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A L E X A N D R A V. F O R I N

A R C H I T E C T U R E A N D C R E AT I V E W O R K

2018


For me, the architectural design process is like watercolor painting: it is the act of composing with a dynamic medium to create an experience that captures the spirit of a place.


CONTENTS MARKET SQUARE

PARK AND PLAY

Pike Place Market design studio

play space over a parking garage

SEATTLE HOUSING

LIGHT AIR MOVEMENT

urban infill housing development

CAMPUS MASTER PLAN

a vision for the Bush School

kinetic architecture studio

HANDMADE

furniture, models, and watercolor


MARKET SQUARE


MARKET SQUARE

PIKE PL ACE MARKET DESIGN STUDIO professor John Rowell, winter + spring 2015 c o m p l e t e d w i t h t e a m m a t e B e n j a m i n To d a

A PUBLIC ROOM

Market Square creates a place to celebrate the vibrant mix of residents, producers, and visitors that the Pike Place Market brings together. This design proposes a market square shaped by a new market hall, a senior housing community, and a waterfront stair tower. It provides a civic room for the people of Seattle.


H O U S IN MARKET

G

P U B LI C WORKSH OPS

AN URBAN CONNECTION

The removal of the Alaskan Way Viaduct gives the Pike Place Market the opportunity both physically and financially - to connect to the waterfront of Seattle. Market Square achieves this with a stair tower which entices visitors to climb to viewing platforms with breathtaking views of the Puget Sound, the Olympic Mountains, Mt. Rainier, and the city and port of Seattle. The stair brings pedestrians down to street level, reinforcing the existing urban infrastructure and rebuilding the street front on Elliott Way.


SITE PLAN 0’

16’

32’

64’


THE MARKETPLACE

The market hall is a glulam wood frame building designed with material lifecycle in mind. It is designed as a skin-on-frame building to acknowledge different material lifespans. The wood frame and flooring system are independent of the enclosure system, allowing for repair and recladding. Concrete topped cross-laminated timber acts as both a resilient flooring and an exposed ceiling below. The structural system allows for an open market hall experience while providing permanent, enclosed shops. The deep plaza faรงade is conceived as a scaffolding which provides ample space to enjoy the fresh air and a generous covered edge below for rainy days.


A SENIOR HOUSING COMMUNITY

An affordable housing building for seniors frames the southeast edge of the market square. It is a podium building, with commercial units and social services occupying plaza level. In this way, we celebrate that the Pike Place Market is a provider of shelter. The plaza facade is designed to convey a sense of home within a bustling urban area. The building steps back to give generous solar exposure to its central courtyard and to the plaza below.


MARKET LEVEL PLAN 0’

8’

16’

32’


PROCESS

A series of physical models formed the heart of the design process, supported by architectural and experiential sketches. This process of physical modeling continued from urban design and massing at 1/50”=1’ and 1/32”=1’, through building design and detailing at 1/16”=1’ and 1/4”=1’. These tools allowed us to understand and coordinate the many level changes on the site, hone in the site response, and design several key facades.


S E AT T L E H O U S I N G


S E AT T L E

HOUSING

work

currently

Minglian Puget Way

U R B A N I N F I L L H O U S I N G D E V E LO P M E N T 04.13.2018

for

JW

Architects,

DESIGN AND DOCUMENTATION

in

CD

phase

In this project, my role was to design and coordinate a nine unit housing development in West Seattle. I designed three unit types and coordinated the structural engineer, civil engineer, and city permitting process. My goal for this project was to create an ensemble of houses, where each home is unique yet related to the whole.


DN

DN

roof deck

DN

15'-10"x21'-0"

DN

roof deck

2:12

roof deck 17'-6"x23'-6"

15'-10"x21'-0"

roof deck

DN 2:12

19'-11"x22'-6"

2:12

roof deck

DN

roof deck 2:12

19'-11"x22'-6" 17'-6"x23'-6"

Unit B Roof Deck Plan 1/8" = 1'-0"

Unit D Roof Deck Plan 2 1/8" = 1'-0"

2

Unit C Roof Deck Plan 1/8" = 1'-0"

2

Unit C Roof Deck Plan 1/8" = 1'-0" shared bath

UP W

D

DN

UP

13'-6"x10'-10"

Unit B Roof Deck Plan 1/8" = 1'-0"

2

2

m. bed

Unit Dlaundry Roof Deck Plan 12'-6"x7'-6" 1/8" = 1'-0"

bed 4

13'-6"x17'-2"

W

UP

bath 2

bed 2

5'-6"x12'-4"

10'-6"x12'-4"

W

5'-8"x8'-6"

D

6'-6"x8'-6"

D

DN

w.i.c.

