL S1.00 S1.01 MECHANICAL M1.00 M1.01 ELECTRICAL E1.00 E2.00 PLUMBING P1.00 P1.01

Sheet Name

YALE SCHOOL OF ARCHITECTURE

TITLE SHEET EGRESS AND FIRE SAFETY SITE PLAN LANDSCAPE PLAN FOUNDATION PLAN LEVEL ONE FLOOR PLAN LEVEL TWO FLOOR PLAN ROOF PLAN LEVEL ONE REFLECTED CEILING PLAN LEVEL TWO REFLECTED CEILING PLAN EXTERIOR ELEVATIONS EXTERIOR ELEVATIONS EXTERIOR ELEVATIONS BUILDING SECTIONS BUILDING SECTIONS BUILDING SECTIONS BUILDING SECTIONS BUILDING SECTIONS EXTERIOR DETAILS EXTERIOR DETAILS EXTERIOR DETAILS EXTERIOR DETAILS CLT CONNECTION DETAILS SINGLE - KITCHEN ENLARGED PLAN SINGLE - KITCHEN SINGLE - BATH FAMILY - POWDER ROOM FAMILY - KITCHEN FAMILY - BATHROOM STAIR DETAILS CLT TAKEOFF FIRST FLOOR CLT TAKEOFF SECOND FLOOR CLT TAKEOFF 3 PLY CLT TAKEOFF 5 PLY 1 CLT TAKEOFF 5 PLY 2 CLT TAKEOFF ASSEMBLY

180 YORK ST NEW HAVEN, CT 06510 T: 203.500.1669 E : adam.hopfner@yale.edu

CLIENT: COLUMBUS

HOUSE

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT 06519 T: 203.401.4400 E : crodenhizer@columbushouse.org

CONSULTANTS:

STRUCTURAL PLAN LEVEL ONE STRUCTURAL PLAN LEVEL TWO MECHANICAL PLAN FIRST FLOOR MECHANICAL PLAN SECOND FLOOR ELECTRICAL PLAN LEVEL ONE ELECTRICAL PLAN LEVEL TWO

PROJECT ADDRESS:

PLUMBING PLAN FIRST FLOOR PLUMBING PLAN SECOND FLOOR

DRAWING INDEX

43 Button Street New Haven, CT 06519 PROJECT NAME:

ABBREVIATIONS CL T.O.

6,608.72 SF

EQ. CLT GYP

CENTERLINE TOP OF EQUAL CROSS LAMINATED TIMBER GYPSUM BOARD

PROJECT INFORMATION

Jim Vlock Building Project 2018

PROJECT LOCATION

SHEET NUMBER:

PROJECT LOCATION 43 BUTTON STREET NEW HAVEN, CT 06519

G0.00

OWNER REAR YARD SETBACK

25'

49'

SIDE YARD SETBACK

ONE AT LEAST 8', OTHER AT LEAST 10'

16' 2" , 24' 11.25"

PARKING

9'X18' PARKING SPACE PER DWELLING

2 SPACES ZONING REQUIREMENTS (RM-2)

COLUMBUS HOUSE INC. 586 ELLA T. GRASSO BLVD. NEW HAVEN, CT 06519

NAME:

TITLE SHEET

SCALE:

ABBREVIATIONS

PROJECT INFORMATION

3/8" = 1'-0"

APRIL 30, 2018

DATE:

YALE SCHOOL OF ARCHITECTURE

180 YORK ST NEW HAVEN, CT 06510

EGRESS

T: 203.500.1669

EGRESS FAMILY UNIT

E : adam.hopfner@yale.edu

CLIENT: EGRESS

COLUMBUS

HOUSE

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT 06519 SINGLE UNIT

T: 203.401.4400 E : crodenhizer@columbushouse.org

CONSULTANTS: EGRESS

FIRE SEPERATION BETWEEN UNITS

EGRESS

LEVEL ONE FIRE SAFETY + EGRESS DIAGRAM 1/8" = 1'-0"

PROJECT ADDRESS: 43 Button Street New Haven, CT 06519

FAMILY UNIT

EGRESS

PROJECT NAME: Jim Vlock Building Project 2018 SHEET NUMBER:

G0.10 FIRE SEPERATION BETWEEN UNITS EGRESS

NAME: SCALE: LEVEL TWO FIRE SAFETY + EGRESS DIAGRAM 1/8" = 1'-0"

â&#x2013;¡

DATE:

EGRESS AND FIRE SAFETY 1/8" = 1'-0"

APRIL 30, 2018

YALE SCHOOL OF ARCHITECTURE

1 A3.00

A3.10

A3.20

180 YORK ST NEW HAVEN, CT 06510 T: 203.500.1669 E : adam.hopfner@yale.edu

30' - 0 3/4" 2' - 0"

CLIENT:

COLUMBUS

HOUSE

5 8 6 E L L A T. G R A S S O B L V D

CONCRETE PIER

7' - 4 1/2"

NEW HAVEN, CT 1

A3.30

06519 T: 203.401.4400 E : crodenhizer@columbushouse.org

CONSULTANTS:

FOX BLOCKS FOUNDATION WALL CONCRETE FOOTING CONCRETE PIER

24' - 0"

STUD FRAME FOUNDATION WALL

A3.40

PROJECT ADDRESS: 43 Button Street New Haven, CT 06519 5

PROJECT NAME:

Jim Vlock Building Project 2018

43' - 0"

SHEET NUMBER:

A3.00

A3.10

A3.20

A1.00 NAME: 0'

FOUNDATION PLAN

SCALE: FOUNDATION PLAN 3/16" = 1'-0"

3/16" = 1'-0"

APRIL 30, 2018

DATE:

YALE SCHOOL OF ARCHITECTURE

42' - 0" 12' - 11 1/4"

9' - 5 1/2"

180 YORK ST NEW HAVEN, CT

A2.20 2

06510

A3.00

A3.10

A3.20

8' - 2"

3' - 4"

T: 203.500.1669 E : adam.hopfner@yale.edu

6' - 2"

CLIENT:

OVERHEAD 1

COLUMBUS

HOUSE

4' - 1 1/2"

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT 1 FAMILY - LIVING ROOM

FAMILY - DINING ROOM

FAMILY - ENTRY

3' - 3"

1 A6.00

06519

A3.30

7' - 10 1/2"

1 A3.30

T: 203.401.4400 E : crodenhizer@columbushouse.org

1 A6.20

CONSULTANTS: CL

2 2 5 A6.20 3

6' - 1 1/4"

24' - 0"

7 3/4" RISE 11" RUN

SINGLE - KITCHEN

1 A7.00

1 A2.10

24' - 0"

6' - 1"

4 FAMILY - POWDER ROOM

A2.00 1

SINGLE - BATHROOM CL

OVERHEAD

3' - 0"

3 A6.10 5 4 3 A6.30 4

6' - 3 1/2"

16' - 7 1/2"

1 A6.01 2

A3.40 SINGLE - LIVING ROOM LAUNDRY

PROJECT ADDRESS:

FAMILY - KITCHEN

43 Button Street New Haven, CT 06519

SINGLE - BEDROOM

A3.40

1 A6.30

1 A6.10

PROJECT NAME:

5 EGRESS

9' - 8"

6' - 3 1/4"

11' - 5 1/4"

5' - 5"

OVERHEAD

1 A3.00

Jim Vlock Building Project 2018

5' - 10 3/4" CL

A3.10

A3.20

SHEET NUMBER:

A1.10

1 A2.20

15' - 11 1/4"

16' - 10"

NAME:

42' - 0" 0' A

1. ALL DIMENSIONS ARE MEASURED FROM FACE OF STRUCTURE UNLESS OTHERWISE NOTED 2. WINDOWS AND DOORS ARE MEASURED FROM CENTERLINE LEVEL ONE FLOOR PLAN 3/16" = 1'-0"

42' - 0"

LEVEL ONE FLOOR PLAN

NOTES

SCALE:

3/16" = 1'-0"

APRIL 30, 2018

DATE:

YALE SCHOOL OF ARCHITECTURE

F N

180 YORK ST NEW HAVEN, CT

A2.20 2

1 A3.00

A3.10

A3.20

06510 T: 203.500.1669 E : adam.hopfner@yale.edu

CLIENT: 1

COLUMBUS

HOUSE

3' - 5 1/4"

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT 06519

SKYLIGHT ABOVE

T: 203.401.4400

FAMILY - CLOSET

10"

12' - 0"

5' - 5 1/4"

E : crodenhizer@columbushouse.org LAUNDRY

OPEN TO BELOW

FAMILY - MASTER BEDROOM

EGRESS

CONSULTANTS:

1 A2.10

24' - 0"

5' - 11 1/4"

24' - 0"

HALL A2.00 1

SKYLIGHT ABOVE

A3.40

PROJECT ADDRESS:

FAMILY - BEDROOM

OPEN TO BELOW

43 Button Street New Haven, CT 06519

1 A6.40

2 5 A6.40 3 4

FAMILY - BATHROOM

PROJECT NAME:

5 EGRESS

5' - 8"

4' - 11 1/4"

Jim Vlock Building Project 2018

5' - 11"

SHEET NUMBER: CL

A1.20

1 A2.20

1 A3.00

A3.10

A3.20

NAME:

42' - 0" 0' A

1. ALL DIMENSIONS ARE MEASURED FROM FACE OF STRUCTURE UNLESS OTHERWISE NOTED 2. WINDOWS AND DOORS ARE MEASURED FROM CENTERLINE LEVEL TWO FLOOR PLAN 3/16" = 1'-0"

SCALE:

3/16" = 1'-0"

APRIL 30, 2018

DATE:

YALE SCHOOL OF ARCHITECTURE

42' - 0" CL

5' - 6"

LEVEL TWO FLOOR PLAN

NOTES

6' - 1 3/4"

180 YORK ST NEW HAVEN, CT 06510 1

A3.00

A3.10

A3.20

T: 203.500.1669 E : adam.hopfner@yale.edu

CLIENT: OPERABLE VELUX "ROOF WINDOW"

COLUMBUS

GUTTER

HOUSE

5 8 6 E L L A T. G R A S S O B L V D

NEW HAVEN, CT 06519 SLOPE

T: 203.401.4400

1 A3.30

E : crodenhizer@columbushouse.org

12' - 0"

A3.30

CONSULTANTS:

STANDING SEAM METAL ROOF

24' - 0"

RIDGE CAP

24' - 0"

12/12 ROOF PITCH

A3.40

PROJECT ADDRESS:

A3.40

SKYLIGHT

43 Button Street New Haven, CT 06519

SLOPE

GUTTER

PROJECT NAME:

Jim Vlock Building Project 2018

SKYLIGHT

SHEET NUMBER: 1 A3.00

9' - 0"

6' - 6 1/4" CL

1' - 8 3/4"

A3.10

A3.20

7' - 9" CL

42' - 0"

A1.30 7' - 3 1/2"

NAME:

1. ALL DIMENSIONS ARE MEASURED FROM FACE OF STRUCTURE UNLESS OTHERWISE NOTED 2. WINDOWS AND DOORS ARE MEASURED FROM CENTERLINE ROOF PLAN 3/16" = 1'-0"

â&#x2013;

ROOF PLAN

NOTES A

SCALE: DATE:

3/16" = 1'-0"

APRIL 30, 2018

YALE SCHOOL OF ARCHITECTURE

180 YORK ST 1

A3.30

NEW HAVEN, CT

A3.40

06510 T: 203.500.1669 E : adam.hopfner@yale.edu RIDGE CAP

CLIENT:

VENTED "COLD" ROOF

COLUMBUS

HOUSE

5 8 6 E L L A T. G R A S S O B L V D SKYLIGHT

NEW HAVEN, CT 06519

TRUSS

T: 203.401.4400 E : crodenhizer@columbushouse.org

STANDING SEAM METAL ROOF

CONSULTANTS:

SKYLIGHT

GUTTER

GUTTER 2 A5.30 FAMILY - MASTER BEDROOM

GREY CEDAR SHAKE SIDING 5 A5.40

T.O. SECOND FINISHED FLOOR 8' - 10 7/8" FIRST FLOOR FINISHED CEILING 8' - 0" B.O. SOFFIT 7' - 7"

6 A5.40

WOOD SOFFIT

PROJECT ADDRESS:

OPERABLE WINDOW

SINGLE - KITCHEN

43 Button Street New Haven, CT 06519

SINGLE - LIVING ROOM

CORTEN METAL GUARD WOOD DECKING

FOX BLOCKS FOUNDATION

T.O. FIRST FINISHED FLOOR 0' - 0"

PROJECT NAME:

ADA RAMP FOOTING

LEVEL OF SIDEWALK -3' - 0"

Jim Vlock Building Project 2018

LEVEL OF SIDEWALK -3' - 0" CRAWL SPACE

SHEET NUMBER:

A3.00 NAME: 0'

BUILDING SECTIONS

SCALE: SECTION A 3/16" = 1'-0"

YALE SCHOOL OF ARCHITECTURE

A3.30

A3.40

3/16" = 1'-0"

APRIL 30, 2018

DATE:

180 YORK ST NEW HAVEN, CT 06510 T: 203.500.1669 E : adam.hopfner@yale.edu RIDGE CAP

T.O. RIDGE 25' - 4"

CLIENT:

T.O. RIDGE 25' - 4" 2 A5.20

COLUMBUS

HOUSE

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT 06519 STANDING SEAM METAL ROOF

T: 203.401.4400 E : crodenhizer@columbushouse.org

CONSULTANTS: 3 A5.20 GUTTER

GUTTER

AWNING WINDOW

PROJECT ADDRESS:

AWNING WINDOW

1 A5.20

FAMILY - DINING

43 Button Street New Haven, CT 06519

FAMILY - KITCHEN

GREY CEDAR SHAKE SIDING

FOX BLOCKS FOUNDATION

T.O. FIRST FINISHED FLOOR 0' - 0"

PROJECT NAME: Jim Vlock Building Project 2018

CRAWL SPACE

SHEET NUMBER: B.O. FOUNDATION -7' - 6"

