Jackie Davis Architecture Portfolio - 2019

Jackie Davis

Jackie Davis Architecture Portfolio

Architectural Portfolio 2018 | Architectural Designer

Judkin’s Junction & Patricia K

EWorks | Architectural Designer

Seattle, WA

This is a groundbreaking project in Seattle that combines 53 permanent supportive units with 70 workforce housing units. The site will also have ground floor retail, a homeless day center & administrative offices & separate roof top decks.

My role consisted of doing the zoning code plans & land use diagrams, drafting neighboring existing conditions, drawing schematic sections, calculating, coordinating & detailing all vertical circulation components. I also weighed in at group discussions on major design decisions with the team.

5'-6"

17'-10"

601 299 sq ft

10 4'-6"

15'-11"

P.L.

8'-8"

604 294 sq ft

635 43 sq ft

FD

8'-0"

2'-0"

13'-6"

2'-0"

2'-0"

15'-8"

STUDIO 606 294 sq ft

9'-4"

5'-0"

3'-2"

3'-4"

3'-2"

3'-6"

1'-5"

2'-7" 2'-

Transparency & Blank Facade Diagram

7

SOUTH ELEV.

N.T.S.

T1.2

4'-0"

2'-3"

149'-2"

62'-9 1/2"

5'-11"

12'-4" 2'-0"

STUDIO

605 324 sq ft

I

1'-3"

1'-0" 1'-0" 20'-0"

23'-6 1/2"

TRASH

13'-6"

4.4

1 7'-1"

(6) EQ. TREADS @ 11" EA.

5'-6"

15'-8 1/8"

27'-4"

1'-5 1/8" 4'-0"

DN

4'-3 1/8"

1'-5 1/8"

2'-7" 4'-6" 7'-4"

17'-5"

(8) EQ. TREADS @ 11" EA.

4'-8" 1'-10"

FD

5'-6" FD

FD

UP Date

9 9'-4" 9'-4"

DN.

Scale: 1/4" = 1'-0"

8

9

08/04/2017 DD Pricing Set

10

Revisions

STUDIO 502 401 sq ft

STAIR

4'-6 1/4" 4'-6"

JAN. 63'-8"

CORRIDOR 508

4'-0"

6 T1.2

JS

22'-10 1/2" 34'-0"

Project No.

A4.20

16014/16078

2

14'-2 1/2"

13'-8 1/2"

13'-8 1/2"

22'-11"

22'-11"

504

A4.19

A3.5

First Floor 290'-5" Basement a 274'-0"

ENT.

BEDROOM

ROOF

KITCHEN

628 sq ft

SOUTH ELEV. 22'-11"

513 804 sq ft

11'-1"

2

A3.5

23.47A.0 13'-6"

Stair 4 - Basement

A4.19

Scale: 1/4" = 1'-0" NOTE: STAIRS ARE CONCRETE FILLED STEEL PAN STAIRS TO SECOND FLOOR AND WOOD FOR THE REMAINDER OF FLOORS

24'-0"

13'-9"

14'-2"

22'-5 1/2"

22'-11"

27'-8"

68'-6" 158'-3" 1 A3.1

1

Sixth Floor Plan at Patricia K; Fifth Floor Plan at 2214 Scale: 1/8" = 1'-0"

Av

24'-1"

2 BEDROOM

LIVING/DINING 3

505 374 sq ft

A3.5

STUDIO

503 369 sq ft

11'-1"

A3.5

SIM.

4

4

A3.5

STUDIO

A4.1

Scale: 1/4" = 1'-0"

1

515

Av

19'-4"

1

1

A4.19

501 788 sq ft

4'-7"

11'-3 1/2"

5'-0" 1'-3" 2 A4.20

Stair 4 - 2nd Floor

10'-1" (11) EQ. TREADS @ 11" EA.