UP

bed 2 12'-6"x12'-2" laundry

m. bath

bed 3

15'-10"x14'-7"

11'-0"x12'-2"

12'-6"x7'-6"

13'-6"x6'-0"

bath 2

w.i.c.

m. bath

6'-0"x11'-0"

5'-0"x6'-0"

19'-10"x6'-0"

13'-6"x17'-2"

bed 3 11'-0"x12'-0"

m. bed

laundry

14'-5"x16'-2"

W

bath 2

bed 2

5'-6"x12'-4"

10'-6"x12'-4"

w.i.c. m. bath

D

laundry 6'-6"x8'-6"

13'-6"x6'-0"

Unit B Second Floor Plan Minglian Puget Way 1/8" = 1'-0"

1

bed 2 Unit D12'-6"x12'-2" Second Floor Plan 1 1/8" = 1'-0" bath 2

5'-8"x8'-6"

Unit B floors 3 and 4

1

bed 3

10'-10"x8'-5"

11'-0"x12'-0"

12'-6"x12'-2"

laundry w.i.c.

m. bath

5'-0"x6'-0"

19'-10"x6'-0"

6'-0"x11'-0"

04.13.2018

7'-11"x9'-1"

w.i.c.

bed 3

7'-11"x9'-1"

w.i.c.

bed 2

bath 2 5'-6"x8'-0" w.i.c.

deck

bath 2

deck

11'-11"x12'-4"

1

Unit C Second Floor Plan 1/8" = 1'-0"

1

Unit C Second Floor Plan 1/8" = 1'-0"

04.13.2018

pantry

powder

5'-8"x4'-8"

UP

Minglian Puget Way DN

DN

DN

Unit D floors 3 and 4

UP

DN

bench

04.13.2018

entry 12'-1"x8'-6"

6'-0"x8'-11"

6'-0"x14'-8"

living

powder

10'-5"x14'-4"

15'-6"x23'-6"

5'-8"x5'-0"

bath 3

10'-0"x11'-10"

5'-0"x8'-0"

kitchen den

DN

9'-6"x14'-4"

12'-6"x11'-2"

pantry DW

5'-0"x6'-0"

porch den/bed 6'-0"x14'-8" Unit B First Floor Plan 4 2DN 10'-0"x11'-10" 1/8" = 1'-0"

dining

living

10'-5"x14'-4"

15'-6"x23'-6"

dining

living

13'-3"x14'-0"

9'-8"x14'-0"

16'-0"x22'-6"

5'-0"x8'-0"

REF.

DN

DN

Unit D First Floor Plan den 1/8" = 1'-0"12'-6"x11'-2"

15'-9"x13'-6"

DW

living

10'-6"x10'-8"

16'-4"x20'-6"

REF.

dining

kitchen kitchen

dining

living

13'-3"x14'-0"

9'-8"x14'-0"

16'-0"x22'-6"

REF.

Unit C First Floor Plan15'-9"x13'-6" 2 den/office 10'-6"x10'-8" 1/8" = 1'-0"

13'-8"x19'-6"

dining 13'-8"x19'-6"

10'-8"x7'-0"

UP

bath 4 8'-0"x5'-6"

2

garage

garage

mech

21'-0"x22'-5"

21'-0"x23'-6"

bonus 14'-8"x21'-0"

11'-0"x6'-3"

rec / bed 4 11'-0"x12'-5"

13'-2"x12'-9"

UP

shared bath 2

10'-8"x7'-0"

UP

rec/bed 5

deck 14'-10"x5'-6"

11'-0"x6'-3"

Unit C First Floor Plan 1/8" = 1'-0"

2

3 Unit D First Floor Plan bath 8'-0"x5'-0" 1/8" = 1'-0"

UP

shared bath 2

mech

5'-0"x6'-1"

UP

deck 14'-10"x5'-6"

DW

REF.