B.O. FOUNDATION -7' - 6"

A3.20 NAME: 0'

BUILDING SECTIONS

SCALE: SECTION C 3/16" = 1'-0"

3/16" = 1'-0"

APRIL 30, 2018

DATE:

YALE SCHOOL OF ARCHITECTURE

180 YORK ST 1

A3.00

A3.10

A3.20

NEW HAVEN, CT 06510 T: 203.500.1669 E : adam.hopfner@yale.edu

CLIENT: COLUMBUS

HOUSE

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT

STANDING SEAM METAL ROOF

06519 TRUSS

T: 203.401.4400 E : crodenhizer@columbushouse.org

5 A5.10

SECOND FLOOR FINISHED CEILING 16' - 11 1/8"

CONSULTANTS:

4 A5.00

FAMILY - MASTER BEDROOM

WINDOW

GREY CEDAR SHAKE SIDING

3 A5.00

T.O. SECOND FINISHED FLOOR 8' - 10 7/8"

B.O. SOFFIT 7' - 7"

1 A5.40 2 A5.40

1 A5.00

PROJECT ADDRESS:

WOOD SOFFIT WINDOW

SLIDING DOOR FAMILY - ENTRY

FAMILY - LIVING ROOM

43 Button Street New Haven, CT 06519

FAMILY - DINING ROOM CRAWL SPACE

FOX BLOCKS FOUNDATIONS

2 A5.00

T.O. FIRST FINISHED FLOOR 0' - 0"

PROJECT NAME:

T.O. FIRST FINISHED FLOOR 0' - 0"

Jim Vlock Building Project 2018

LEVEL OF SIDEWALK -3' - 0" CRAWL SPACE

SHEET NUMBER: B.O. FOUNDATION -7' - 6"

B.O. FOUNDATION -7' - 6"

A3.30 NAME:

SCALE: SECTION 1 3/16" = 1'-0"

â&#x2013;¡

BUILDING SECTIONS

DATE:

3/16" = 1'-0"

APRIL 30, 2018

A3.30

A3.40

RIDGE CAP

VENTED "COLD" ROOF

SKYLIGHT

TRUSS

STANDING SEAM METAL ROOF SKYLIGHT

GUTTER

GUTTER 2 A5.30 FAMILY - MASTER BEDROOM

GREY CEDAR SHAKE SIDING 5 A5.40

T.O. SECOND FINISHED FLOOR 8' - 10 7/8" FIRST FLOOR FINISHED CEILING 8' - 0" B.O. SOFFIT 7' - 7"

WOOD SOFFIT

6 A5.40

OPERABLE WINDOW

SINGLE - KITCHEN

SINGLE - LIVING ROOM

CORTEN METAL GUARD WOOD DECKING

FOX BLOCKS FOUNDATION

T.O. FIRST FINISHED FLOOR 0' - 0" ADA RAMP FOOTING

LEVEL OF SIDEWALK -3' - 0" CRAWL SPACE

â&#x2013;

YALE SCHOOL OF ARCHITECTURE 1" RIGID INSULATION

180 YORK ST NEW HAVEN, CT

OSB

06510 T: 203.500.1669

FURRING

E : adam.hopfner@yale.edu CEDAR SHAKE

CLIENT:

FLASHING UNDERLAYMENT

SLIDING DOOR SYSTEM

COLUMBUS

SUBSTRATE

HOUSE

5 8 6 E L L A T. G R A S S O B L V D

TRUSS RAFTER

NEW HAVEN, CT

BATT INSULATLION

06519

STANDING SEAM

T: 203.401.4400

EGRESS WINDOW SYSTEM

E : crodenhizer@columbushouse.org 2" X 6" STUD FRAMED WALL

CONSULTANTS:

5 PLY CLT

BATT INSULATION 1" RIGID INSULATION SLIDING DOOR HEADER 1 1/2" = 1'-0"

5 PLY CLT 18" LVL BEAM LAG SCREW

PROJECT ADDRESS:

SHAKES TIMBER BOLT

43 Button Street New Haven, CT 06519

LAG BOLT

SHEATHING

SCREWS 4" X 6" METAL BRACKET

OSB

SLIDING DOOR SYSTEM 1" RIGID INSULATION

PROJECT NAME:

BATT INSULATION

Jim Vlock Building Project 2018

STUD FRAMED WALL

SHEET NUMBER:

A5.00

FLASHING

NAME:

EXTERIOR DETAILS

SCALE: CLT - BALLOON - ROOF CONNECTION 1 1/2" = 1'-0"

CLT - BALLOON FRAME CONNECTION

1 1/2" = 1'-0"

SLIDING DOOR SILL

1 1/2" = 1'-0"

APRIL 30, 2018

DATE:

SHEATHING

YALE SCHOOL OF ARCHITECTURE

SHEATHING

OSB

STANDING SEAM

1" RIGID INSULATION

180 YORK ST

PLYWOOD

NEW HAVEN, CT

RIDGE CAP

06510

2" X 6" STUD FRAMING

T: 203.500.1669 NAIL PLATE

E : adam.hopfner@yale.edu

BATT INSULATION FASTENER

FLASHING

CLIENT:

STANDING SEAM

COLUMBUS

PLYWOOD GUTTER

WINDOW SYSTEM

BLOCKING

NEW HAVEN, CT

NAIL PLATE

BRACKET

HOUSE

5 8 6 E L L A T. G R A S S O B L V D 06519

TRUSS TOP CHORD

T: 203.401.4400 E : crodenhizer@columbushouse.org

CONSULTANTS:

TRUSS WEB

ROOF CONNECTION DETAIL 1 1/2" = 1'-0"

RIDGE CAP DETAIL

1 1/2" = 1'-0"

PROJECT ADDRESS:

STANDING SEAM PLYWOOD

43 Button Street New Haven, CT 06519

2" RIGID INSULATION

STANDING SEAM

PROJECT NAME: Jim Vlock Building Project 2018

PLYWOOD

5 PLY CLT

SHEET NUMBER:

CASEMENT WINDOW SYSTEM

EDGE OF PARAPET

A5.20 NAME: SCALE: TYP. WINDOW DETAIL 1 1/2" = 1'-0"

GUTTER DETAIL

1 1/2" = 1'-0"

â&#x2013;¡

ROOF CONNECTION DETAIL 2 1 1/2" = 1'-0"

DATE:

EXTERIOR DETAILS 1 1/2" = 1'-0"

APRIL 30, 2018

YALE SCHOOL OF ARCHITECTURE

1" STANDING SEAM METAL ROOF PLYWOOD SUBSTRATE DRYWALL FIXED SKYLIGHT MULLION

180 YORK ST

CASEMENT SKYLIGHT SYSTEM

NEW HAVEN, CT 06510 T: 203.500.1669 BLOCKING

E : adam.hopfner@yale.edu

BATT INSULATION ALONG COLD ROOF

5 PLY CLT

TRUSS CORD INSIDE SHEATHING

CLIENT: COLUMBUS

HOUSE

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT 06519 T: 203.401.4400 E : crodenhizer@columbushouse.org

CONSULTANTS:

2" X 6" STUD WALL

BEDROOM SKYLIGHT ASSEMBLY 1 1/2" = 1'-0"

SKYLIGHT CONNECTION DETAIL 1 1/2" = 1'-0"

1 PROJECT ADDRESS: 43 Button Street New Haven, CT 06519 PROJECT NAME: Jim Vlock Building Project 2018 SHEET NUMBER:

A5.30 NAME:

EXTERIOR DETAILS

SCALE:

1 1/2" = 1'-0"

APRIL 30, 2018

DATE:

YALE SCHOOL OF ARCHITECTURE

3 PLY CLT 5 PLY CLT 5 PLY CLT

SOUND INSULATION BLANKET

180 YORK ST NEW HAVEN, CT 4" X 6" BRACKET

06510 T: 203.500.1669

SELF-TAPPING SCREW

E : adam.hopfner@yale.edu

CLIENT:

4" X 6" BRACKET

LAG SCREW 4" X 6" BRACKET

SELF-TAPPING SCREW

COLUMBUS

HOUSE

5 8 6 E L L A T. G R A S S O B L V D

SELF-TAPPING SCREW

NEW HAVEN, CT 06519

LAG SCREW

3 PLY CLT

T: 203.401.4400

LAG SCREW

E : crodenhizer@columbushouse.org 5 PLY CLT

CONSULTANTS:

CLT CORNER CONDITION 2 1 1/2" = 1'-0"

CLT ACCOUSTIC SEPERATION ASSEMBLY 2 1 1/2" = 1'-0"

HARDWOOD FLOOR

CLT CORNER CONNECTION 1 1/2" = 1'-0"

5 PLY CLT

PROJECT ADDRESS:

SOUND INSULATION BLANKET

43 Button Street New Haven, CT 06519 PROJECT NAME: Jim Vlock Building Project 2018

2" RIGID INSULATION 2" RIGID INSULATION

CASEMENT WINDOW

SHEET NUMBER:

CASEMENT WINDOW

A5.40

LAG SCREW

NAME: SCALE: CLT + WINDOW CONNETION 1 1/2" = 1'-0"

CLT ACCOUSTIC SEPERATION ASSEMBLY 1 1/2" = 1'-0"

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FRONT DOOR TO CLT CONNECTION 1 1/2" = 1'-0"

DATE:

CLT CONNECTION DETAILS 1 1/2" = 1'-0"

APRIL 30, 2018

CLT 1-3-1 t

5' - 3 1/2"

CLT A-3-1 b

5' - 3 1/2"

CLT A-3-1 t

10' - 0"

CLT 1-3-1 b

YALE SCHOOL OF ARCHITECTURE

CLT 2-3-1 t

180 YORK ST NEW HAVEN, CT 06510 T: 203.500.1669

PILE A-3-5 sq 10'x5'3.5' - 3 1/8" = 1'-0"

10' - 0" 5' - 3 1/2"

5' - 3 1/2"

10' - 0"

CLT 2-3-1 b

10' - 0"

CLT 2'-3-1 t

PILE A-3-5 sq 10'x5'3.5' - 4 1/8" = 1'-0"

PILE A-3-5 sq 10'x5'3.5' - 5 1/8" = 1'-0" 10' - 0"

E : adam.hopfner@yale.edu

CLIENT: COLUMBUS

HOUSE

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT

CLT 2'-3-1 b

5' - 3 1/2"

PILE A-3-5 sq 10'x5'3.5' - 2 1/8" = 1'-0"

5' - 3 1/2"

PILE A-3-5 sq 10'x5'3.5' - 1 1/8" = 1'-0"

5' - 3 1/2"

CLT 2-3-2 t1

06519 T: 203.401.4400

CLT 2-3-2 b1

E : crodenhizer@columbushouse.org

CONSULTANTS:

PILE A-3-5 sq 10'x5'3.5' - 7 1/8" = 1'-0"

5' - 0"

PILE A-3-5 sq 10'x5'3.5' - 8 1/8" = 1'-0"

6' - 8"

CLT 2-3-2 e1

PILE A-3-1 sq 6'8"x5'-1 1/8" = 1'-0"

6' - 8"

CLT 2-3-2 t2

PILE A-3-1 sq 6'8"x5'-2 1/8" = 1'-0"

CLT 2-3-2 b2

PILE A-3-5 sq 10'x5'3.5' - 9 1/8" = 1'-0"

PILE A-3-5 sq 10'x5'3.5' - 10 1/8" = 1'-0"

6' - 8"

5' - 0"

PILE A-3-5 sq 10'x5'3.5' - 6 1/8" = 1'-0"

5' - 0"

PILE A-3-1 sq 6'8"x5'-3 1/8" = 1'-0"

CLT 2-3-2 e2 PROJECT ADDRESS:

PILE A-3-1 sq 6'8"x5'-4 1/8" = 1'-0"

43 Button Street New Haven, CT 06519 PROJECT NAME: Jim Vlock Building Project 2018 SHEET NUMBER:

A8.02 NAME:

CLT TAKEOFF 3 PLY

SCALE:

18' - 7 1/4"

CLT 2-5-2 B

18' - 7 1/4"

CLT A-5-1 t

CLT 3-5-1 t

8' - 2 1/2"

CLT B-5-1 b

8' - 2 1/2"

CLT 2-5-2 t

8' - 2 1/2"

5' - 3 3/4"

18' - 7 1/4"

CLT B-5-1 t

CLT A-5-1 b

1/8" = 1'-0"

APRIL 30, 2018

DATE:

YALE SCHOOL OF ARCHITECTURE

CLT 3-5-1 b

180 YORK ST NEW HAVEN, CT 06510

PILE D-5-1 1 notch long end 18'7.25"x5'3.75" 1/8" = 1'-0"

PILE D-5-1 notch long end 18'7.25"x8'2.5"-1 2 1/8" = 1'-0"

PILE D-5-1 2 notch kitty corner long ends 18'7.25"X8.25" 1/8" = 1'-0"

PILE D-5-1 notch long end 18'7.25"x8'2.5"-2 1/8" = 1'-0"

T: 203.500.1669 E : adam.hopfner@yale.edu

CLIENT: COLUMBUS

18' - 7 1/4"

HOUSE

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT 06519

PILE D-5-1 notch long end 18'7.25"x8'2.5"-3 4 1/8" = 1'-0" 3' - 6 1/2" 8' - 2 1/2"

10 CLT 1-5-1 b1 CLT 1-5-1 b2

18' - 7 1/4"

CLT B-5-2 b

PILE D-5-2 1 notch long end 18'7.25"x8'2.5" 1/8" = 1'-0"

SHEET NUMBER:

CLT 5-F2 3

7' - 6"

PILE D-5-2 2 notch kitty corner long ends 18'7.25"x8'2.5"-5 14 1/8" = 1'-0"

PILE D-5-1 1 notch long end 18'7.25"x7'6" 18 1/8" = 1'-0"

CLT 5-F2 4

PILE D-5-2 2 notch kitty corner long ends 18'7.25"x8'2.5"-6 15 1/8" = 1'-0"

A8.03 NAME:

CLT TAKEOFF 5 PLY 1

SCALE:

37' - 2"

CLT 5-F2 2

CLT C-3-2 b

1/8" = 1'-0"

APRIL 30, 2018

DATE:

8' - 0"

PROJECT NAME:

18' - 7 1/4"

CLT 5-F1 e

CLT C-3-2 t

PROJECT ADDRESS: 43 Button Street New Haven, CT 06519

Jim Vlock Building Project 2018 18' - 7 1/4"

37' - 2"

CLT 5-F2 1

CLT 5-F1' b

PILE D-5-2 2 notch kitty corner long ends 18'7.25"x8'2.5"-2 11 1/8" = 1'-0"

CLT B-5-2 e

PILE D-5-2 2 notch kitty corner long ends 18'7.25"x8'2.5"-4 13 1/8" = 1'-0"

CLT B-5-2 t

8' - 2 1/2"

CLT C-5-1 b

18' - 7 1/4"

8' - 2 1/2"

6' - 4" 8' - 2 1/2"

CLT 1-5-1 t2

PILE D-5-2 1 notch long end 18'7.25"x3'6.5" 1/8" = 1'-0"

CONSULTANTS:

18' - 7 1/4"

CLT C-5-1 t

8' - 2 1/2"

18' - 7 1/4"

PILE D-5-2 2 notch kitty corner long ends 18'7.25"x8'2.5"-3 12 1/8" = 1'-0"

18' - 7 1/4"

CLT D-5-2 e CLT 2-5-2 e

CLT 2-5-2 e

PILE D-5-2 1 notch long end 18'7.25"x3'5.75" 17 1/8" = 1'-0"

CLT A-5-2 b

PILE D-5-2 2 notch kitty corner long ends 18'7.25"x8'2.5"-1 7 1/8" = 1'-0"

PILE D-5-1 sq 18'7.25"x8' 6 1/8" = 1'-0"

18' - 7 1/4"

CLT A-5-2 e

CLT 1-5-1 t1

CLT 5-F1 b

E : crodenhizer@columbushouse.org

8' - 2 1/2"

CLT D-5-2 b

PILE D-5-1 notch long end 18'7.25"x8'2.5"-4 5 1/8" = 1'-0"

CLT A-5-2 t

8' - 2 1/2"

CLT C-5-2 B

CLT 5-F1 t

8' - 0"

CLT D-5-2 t

8' - 2 1/2"

CLT C-5-2 t

T: 203.401.4400

YALE SCHOOL OF ARCHITECTURE 180 YORK ST NEW HAVEN, CT 06510 T: 203.500.1669

PILE C-5-1 2sp long end 37'2"x8'-1 1/8" = 1'-0"

PILE C-5-1 2sp long end 37'2"x8'-2 1/8" = 1'-0"

E : adam.hopfner@yale.edu

CLIENT: COLUMBUS

37' - 1"

HOUSE

5 8 6 E L L A T. G R A S S O B L V D NEW HAVEN, CT 06519

8' - 0"

T: 203.401.4400

CLT 3-5-2

CLT 5-F1' t

E : crodenhizer@columbushouse.org

CONSULTANTS:

PILE C-5-1 2sp long end 37'1"x8'-1 3 1/8" = 1'-0"

PILE C-5-1 2sp long end 37'1"x8'-2 4 1/8" = 1'-0"

5' - 1 1/2"

31' - 8"

PROJECT ADDRESS:

CLT 1-5-2

43 Button Street New Haven, CT 06519

PILE C-5-1 sq 31'8"x5'1.5" 1/8" = 1'-0"

PROJECT NAME: Jim Vlock Building Project 2018 SHEET NUMBER:

A8.04 NAME: SCALE: DATE:

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CLT TAKEOFF 5 PLY 2 1/8" = 1'-0"

APRIL 30, 2018

CLT panels awaiting sanding and final finishes at West Campus.

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001 _ unrolled section _ seed climate gradient

O S K J S E E D

U V A T N V A U L T

Thermodynamic Reactivity The seed vault project focuses on creating an experiential climactic, three dimensional periodic table for seed collection within the climactically diverse setting of Oskjuvatn, Iceland. Set atop the Viti Crater, the seed vault pulls geothermal energy from below and cold air from above to create an array of temperatures and humidities. Seeds are stored inside small hexagonal pods which are inserted into a wall that varies in thickness as it stretches across the climactic gradient inside -- acting as an insulator, conductor, and protector as its thermal mass changes and engages the surrounding topography.

002 _ transverse section

(section a)

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003 _ plans

(plan -4 ft.)

(plan -16 ft.)

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004 _ concept drawings

Tropical Biome

Evergreen Biome

005 _ seed array

1a. kelp 1b. hyacinth 1c. red maple 1d. eastern white pine 1e. spruce 2a. rubber tree 2b. redwood 2c. burr oak 2d. red oak 2e. fir 3a. azalea 3b. river birch 3c. magnolia 3d. cypress 3e.100% joshua tree 4a. palm 4b. white mangrove 4c. kapok 4d. plumeria 4e. cactus

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006 _ model

On the Ground. Viti Crater. Oskjuvatn, Iceland. The building nestles into an exiisting saddle geometry at the top of the crater

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001_ axonometric plans

JEAN RENOIR FILM ARCHIVE & LIBRARY Urban Mise-En-Scene This project is a design for an underground film archive constructed with rows of tilt up concrete panels which act as frames. These frames are porous in one viewing direction, but solid from another. As people circumnavigate the plan, they become aware of ‘off-screen’ space, tertiary galleries and offices which archive-goers are only initially aware of through auditory senses. The above ground space is converted into a new public bus stop, exploring the ways in which the bus network collapses the urban framework into a single location where diverse groups of people interact like characters on a stage.

□

002_ cut away exploded isometrics

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003_ renderings

Tertiary spaces provide side galleries and house programming like meeting and study rooms.

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004_ orthographics

Section a / S: 1” = 24’

Plan (-12’) / S: 1” = 24’

■

001_ site plan with tributaries

LAS FLORES COMMUNITY WASTE BROKERS materializing ecologies and economies of waste In Baja California, the Tijuana River flows from South to North. Passing through informal settlements which house refugees, the river acts as a singular municipal service - providing waste disposal for the underserved community. Thus, sediment and waste flows across the border, eventually draining into the Tijuana River Estuary in San Diego, one of the most important wildlife reserves on the West Coast. This project seeks to provide an anticipatory infrastructure which counteracts the canal rich runs through Rancho Las Flores, Tijuana, which only serves to speed up the movement of water, erosion, and waste spread. The project proposes both a series of dispersed infrastructural interventions and a temporal, economic framework through which the system might be implemented. Together, the spatial interventions and the economic model we are proposing constitute the institution of the Las Flores Community Waste Broker. Team project with Page Comeaux.

Site Plan S: 1:20,000

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002_ site isometric with transects

Linear array of interventions along pre-existing, hardscape canal infrastructure.

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003_ intervention 07

Sample Intervention: Deposito Depot with workshops and storage.

Section/Elevation S: 1” = 32’

Plan (3’) S: 1” = 32’

□

004_ intervention renderings, time scale

B07 8:00 p.m.