1'-0"

F.F.=277.0

1 BEDROOM Structure Height Diagram - 23.47A.012 511

509 N.T.S. ft 628 sq

ELEV. LOBBY

2 BEDROOM

A4.20 4'-8"

2 1/2"

STAIR

1 BEDROOM

FOR SDCI USE ONLY

4

A4.5

75'-0"

29'-7"

75'-0"

507 642 sq ft

ELEV.

Checked by (Q.C.): 1

2

I

516 781 sq ft

AVERAGE GRADE PLANE

BS/JS

8'-6 1/8"

7'-1" 4'-0"

UP

16'-10"

7'-4" (8) EQ. TREADS @ 11" EA.

A4.20

514 381 sq ft

2'-2 1/2"

Basement 274'-0"

1 BEDROOM

SS, ST, JD Checked by (P.M.):

DN UP

525a

FIN. FLR. EL: 330'-8 1/2"

STUDIO

512 626 sq ft

First Floor 284'-0"

STORAGE

Drawn by:

H

1

1'-0"

1'-0"

506

1 BEDROOM

510 626 sq ft

Roof Deck 362'-11 3/4' Roof 361'-11 3/4' Seventh Floor 352'-10" Sixth Floor 343'-8 1/4" Fifth Floor 334'-6 1/2" LIVING/ Fourth Floor 325'-4 3/4" Third Floor 316'-3" Second Floor BEDROOM 307'-3"

27

1'-5 1/8"

2'-7"

H

1'-0"

1'-0"

4'-6"

2'-7"

7'-4" (8) EQ. TREADS @ 11" EA.

520

1 BEDROOM

6'-11"

Second Floor 297'-0"

525 101 sq ft

23'-4"

SSS

7

8

Stair 4 - 1st Floor B

13'-11"

1

A4.19

ELEC./TELE

UP

2

Scale: 1/4" = 1'-0"

13'-8"

650

14'-7 1/2"

Stair 4 - 3rd Floor - 6th

STAIR

D

19'-4"

22'-3 1/2"

2 BEDROOM

29'-9"

1'-0"

680 840 sq ft

ROOF HEIGHT 22'-9 1/2"LIMIT - 75'-0"

344'-9" Sixth Floor 336'-6" Fifth Floor 327'-0" Fourth Floor 317'-6" Third Floor 308'

CORRIDOR

D

(7) EQ. TREADS @ 11" EA.

2

D D

Stair 4 Plans

5'-11"

T.O.Parapet 366'-11 3/4'

6'-0 1/2"

FD

6'-5"

UP

1'-3"

1'-3"

5'-0"

2

W W

612 314 sq ft

670 80 sq ft

ELEV.

W

FD

611 201 sq ft

Stair Penthouse 371'-11 3/4'

10'-7"

13'-8"

LAUNDRY

DN

1

A3.2

4'-0"

8'-6 1/8"

7'-1"

14'-4"

PATIO

TYPE 'A' STUDIO

STOR.

W

1

A4.20 7'-0"

Stair Penthouse 12'-10" 350'-5" TYPE Penthouse 'A' Elevator STUDIO 350'-5" 614 Roof 333 sq ft 350'-5" Roof

14'-7 1/2"

FD

A4.20

I

610 300 sq ft

A4.20

4'-6 1/4"

Elevator Penthouse 378'-11 3/4'

New Construction

UP

2 1/2"

5

EXISTING B PODIUM BEL

23'-7"

STUDIO

2212 & 2214 S. Jackson Street Seattle, Washington 98144

UP

DN UP

16'-10"

7'-4"

(8) EQ. TREADS @ 11" EA.