DW

pantry

5'-0"x6'-0"

Unit B First Floor Plan 1/8" = 1'-0"

entry/mud den/office 8'-6"x13'-6"

powder

2

16'-4"x20'-6"

UP

5'-0"x7'-2"

DN

UP

5'-8"x5'-0"

9'-6"x14'-4"

powder kitchen

DW

entry 12'-1"x8'-6" pantry

pantry

2

pantry

5'-0"x6'-1"

kitchen

bath 3

living

8'-6"x13'-6"

UP

DN

den/bed 4 entry/mud 6'-0"x8'-11"

entry/mud

5'-8"x4'-8"

kitchen

bench

porch DN

dining DW

bench

Unit C floors 3 and 4

UP

5'-0"x7'-2"

bench DN

Unit C floors 3 and 4

Minglian Puget Way

04.13.2018

entry/mud

5'-6"x14'-10"

04.13.2018

Unit D floors 3 and 4

04.13.2018

Unit B floors 3 and 4

5'-6"x14'-10"

8'-3"x8'-8"

Minglian Puget Way

Minglian Puget Way

15'-10"x14'-7"

8'-3"x8'-8"

5'-6"x8'-0"

Unit D Second Floor Plan 1/8" = 1'-0"

Minglian Puget Way

m. bed

bed 2

11'-11"x12'-4"

D

Unitbed B Second Floor Plan 3 11'-0"x12'-4" 1/8" = 1'-0"

m. bed

bed 4

10'-10"x8'-5"

12'-6"x12'-2"

m. bed

1

12'-2"x6'-0"

DN

14'-5"x16'-2"

w.i.c.

laundry

12'-2"x6'-0"

m. bath

12'-2"x7'-2"

m. bed

D

DN

bed 3 11'-0"x12'-4" bonus

m. bath DN UP

shared bath

11'-0"x12'-2"

13'-6"x10'-10"

UP

12'-2"x7'-2"

W

DN

bonus

W

2

garage

bed 5

21'-0"x19'-6"

11'-0"x12'-0"

bonus 14'-8"x21'-0"

UP

bath 4

bath 3

8'-0"x5'-6"

8'-0"x5'-0"

garage

garage

21'-0"x23'-6"

21'-0"x22'-5"

bed 5 170

165

8

garage LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 202.68 FT.

11'-0"x12'-0"

N 89°28'40" W

250. 49'

125. 48' MANHOLE

25.11'

RIM = 170.27 F T. I.E. = 159.06 FT .

Unit C Basement Plan 1/8" = 1'-0"

GV PP

8"PSS

OHP

OHP OHP(UNSHI ELDED)

OHP

OHP

OHP(UNSHI ELDED)

OHP

OHP

OHP(UNSHI ELDED)

OHP

PP

P L A N T E R

OHP

GV

160

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 202.68 FT.

OHP

OHP(UNSHI ELDED)

8"PSS

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.03 FT.

6.7'

OHP

8"PSS

H

N 00°31'07" E

PP

P L A N T E R

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.03 FT.

OHP

25.11'

8"PSS

OHP

OHP OHP(UNSHI ELDED)

OHP

OHP

OHP(UNSHI ELDED)

OHP

OHP

OHP(UNSHI ELDED)

OHP

S 00°31'47" W

PP

GV

8"PSS

8

170

165

1

250. 49'

RIM = 170.27 F T. I.E. = 159.06 FT .

S 00°31'47" W

21'-0"x19'-6" N 89°28'40" W 125. 48' MANHOLE

GV

24" ET

6.7'

H 8"PSS

OHP

8"PSS

OHP

8"PSS

H

OHP(UNSHI ELDED)

160 6.7'

OHP

OHP OHP

OHP(UNSHI ELDED)

8"PSS

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 202.68 FT.