B05 5:30 p.m.

B07

B06

B05

B04 1:00 p.m.

B04

B02 8:00 a.m. B03

B02

B01 7:30 a.m. B01

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Consultants Kristin Hawkins Aaron Martin Ed Stanley

mation

n: Andrew Kim Bridgeport Restorative Justice Center

3/4” = 1’-0”

Systems Integration Kristin Hawkins Aaron Martin Ed Stanley

1 1/2” = 1’-0” Wall Section

1 1/2” = 1’-0”

S Y S T E M S I N T E G R AT I O N C LT b u i l d i n g s y s t e m s This systems integration project, based of the original building designed by Andrew Kim, focused on fusing the practices of restorative justice with regenerative building techniques. Primarily, the focus was on creating a a building with unique experiences and sectional qualities using a regularized framework of glulam and cross laminated timber panels. *

Team: Max Ouellette Howitz and Christine Pan )

(

Team Q Rachel LeFevre Max Ouellette-Howitz Christine Pan

Structural Axonometric

S106

%ULGJHSRUW 5HVWRUDWLYH Scale -XVWLFH &HQWHU Project number 001 Drawn by

Author

radiant cooling panel supply air

Winter Azimuth: 72 degrees

radiant cooling panel supply air

6,6 E .ULVWLQ +DZNLQV $DURQ 0DUWLQ (G 6WDQOH\

supply air

supply air / VAV cooling return air under auditorium supply air / VAV cooling

7HDP 4 *

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(

5DFKHO /H)HYUH 0D[ 2XHOOHWWH +RZLW] &KULVWLQH 3DQ

Partial Ele

radiant heating panel supply air

Winter Azimuth: 25 degrees

radiant heating panel supply air supply air

supply air / VAV heating return air under auditorium supply air / VAV heating

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0 6FDOH

3URMHFW QXPEHU 'UDZQ E\

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Section Perspective 32

□

Partial Pla

Bridgeport Restorative Justice Center

20' - 0"

RB 1

W21X44 10 W 10 x1 0X49

20' - 0"

RB 1

W21X44

10 X49 W

W21X44

10 X49

W18X35

Systems Integration

10 X49

W18X35

10 X49

W18X35

W21X44

W18X35

8 Steel Truss 4'-6" Deep

Rachel LeFevre Max Ouellette-Howitz Christine Pan

20' - 0"

Steel Truss 4'-6" Deep

Team Q

Kristin Hawkins Aaron Martin Ed Stanley

20' - 0"

W18X35

10 X49

W18X35

T.O. SLAB -0' 6"

10 X49 W

W21X44

W18X35 8 x 12

W21X44

W18X35

T.O. SLAB 0' 0"

Kristin Hawkins Aaron Martin Ed Stanley

1 A302

W18X35

8 x 12

W18X35

W21X44

1 A303

W21X44

W18X35

Systems Integration

Bridgeport Restorative Justice Center

T.O. SLAB 5' - 0"

W21X44

A UP W21X44

Team Q

Steel Truss 4'-6" Deep

Rachel LeFevre Max Ouellette-Howitz Christine Pan

Steel Truss 4'-6" Deep

Long Section

Level 1 Framing Plan

A301 1

Scale

1/16" = 1'-0"

Author

10 x1 0

20' - 0"

Bridgeport Restorative Justice Center

20' - 0"

RB 1 10.5x22

10.5x22

10 x1 0

10.5x22

10 x1 0

RB 1

10.5x22

10 x1 0 10 x1 0

10.5x22

10 x1 0

10.5x22

10 x1 0

10.5x22 10.5x22

10.5x22

Systems Integration C

Kristin Hawkins Aaron Martin Ed Stanley

20' - 0"

10.5x22

10 X49 W

20' - 0"

7 ply 10' x 30' Cross Laminated Timber Panel Floor System, TYPICAL

10.5x22

T.O. SLAB 16' - 6"

Team Q

10 X49

Rachel LeFevre Max Ouellette-Howitz Christine Pan

RB 1

W18X35

T.O. SLAB 17' - 0"

Team Q

Level 3 17' - 0"

10.5x22

10.5x22 10.5x22

10 X49

Level 5 45' - 0"

Level 4 31' - 0"

S101

T.O. SLAB 17' - 0"

10 x1 0

Level 6 58' - 0"

Kristin Hawkins Aaron Martin Ed Stanley

10.5x22

10 x1 0

10 X49

W18X35

10.5x22

Systems Integration

RB 1

W18X35

Drawn by

10 X49

RB 1

60' - 0"

Project number 001

10.5x22

CLT bearing on concrete wall

W18X35

30' - 0"

S101 1/16" = 1'-0"

Bridgeport Restorative Justice Center

30' - 0"

10 x1 0

Author

10 X49

Drawn by

30' - 0"

10.5x22

1/16" = 1'-0"

Project number 001

10 x1 0

Longitudinal Section 1/16" = 1'-0"

30' - 0"

10.5x22

Scale

30' - 0"

Rachel LeFevre Max Ouellette-Howitz Christine Pan

Level 2 5' - 0" Level 1 0' - 0" Level B1 -13' - 0" Level B2 -18' - 0" 1

Section 5 1/16" = 1'-0"

Cross Section 30' - 0"

30' - 0"

Level 3 Framing Plan

60' - 0"

A302 Scale

S103 1/16" = 1'-0"

Project number 001 Drawn by

Author

Scale

Drawn by

1/16" = 1'-0"

Author

Bridgeport Restorative Justice Center

Systems Integration

Kristin Hawkins Aaron Martin Ed Stanley

Project number 001

S103 1/16" = 1'-0"

Kristin Hawkins Aaron Martin Ed Stanley

1 A304 2 A304

Level 5 45' - 0"

Level 4 31' - 0"

Team Q

Rachel LeFevre Max Ouellette-Howitz Christine Pan

Level 3 17' - 0" Level 2 5' - 0" Level 1 0' - 0" Level B1 -13' - 0" Level B2 -18' - 0" 1

Section 6 1/16" = 1'-0"

Cross Section 1

A303 Scale

Structural Axon

Structural Axonometric

S106 1/16" = 1'-0"

Scale

Project number 001

Drawn by

Author

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Author

C A R B O N F I B E R M A S O N RY flat packed robotic units Developed for Le Monde Carbon Fiber, this project focused on the creation of complex geometric units which can be agreggated to form columns, screens, and self supporting facades. These units act like lightweight masonry building blocks, capable of generating not only structural integrity but visual interest. The units were developped as flat packed systems where carbon fiber can be woven by a robotic arm across a frame. The frame can then be snapped into place. This unit could also have concrete cast around it, creating dynamic shell systems with reinforcement.