1 A4.20

609 298 sq ft

FD

H

4'-0"

H

23rd & Jackson Redevelopment

148'-9 1/2"

1'-5 1/8"

2'-7"

4'-6"

2'-7"

4'-6"

28'-11"

4'-6 1/4"

1'-8"

A4.19

86'-3"

STUDIO

9'-4"

DN

608 294 sq ft

FIN. FLR. EL: 336'-6"

EXISTING BUILDING

10

LUEL MENGISTU 2200 S. JACKSON ST PARCEL NO. 364610-0290

9

A4.2

1

STUDIO

8

402 15th Avenue East Seattle, Washington 98112 phone: 206.329.8300 fax: 206.329.5494

A4.3

9

4'-6 1/4"

FD

Scale: 1/4" = 1'-0"

A3.4

8

607 298 sq ft

Stair 4 - 1.5 Floor

1

A4.19

2

3

Scale: 1/4" = 1'-0"

FD

A4.4

Stair 4 - Roof

27'-6 1/2"

6 A4.19

STUDIO

13'-6"

2 A4.20

13'-8"

2 A4.20

FD

PROFESSIONAL - Construction Documents

FD

23'-6 1/2"

A4.20

1'-0"

2 1/2"

2'-0"

I

8'-0"

603 298 sq ft 3'-0"

1

602 294 sq ft

STUDIO

STUDIO DN

640 133 sq ft

STUDIO

H

UP

1 A4.20

TRANS

4'-0 3/4"

(7) EQ. TREADS @ 11" EA.

H

STREE THE S

6'-2"

STAIR

13'-8"

9 6'-5"

Trans

STREET FACING FACADE BETWEEN 2 FEET AND 8 FEET ABOVE THE SIDEWALK (EXCLUDING DRIVEWAY) = 778 SF; 60% OF 778 SF = 466.8 SF

1

13'-8"

8 2 1/2"

4'-6 1/4"

Transparent Area - 2347A.008.B.2.a

A3.3

FD

8'-6 1/8"

9 9'-4" 4'-6 1/4"

TOTAL BLANK

163'-4"

STUDIO 8

Blank

TOTAL WIDTH OF FACADE (EXCLUDING DRIVEWAY): 129'-2" BLANK FACADE WIDTH: 40'-9"; 31.5% OF FACADE < 40% OF TOTAL FACADE

53'-6"

24'-0"

9

8

S. 23rd Avenu

Blank Facade - 23.47A.008.A.2.a.-c.

TRANSPARENT AREA PROVIDED= 492 SF

13'-6"

9

8

S. Jackson Street Frontage

RESIDENTIAL STREET-FACI

23'-1 1/2" 24'-4"

sparent Area - 2347A.008.B.2.a

28th Ave. S.

27th Ave. S.

26th Ave. S.

48

25th Ave. S.

24th Ave. S.

22nd Ave. S.

21st Ave. S.

20st Ave. S.

19th Ave. S.

18th Ave. S.

TRANSPORTATION ANALYSIS

L WIDTH OF FACADE (EXCLUDING DRIVEWAY): 163'-6" K FACADE WIDTH: 27'-9"; 16.9% OF FACADE < 40% OF TOTAL FACADE

23rd Ave. S.

ue Frontage

k Facade - 23.47A.008.A.2.a.-c.

8

E. Fir Street

Legend

ET FACING FACADE BETWEEN 2 FEET AND 8 FEET ABOVE SIDEWALK = 983 SF; 60% OF 778 SF = 589.8 SF P.L.

Bus STOP Stop BUS

SPARENT AREA PROVIDED= 816 SF

27

E. Yesler Way

27

Bus ROUTE Route BUS Bicycle Route BICYCLE ROUTE

1/4 1/4MILE Mile RADIUS Radius

S. Washington Street

S. Main Street SITE

29'-2"

STAIR

S. Jackson Street

R103 136 sq ft

14

14

31'-5"

1/4"/FT.

PRIVATE SPACE

5'-5"

6'-1" 15 kw SOLAR PANELS

98'-8"

RESIDENT GARDENS

Amenity Roof 2845 SF ROOF DECK

14'-10"

10 2'-0"

2'-0"

SL F.F.=296.8

290'5"

SL

11 5 296.6 4 LCAL D 3 TC

SL

379.24' N00°00'56"W

5

STAIR 292

290

55.09' ESMT.