11'-0"x12'-5"

OHP

P L A N T E R

GV

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.03 FT.

rec / bed 4

Unit D Basement Plan 1 1/8" = 1'-0"

5

PP

160

8"PSS

OHP

OHP OHP(UNSHI ELDED)

OHP

OHP

OHP(UNSHI ELDED)

OHP

OHP

8"PSS

16

250. 49'

25.11' OHP(UNSHI ELDED)

OHP

S 00°31'47" W

PP

OHP

N 89°28'40" W 125. 48' MANHOLE RIM = 170.27 F T. I.E. = 159.06 FT .

GV

OHP(UNSHI ELDED)

8

170

13'-2"x12'-9"

170

rec/bed 5

170

Unit B Basement Plan 1/8" = 1'-0"

170

1

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

8"PSS

OHP(UNSHI ELDED)

160

8"PSS

OHP(UNSHI ELDED)

8"PSS

8" E T 24" ET 8" E T

8" E T

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

FE NC E FALLS 01 FT

x

6" E T

10" E T

6" E T

OHP

WE ST LINE OF SECTI ON 19

8"PSS

OHP 8"PSS

OHP 8"PSS

5

OHP(UNSHI ELDED) OHP 8"PSS

OHP

0 16 OHP

8"PSS

OHP(UNSHIELDED) OHP 8"PSS

x

x

x

OHP

OHP OHP(UNSHI ELDED)

OHP

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

8"PSS

OHP(UNSHI ELDED)

8"PSS 8"PSS

OHP(UNSHI ELDED)

160

x

x

x

OHP

160

8"PSS

8"PSS

8"PSS

x

OHP(UNSHI ELDED) OHP

8"PSS

OHP

0

16

OHP

6" E T

10" E T

6" E T

16" E T

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 204.57 FT.

PP

10" E T

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

10" E T 8" E T

MANHOLE RIM = 160.04 F T. I.E. = 148.69 FT .

10" E T

RIM = 160.04 F T. I.E. = 148.69 FT .

24" ET 8" E T

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

8"PSS

x

FE NC E F ALLS

FE NC E FALLS 01 FT

Minglian Puget Way 04.13.2018

Unit D floors 1 and 2

6" E T

OHP

x

FE NC E FALLS 01 FT

7" E T

Unit C floors 1 and 2

6" E T

8" E T

MANHOLE

PP

x

OHP

x

x

x

x

APPRO X OF T RE (T YPIC A

WE ST LINE OF SECTI ON 19

x

x

x

OHP(UNSHI ELDED)

N 00°31'07" E

OHP

8"PSS

8"PSS

OHP

x

x

24" ET

x

x

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 202.68 FT.

H

8"PSS

floor 1 floor 2 floor 3

x

8" E T

x

x

x

x

FE NC E F ALLS

x

155

OHP 8"PSS

OHP(UNSHIELDED) OHP 8"PSS

OHP 8"PSS

OHP(UNSHIELDED) OHP OHP

8"PSS

5

8

15

165

170 OHP(UNSHIELDED) OHP

250. 49'

25.11' x

S 00°31'47" W

8"PSS

x

UNIT PLAN 3 x

7.2'

8" E T

x

8" E T

Minglian Puget Way

x

24" ET

x

8" E T

x

Unit B floors 1 and 2 04.13.2018

x

6.7'

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 204.57 FT.

10" E T

8" E T

04.13.2018

x

8" E T

FE NC E F ALLS

PP

x

Minglian Puget Way

x

P L A N T E R

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.03 FT.

x

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.40 FT.

8"PSS

165

0

16

8"PSS

8"PSS

APPRO OF T RE (T YPIC A

6" E T

7" E T 16" E T

8"PSS

36 SF 504 SF Unit D floors 1 and 2 448 SF 989 SF

x

10" E T

x

15

entry deck 358 SF garageWay 1,326 Minglian SF Puget roof deck 1,352 04.13.2018 SF 3,036 SF

x

OHP

OHP(UNSHI ELDED)

OHP

OHP

x

8" E T

x

PP

OHP(UNSHIELDED) OHP

8"PSS

OHP(UNSHIELDED) OHP

8"PSS

N 00°31'07" E

8"PSS

OHP

OHP(UNSHI ELDED) OHP

OHP

8"PSS

7.2'

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.40 FT.

basement floor 1 floor 2

8"PSS

FE NC E F ALLS

x

ELDED) OHP(UNSHI ET 10"

OHP

RIM = 160.04 F T. I.E. = 148.69 FT .