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Brisbane

Abidjan → Manila Abuja → Teresina Accra → Barranquilla Adana → Nicosia Addis Ababa → Maputo Adelaide → Tunis Aguascalientes → Gaborone Aleppo → Mosul Algiers → Perth Almaty → Bishkek Amman → Nicosia Amsterdam → Paris Ankara → Tashkent Antananarivo → Belo Horizonte Arequipa → Amman Ashgabat → Qom Asmara → Lusaka Atlanta → Memphis Auckland → Sydney Austin → Peshawar Baku → Athens Baltimore → Nashville Bamako → Niamey Bandar Lampung → Manaus Bandar Seri Begawan → Melekeok Bandung → Belmopan

Bangkok → Chennai Bangui → Teresina Banja Luka → Dallas Banjul → Bamako Barcelona → Adelaide Barranquilla → Maracaibo Beijing → Tianjin Beirut → Valencia Belfast → Cardiff Belgrade → San Antonio Belmopan → Santo Domingo Benoni → Puebla Berlin → Canberra Bern → San Marino Birmingham → Paris Bishkek → Tashkent Bloemfontein → Dushanbe Bogor → Bandar Seri Begawan Boston → Charlotte Bratislava → Canberra Brazzaville → Kinshasa Bridgeport → Providence

→ Campinas Brussels → Canberra Bucharest → Almaty Budapest → Skopje Buenos Aires → Sydney Buffalo → Louisville Bujumbura → Port-au-Prince Bursa → Adana Busan → Hiroshima Calgary → Lanzhou Cali → Bangui Campinas → Brisbane Canberra → Skopje Cape Town → Perth Caracas → Beirut Cardiff → Montevideo Cartagena → Maracaibo Casablanca → Tripoli Changsha → Nanchang Charlotte → Memphis Chengdu → Antananarivo Chennai → Kaduna Chicago → St. Louis Chisinau → Skopje Chittagong → Tainan Chongqing → Mbabane Cincinnati → Nashville Cleveland → Louisville Cologne → San Marino Colombo → Port Harcourt

Columbus → Louisville Conakry → Monrovia Cotonou → Fortaleza Daegu → Ulsan Daejeon → Gwangju Dakar → Praia Dalian → Qingdao Dallas → Austin Dar es Salaam → Barquisimeto Davao → Paramaribo Denver → Bishkek Dhaka → Khulna Dili → Maracaibo Dnipro → Skopje Dodoma → Hyderabad Dongguan → Shenzhen Douala → Monrovia Dubai → Khartoum Dublin → Leeds Durban → Kigali Edinburgh → Paris Faisalabad → Lahore Fortaleza → Managua Freetown → Conakry Fukuoka → Nanchang Funchal → Rabat Fuzhou → Brisbane George Town → Porto-Novo Georgetown → Paramaribo Glasgow → Cardiff Goyang → Seoul Grand Turk → Willemstad Guadalajara → Lahore Guangzhou → Shenzhen Guiyang → Mbabane Gujranwala → Lahore Gwangju → Ulsan Haiphong → Dhaka Hamburg → San Marino Hangzhou → Osaka Hanoi → Dhaka Harare → Lilongwe

Harbin → Jilin Hartford → Richmond Havana → Yamoussoukro Helsinki → Vienna Hiroshima → Nanchang Ho Chi Minh City → Chennai Hong Kong → Macau Honiara → Colombo Houston → Jacksonville Hyderabad → Bamako Ibadan → Mbuji-Mayi Ilorin → Teresina Incheon → Seoul Indianapolis → Louisville Islamabad → Rawalpindi Istanbul → Rome Jacksonville → Orlando Jerusalem → Los Angeles Jinan → Zibo Johannesburg → Puebla Johor Bahru → Pekanbaru Juba → Ilorin Kaduna → Teresina Kananga → Benin City Kansas City → Dallas Kaohsiung → Tainan Karaj → Qom Kathmandu → Shenzhen Kharkiv → Bucharest

Khulna → Vientiane Kigali → Bujumbura Kingston → Barranquilla Kinshasa → San Salvador Konya → Tashkent Kuala Lumpur → Palembang Kumasi → Mbuji-Mayi Kuwait City → Medina La Paz → Johannesburg Lagos → Panama City Lanzhou → Taiyuan Las Vegas → Phoenix Leeds → Melbourne Libreville → Rangoon Lille → Lyon Lilongwe → Lubumbashi Lisbon → Perth Ljubljana → Virginia Beach London → Melbourne Los Angeles → Hargeysa Louisville → Nashville Lubumbashi → Patna Lusaka → Pune Luxembourg → Montevideo Lyon → Canberra Macau → Shenzhen Malabo → Port Harcourt Malang → San Salvador Manchester → Montevideo

Car te 2 “LA is supposed to feel like Cabo by 2080; does that mean residents of the City of Angels should be prepping for a permanent vacation?.” 1

Mandalay → Hyderabad Manila → Rangoon Maracay → Mandalay Mariehamn → Budapest Marseille → Algiers Maseru → Vereeniging Mashhad → Quetta Mbabane → Nanning Mbuji-Mayi → Abuja Medan → Manaus Melbourne → Port Elizabeth Melekeok → Pago Pago Memphis → Houston Mendoza → Gaziantep Mexico City → Gaborone Miami → Rio de Janeiro Milan → Dallas Milwaukee → St. Louis Minneapolis → Kansas City Minsk → Sofia Mogadishu → Maracaibo Mombasa → Phnom Penh Monaco → Rome Monrovia → Conakry Montevideo → Sydney Montreal → Cincinnati Moscow → Detroit Multan → Kuwait City Munich → Milan Muscat → Jeddah Nagoya → Nanchang Nairobi → Maputo Nanjing → Osaka Nanning → Guangzhou Nashville → Memphis Natal → Phnom Penh New Orleans → Houston New York → Virginia Beach Nicosia → Mosul Nouakchott → Khartoum Novi Sad → Dallas Oran → Casablanca

1 Tierstein, Zoya. “This map shows you what your city will feel like in 2080 and boy, are we in for a treat.” Grist.org. 13 Febuary 2019.

URBAN ANALOGUES m a p p i n g f u t u r eCar teu1 r b a n i s m s In meterology, the difference between the actual temperature and how the temperature feels is called wind chill. In a super effective and clear manner, complex and abstract ManHarbin → Jilin scientific Khulna → Vientiane and physiological phenomena dalay → Hartford → Richmond Kigali → Bujumbura Kingston → Barranquilla Hyderabad Havana → Yamoussoukro are conveyed through use of simile, Kinshasa → San Salvador Manila → giving Rangoon Helsinki → Vienna Maracay → Mandalay Konya → Tashkent Hiroshima → Nanchang Kuala Lumpur → Palembang Mariehamn → Budapest Ho Chi Minh City → Chennai laymen an entry point into information Marseille → Algiers Hong Kong → Macau Kumasi → Mbuji-Mayi Kuwait City → Medina Maseru → Vereeniging Honiara → Colombo which is greatly important to daily life but → Quetta La Paz → Johannesburg Mashhad Houston → Jacksonville Mbabane → Nanning Lagos → Panama City Hyderabad → Bamako Lanzhou → Taiyuan Mbuji-Mayi → Abuja Ibadan → Mbuji-Mayi might otherwise be hard to understand. Medan → Manaus Ilorin → Teresina Las Vegas → Phoenix “New York City, welcome to Arkansas. Minneapolis, say hello to Kansas. And San Francisco, your new home is L.A.” 1