5

413 613 713 781 sq ft

289

281

148'-9 1/2"

VACANT LAND

32.81'(33'P)

1 BEDROOM 412 512 612 712 626 sq ft

29

3

4 CAL C

28

11 286.7 5 RCAL 7 CC

9

288

284

28

7

N89°51'29"E

1

293

F.F.=284.8

2" GAS (4"CASING)

287

2

SS

29

S

SSS

7

SS

SS

S

SSS

2

29

TOIL. 212a 62 sq ft

1 BEDROOM 209

LAUNDRY

635 sq ft

210 488 sq ft

29

SL

616 333 sq ft

302 294 sq ft

304 294 sq ft

306 294 sq ft

308 294 sq ft

310 298 sq ft

STAIR

603 298 sq ft

S

~

FD

FD

FD

FD

404 604 704 168 sq ft

204 164 sq ft

319 620 sq ft

D

TRASH 317 43 sq ft

STUDIO

14'-11" 13'-1"

609

298 sq ft

STUDIO

401 sq ft

202

FD

2 BEDROOM

STUDIO

401 501 601 701 788 sq ft

STUDIO

301

303

298 sq ft

298 sq ft

STUDIO STUDIO 305

STUDIO

SD

SD

STUDIO

2 BEDROOM

307

309

311

313

201

298 sq ft

298 sq ft

300 sq ft

298 sq ft

788 sq ft

4TH FLOOR PK; 3RD FLOOR 2214

288

3RD FLOOR PK; 2ND FLOOR 2214 Date

SD

SD

295'0"

LOFT

LOFT APT.

113a 205 sq ft

113 469 sq ft

STAIR

OUTLINEOF ELECTRICAL VAULTBELOW 294'0"

LOFT OPEN TO BELOW

RETAIL 101 2003 sq ft

Checked by (P.M.):

LOFT

BS/JS

OPEN TO BELOW

LOFT APT.

111a

111 468 sq ft

205 sq ft

OPEN TO BELOW SEE A2.2

FIN.FLR. EL:291'-6" FIN.FLR. EL:294'-3"

LOFT OPEN TO BELOW

293'0"

LOFT APT.

110a

110 468 sq ft

205 sq ft

FIN.FLR. EL:291'-6"

RETAIL 102 1468 sq ft

LOFT

21'-3"

FOR SDCI USE ONLY

109 468 sq ft

40'-5"

STAFF ROOM

24"DEEP STEEL PLANTER - 159S.F.

COVERED TERRACEAREA

221

MED.

DOCTOR #1

120 81 sq ft

119 65 sq ft

118 101 sq ft

27'-1"

122

WAITING

241 sq ft

Amenity 1st Floor 1226 SF TERRACE 41'0"x30'6"

40'-6"

PATIO

WORK ROOM/ FILES 220 308 sq ft

DAY TREATMENT OFFICE

24"DEEP STEEL PLANTER - 172S.F.

69 sq ft

EL: 284'-0"

CASE MANAGERS

CONFERENCE RM.

212 1077 sq ft

STAIR 211

214 336 sq ft

134 sq ft

TOIL.

TOIL.

218 62 sq ft

217 94 sq ft

DN

STAIR 216 128 sq ft

ELEV. UP

215 63 sq ft

DN

CORRIDOR

DN

UP

UP

(E) FREEZ. (N) FREEZ.

STAIR

STAIR

124

120a

272 sq ft

30'-5"

133 sq ft

ELEV.