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

x

8"PSS

x

8"PSS

x

10" E T

8"PSS

x

8" E T

N 89°28'40" W 125. 48'

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 204.57 FT.

PP

PP

GV

MANHOLE

24" ET

deck 163 SF garage 548 SF 840 SF Minglian Puget Way mech 99 SF 1,488 SF 04.13.2018 roof deck 322 SF 1,449 SF 1,133 SF 3,777 SF

AREA SUMMARY - UNIT C

6.7'

160

5 15

10" E T

RIM = 160.04 F T. I.E. = 148.69 FT .

RIM = 170.27 F T. I.E. = 159.06 FT .

40" FI R

PP

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 202.68 FT.

MANHOLE

8" E T

25.11'

OHP

OHP OHP(UNSHI ELDED)

OHP

GV

8" E T

250. 49'

OHP

OHP(UNSHI ELDED)

OHP

8"PSS

6" E T

x

P L A N T E R

155

x

OHP

x

OHP

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.03 FT.

x

8"PSS

x

x

OHP(UNSHIELDED) OHP

x

x

8"PSS

x

OHP(UNSHI ELDED)

x

OHP

x

OHP

8"PSS

x

x

OHP(UNSHIELDED) OHP

x

x

OHP

x

x

8"PSS

0

16

8"PSS

OHP(UNSHIELDED) OHP

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 204.57 FT.

PP

MANHOLE

x

x

FE NC E FALLS 01 FT

OHP 8"PSS

OHP

8"PSS

OHP(UNSHIELDED) OHP

OHP

8"PSS

OHP(UNSHIELDED) OHP

WE ST LINE OF SECTI ON 19

x

x

PP

8"PSS

527Unit SF B floors 1 and 2 88 SF 422 SF 1,037 SF 8"PSS

364 SF garage Minglian Puget Way 1,333 SF porch 04.13.2018 1,421 SF roof deck 3,119 SF

x

x

8"PSS

x

5

x

x

x

15

x

N 89°28'40" W

x

8"PSS

x

125. 48'

x

OHP(UNSHIELDED) OHP

x

PP

x

8"PSS

x

GV

x

OHP(UNSHI ELDED)

x

RIM = 170.27 F T. I.E. = 159.06 FT .

x

160

8"PSS

x

MANHOLE

x

FE NC E F ALLS

165

basement floor 1 floor 2

155

OHP 8"PSS

OHP(UNSHIELDED) OHP 8"PSS

OHP 8"PSS

OHP(UNSHIELDED) OHP OHP

8"PSS

5 15 x

24" ET

x

40" FI R

AREA SUMMARY - UNIT D

155

8"PSS

10" E T

6" E T

x

8" E T

x

155

OHP

8"PSS

OHP

8"PSS

OHP

OHP(UNSHIELDED) OHP

165

APPRO X OF T RE (T YPIC A

6" E T

7" E T

16" E T

x

GV

x

10" E T

6" E T

8"PSS

160

5

8"PSS

OHP

8"PSS

OHP(UNSHI ELDED) OHP

8"PSS

OHP

OHP

8"PSS

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.40 FT.

x

10" E T

8" E T

24" ET

H

PP

x

8" E T

8" E T

x

165

24" ET

AREA SUMMARY - UNIT B

UNIT PLAN 2 10" E T

RIM = 160.04 F T. I.E. = 148.69 FT .

H

40" FI R

7.2'

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 204.57 FT.

PP

MANHOLE

S 00°31'47" W

25.11' S 00°31'47" W

OHP

8"PSS

8"PSS

OHP(UNSHI ELDED)

OHP(UNSHI ELDED)

8"PSS

H

160

5

PP

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 202.68 FT.