1 Rice, Doyle. “By 2080, global warming will make New York City feel like Arkansas.” USA Today. 12 Febuary 2019.

Incheon → Seoul Indianapolis → Louisville Islamabad → Rawalpindi Istanbul → Rome Jacksonville → Orlando Jerusalem → Los Angeles Jinan → Zibo Johannesburg → Puebla Johor Bahru → Pekanbaru Juba → Ilorin Kaduna → Teresina Kananga → Benin City Kansas City → Dallas Kaohsiung → Tainan Karaj → Qom Kathmandu → Shenzhen Kharkiv → Bucharest

Leeds → Melbourne Libreville → Rangoon Lille → Lyon

Melbourne → Port Elizabeth Melekeok → Pago Pago Memphis → Houston

Lilongwe → Lubumbashi Mendoza → Gaziantep When it comes to climate change, weMexico lack City → Gaborone Lisbon → Perth → Virginia Beach Miami → Rio de Janeiro modes of expressionLjubljana which adequately convey London → Melbourne Milan → Dallas Milwaukee → St. Louis Los Angeles → Hargeysa Louisvillenature → Nashville Minneapolis → Kansas City the abstract yet collective of problems Minsk → Sofia Lubumbashi → Patna Lusaka → Pune Mogadishu → Maracaibo we are faced with.Luxembourg This project proposes Mombasa → Phnom Penh → Montevideo Monaco → Rome Lyon → Canberra Macau → Shenzhen Monrovia the analogue as a method through which to→ Conakry Montevideo → Sydney Malabo → Port Harcourt Malang → San Salvador Montreal → Cincinnati approach representing and discussing issues Manchester → Montevideo Moscow → Detroit Multan → Kuwait City such as climate regions, temperature change, Munich → Milan Muscat → Jeddah Nagoya → Nanchang C a r tgrowth, e 2 population and political/economic Nairobi → Maputo Nanjing → Osaka “LA is supposed to feel like Cabo by 2080; does relationships. Nanning → Guangzhou

that mean residents of the City of Angels should be prepping for a permanent vacation?.” 1

Nashville → Memphis Natal → Phnom Penh New Orleans → Houston New York → Virginia Beach Nicosia → Mosul Nouakchott → Khartoum Novi Sad → Dallas Oran → Casablanca

Qom → Baghdad Quito → Durban Rabat → Tripoli Rangoon → Bissau Rawalpindi → Islamabad Recife → Lagos Reykjavik → Belfast Richmond → Nashville Riga → Vienna Rio de Janeiro → Havana Riyadh → Medina Rome → Adana Rosario → San Antonio Roseau → Benin City Rostov → Skopje Rotterdam → Paris Salt Lake City → Las Vegas Salvador → Recife Samara → Bucharest San Antonio → Austin San Bernardino → Mosul San Diego → Tripoli San Francisco → Lisbon San Marino → Bursa San Salvador → Kaduna Santa Cruz → Mbuji-Mayi Santiago → Nicosia Sapporo → Milan Sarajevo → Dallas Seattle → San Francisco Sendai → Tokyo Seoul → Suwon Shanghai → Osaka Shenzhen → Hong Kong Singapore → Kuala Lumpur Skopje → Austin Sofia → Skopje St. Louis → Dallas St. Petersburg → Sofia Stanley → Edinburgh Stockholm → Budapest Sucre → Mexico City Surabaya → Ho Chi Minh City

Oranjestad → Mogadishu Orlando → Tampa Osaka → Changsha Oslo → Bratislava Ottawa → Pittsburgh Ouagadougou → Bamako Padang → Bandar Seri Begawan Pago Pago → Melekeok Palembang → Medan Palikir → Padang Panama City → Surabaya Papeete → Port Moresby Paramaribo → Bangui Paris → Canberra Pekanbaru → Palembang Philadelphia → Richmond Phnom Penh → Bangkok Phoenix → Baghdad Pittsburgh → Louisville Podgorica → Jacksonville Ponta Delgada → Porto Port-au-Prince → Ilorin Port Elizabeth → Adelaide Port Harcourt → Semarang Port Louis → Miami Port Moresby → Phnom Penh Portland → San Antonio Porto → Durban Porto-Novo → Phnom Penh Prague → Tbilisi Praia → Dakar Pretoria → Monterrey Pristina → Skopje Providence → Charlotte Puebla → Monterrey Pune → Bamako Putrajaya → Medan Pyongyang → Goyang Qingdao → Thimphu

Suva → Pago Pago Suwon → Seoul Sydney → Porto Taichung → Dhaka Tainan → Dhaka Taipei → Santos Tallinn → Bratislava Tampa → Orlando Tbilisi → Bishkek Tegucigalpa → Mandalay Tehran → San Bernardino Teresina → Abuja The Hague → Paris Tianjin → Beijing Tijuana → San Diego Tirana → San Antonio Tokyo → Changsha Toluca → Puebla Turin → Dallas Car te 3 Ulsan → Busan “Cities in lower-income countries are rapidly catching up with the world’s top business capitals. ” Vaduz → Milan Valencia → Mandalay Valletta → Tel Aviv-Yafo Valparaiso → Rabat Vereeniging → Pretoria Vienna → Skopje Vientiane → Kolkata Vilnius → Pristina Virginia Beach → Podgorica Warsaw → Tbilisi Washington → Nashville Wellington → Auckland Willemstad → Oranjestad Windhoek → Gaborone Wuhan → Osaka Xiamen → Brasilia Yamoussoukro → Ilorin Yerevan → Tashkent Zagreb → Louisville Zaria → Abuja Zhengzhou → Maseru Zurich → Milan 1

1 Alfred, Charlotte. “These are the 10 Fastest Emerging Global Cities.” Huffpost.com. 15 April, 2014.

1 Tierstein, Zoya. “This map shows you what your city will feel like in 2080 and boy, are we in for a treat.” Grist.org. 13 Febuary 2019.

Car te 4 “

You have offended us! You have offended the government of Boraqua! You are no longer our sister.” 1

1 Parks and Rec. Season 2, Episode 5, “Sister City.”

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Suva → Pago Pago Suwon → Seoul Sydney → Porto Taichung → Dhaka Tainan → Dhaka Taipei → Santos Tallinn → Bratislava Tampa → Orlando Tbilisi → Bishkek Tegucigalpa → Mandalay Tehran → San Bernardino Teresina → Abuja The Hague → Paris Tianjin → Beijing Tijuana → San Diego Tirana → San Antonio Tokyo → Changsha Toluca → Puebla Turin → Dallas Ulsan → Busan Vaduz → Milan Valencia → Mandalay Valletta → Tel Aviv-Yafo Valparaiso → Rabat Vereeniging → Pretoria Vienna → Skopje Vientiane → Kolkata Vilnius → Pristina Virginia Beach → Podgorica Warsaw → Tbilisi Washington → Nashville Wellington → Auckland Willemstad → Oranjestad Windhoek → Gaborone Wuhan → Osaka Xiamen → Brasilia Yamoussoukro → Ilorin Yerevan → Tashkent Zagreb → Louisville Zaria → Abuja Zhengzhou → Maseru Zurich → Milan

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