8"PSS

8"PSS

OHP(UNSHI ELDED)

160

8"PSS

OHP

OHP OHP(UNSHI ELDED)

OHP

8

16

250. 49'

OHP

OHP(UNSHI ELDED)

OHP

OHP(UNSHI ELDED)

6" E T

x

170

x

x

160

x

OHP

P L A N T E R

x

FE NC E FALLS 01 FT

8"PSS

x

170

x

x

8"PSS

x

OHP(UNSHI ELDED)

x

OHP(UNSHI ELDED)

x

OHP

8"PSS

x

x

OHP

x

x

8"PSS

x

x

OHP

x

x

N 00°31'07" E

x

16

x

OHP(UNSHI ELDED)

x

8"PSS

x

6.7'

x

OHP(UNSHI ELDED)

x

N 89°28'40" W

x

OHP

x

125. 48'

x

OHP

x

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.03 FT.

x

5

x

PP

x

16

x

GV

x

OHP(UNSHI ELDED)

x

MANHOLE

x

OHP(UNSHIELDED) OHP

x

RIM = 170.27 F T. I.E. = 159.06 FT .

x

FE NC E F ALLS

OHP(UNSHIELDED) OHP

x

24" ET

x

OHP(UNSHIELDED) OHP

x

8" E T

x

OHP(UNSHIELDED) OHP

x

GV

x

APPRO X OF T RE (T YPIC A

OHP(UNSHI ELDED)

x

10" E T

8" E T

7.2'

6" E T

7" E T 16" E T

8"PSS

x

8

x

8" E T

8" E T

x

10" E T

6" E T

OHP

8"PSS

155

OHP 8"PSS

OHP(UNSHIELDED) OHP 8"PSS

OHP 8"PSS

OHP(UNSHIELDED) OHP

OHP 8"PSS

5 15 8"PSS

OHP(UNSHIELDED) OHP

10" E T

RIM = 160.04 F T. I.E. = 148.69 FT .

APPRO OF T RE (T YPIC A

6" E T

7" E T 16" E T

WE ST LINE OF SECTI ON 19

PP

WE ST LINE OF SECTI ON 19

170

UNIT PLAN 1 LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 204.57 FT.

PP

MANHOLE

36 SF 504 SF 448 SF 989 SF

170

527 SF 88 SF 422 SF 1,037 SF

170

basement 364 SF garage floor 1 SF Plan porch Unit B 1,333 Basement 1 floor 2 roof deck 1/8" = 1,421 1'-0" SF 3,119 SF

entry deck 358 SF garage 1,326 SF roof deck 1,352 SF Unit D 3,036 Basement Plan SF 1 1/8" = 1'-0"

basement floor 1 floor 2

OHP(UNSHIELDED) OHP

165

10" E T

6" E T

floor 1 840 SF floor 2 1,488 SF floorUnit 3 C Basement 1,449 SF Plan 1 1/8" = 1'-0" 3,777 SF

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.40 FT.

OHP(UNSHI ELDED)

8"PSS

OHP(UNSHI ELDED) OHP 8"PSS

OHP

0

OHP(UNSHIELDED) OHP

165

PP

APPRO X OF T RE (T YPIC A

6" E T

7" E T 16" E T

WE ST LINE OF SECTI ON 19

OHP

8"PSS

OHP

8"PSS

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.40 FT.

OHP(UNSHI ELDED)

AREA SUMMARY - UNIT B

7.2'

16

16

0

OHP

8"PSS

AREA SUMMARY - UNIT D

H

163 SF 548 SF 99 SF 322 SF 1,133 SF

165

OHP(UNSHI ELDED) OHP

40" FI R

7.2'

LOCATI ON OF TI E TO OVE RHEAD HIG H-VOLTAGE POWERLINE ELEV. @ WIRE = 209.40 FT.

PP

deck garage mech roof deck

OHP(UNSHI ELDED)

N 00°31'07" E

OHP

8"PSS

OHP

OHP

24" ET

8"PSS

5

N 00°31'07" E

OHP

AREA SUMMARY - UNIT C

16

8"PSS

OHP(UNSHI ELDED)

5 16

8"PSS

OHP(UNSHI ELDED)

40" FI R

24" ET

40" FI R

Unit C floors 1 and 2

FE NC E FALLS 01 FT

x

x

6" E T


CAMPUS MASTER PLAN


CAMPUS MASTER PL AN

A

work

VISION for

FOR

Johnson

+

THE

BUSH

Southerland,

DOCUMENTATION AND COMMUNICATION

SCHOOL

completed

2016

In this project, I supported the principal architect and landscape architect throughout the master planning process. I produced as-built drawings of campus buildings, facilitated meetings and workshops, created a physical model of the future campus, produced diagrams and renderings, and compiled the final document.


A GUIDE FOR GROWTH

To develop this campus plan, Johnson+Southerland led a series of workshops, interviews, and conversations with all stakeholders. The resulting plan includes a combination of new buildings and renovations to the existing Middle School and the beloved Gracemont Hall. The plan will allow the school to gracefully embark upon its second century by meeting their goals of creating a heart of campus and defining the main entry and perimeter.


PA R K A N D P L AY


P L AY work

PA R K A N D P L AY S PA C E

for

OVER

Johnson

+

A

PA R K I N G

Southerland,

GARAGE

completed

2017

DESIGN, DOCUMENTATION, CONSTRUCTION ADMINISTRATION

The goal of this project was to provide outdoor play space and a parking garage for the Hamlin Robinson School. I provided design and documentation, including parking garage layout, coordination with engineers and landscape architects, and design and detailing of the utility building.


L I G H T, A I R , M O V E M E N T


L I G H T, A I R , M O V E M E N T KINETIC ARCHITECTURE STUDIO

p r o f e s s o r S t e v e n D u f f a n d c o n s u l t a n t Tu r n e r E x h i b i t s , s p r i n g 2 0 1 4 c o m p l e t e d w i t h t e a m m a t e s A n d r e a D e t w e i l e r a n d B e n j a m i n To d a

THE POETICS OF AIR

This skylight design highlights daylight and passive ventilation in an entirely human-powered system. Precise counterweights and gear reductions allow one person to operate three skylights simultaneously by turning a large handwheel. The skylights rise up and away from the building, transforming the space below and evoking the poetics of air movement. Click image to view animation.


DRIVE SYSTEM

2.5” TORSION TUBE 90˚ BEVEL GEAR 4:1 GEAR REDUCTION 1.5” TORSION TUBE 90˚ BEVEL GEARS 7:1 GEAR REDUCTION 3’ HANDWHEEL

SKYLIGHT SYSTEM

HSS 3X1.5 - 1/4 WINDOW 3/8” TEMPERED GLASS W4X13 LINK ARMS WHEELS AND AXLE 270 LB COUNTERWEIGHT


MECHANICS AND ENGINEERING

The counterweight is engineered to allow a person to operate a set of three skylights over 12 seconds, applying approximately one quarter horsepower. The moment force of the counterweight is closely matched up to that of the window throughout the rotation. The largest differences between the two, at the beginning and end of the motion, help the skylight remain fully open or fully closed. The openings themselves are sized to achieve half of the cooling load of a typical atrium oďŹƒce building via stack ventilation.


HANDMADE


F E A T H E R L I G H T FURNITURE DESIGN STUDIO

p r o f e s s o r L i n d a Z i m m e r, c o n s u l t a n t K e v i n R o w l a n d , f a l l 2 0 1 4

A LIGHT, SOLID FOOTING

The idea for this perch stool was to create a minimal yet expressive structure. The chair is triangulated in three dimensions, allowing it to be made of slender members. The seat is made of unsplit leather, a membrane structure that molds to the body over time.


CONNECTION DESIGN

Because of the many compound angles, pegged bird’s mouth joints are used at key connections in the piece. The same pegs that hold the wood together also create the seat connection, where the leather is wrapped over the leg and held in place by friction. The pegs are made from the same piece of wood as the frame for visual and structural continuity.


HANDMADE

M O D E L S , F U R N I T U R E , A N D W AT E R C O L O R 2013 - 2015

FURNITURE

Cloud House island, designed by G.Z. Brown, built with Benjamin Toda pine book pedestal for Mastering the Art of French Cooking


MODELS

urban facade design series, bas-relief models at 1/8” = 1’-0” Westy, structural model at 1/16” = 1’-0”


Alexandra V. Forin portfolio  

architecture portfolio 2018

Alexandra V. Forin portfolio  

architecture portfolio 2018

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