9'-11" PARKING GARAGE ENTRY SEE A2.1

109 507 sq ft

(N) WORKCOUNTER

SHELVING

PANTRY 106

PROP. MGR. 106 133 sq ft

116 64 sq ft

114 64 sq ft

TOIL. 110 47 sq ft FD

DINING 107 832 sq ft

ROLL-UPCOUNTERDOOR

111

112 62 sq ft W/D

W/D

Checked by (Q.C.):

FIN.FLR. EL:292'-9"

2 YD RECYCLING

2 YD TRASH

2 YD TRASH

BICYCLE PARKING(17 SPACES)

UP

JS 290'0"

FIN.FLR. EL:291'-6"

STAIR 113 128 sq ft

ELEV. 108 63 sq ft

104 478 sq ft

MAIL

TOIL. LAUNDRY 47 sq ft

TRASH

2 YD RECYCLING

INTERVIEW RM. #1

KITCHEN

(N) FOOD PREP

BS/JD

103

INTERVIEW RM. #2

115 118 sq ft

(N) HAND SINK

Checked by (P.M.): 96 G. 96 G. 96 G. F.W. F.W. F.W.

JAN. 57 sq ft

117 64 sq ft

SMALL CONF. RM.

123 284 sq ft

(E) DISHWASHING

UTION CTR. (N) FOOD DISTRIBUTION

102

(E) REF. (E) REF. (E) SAN.

FIN.FLR. EL:294'-3"

INTERVIEW RM. #3

121 218 sq ft

SERVER 219

SS, JD

19 584 sq ft

DOCTOR #2 LARGE CONF. RM.

354 sq ft

PLANTERS

CORRIDOR

FIN.FLR. EL:291'-6"

REF

RETAIL

Amenity 2nd Floor 572 SF

Drawn by:

LOFT APT.

109a 205 sq ft

13'-3"

105

26'-11"

HOUSING LOBBY

OPEN TO BELOW

(E) (N) (E) SHELVING GRID. RANGE

101

Revisions

112 468 sq ft FIN.FLR. EL:291'-6"

TOTAL FACADE LENGTH (EXCLUDING DRIVEWAY): 129'-3" LENGTH OF APPROVED USES: 103'-1" 80% = 80%

VESTIBULE

04/14/2017 MUP Submission

LOFT APT.

112a 205 sq ft

2 YD RECYCLING

35'-4"

23.47A.008.C.1

295'0"

STAIR 115 139 sq ft

FIN.FLR. EL:291'-6"

SS, ST, JD

Project No.

FIN. FLR.

STUDIO

401 sq ft

325 sq ft

JS

108

ELEV.

FD

D

FD

D

FD

16014/16078

135

206 27 sq ft

ELEV. LOBBY

FD

D

Checked by (Q.C.):

BEDROOM

LOBBY

JAN.

220 133 sq ft

UP

DN

402 502 602 702

STUDIO

607 298 sq ft

S

Drawn by:

N.T.S.

SOLID WASTE

311

203 377 sq ft

STAIR

314 128 sq ft

ELEV.

CORRIDOR

FD

FD

STUDIO STUDIO 605 327 sq ft

SS

SD

W

611 167 sq ft

12'-7"

STUDIO

601 298 sq ft

SS

W

LAUNDRY

2'-0"

STUDIO

S

W

28'-0"

Amenity 4th Floor PATIO 617 SF

(Cxc) + (Dxd) (279.66 x 60.91) + (280.25 x 60.91) (17034.09) + (17070.02) = = = 279.95 c+d 60.91 + 60.91 121.82

BALCONY

STAIR

135 sq ft

ELEV.

RAMP UP

SSD

Average Grade Plane Calculation

BALCONY

Land Use Code Info

STUDIO

315 122 sq ft

318

406 506 606 706

115a 139 sq ft

005.C.1

205 370 sq ft

STOR.

28 4

SD

SS

L (16%) < 20% OF STREET-LEVEL, ING FACADE

STUDIO

FIN.FLR. EL:307'-0"

D

JAN. 27 sq ft

504 168 sq ft W

FD

FD

SL

SD

403 503 603 703 369 sq ft

FD

ROOF O.H.

617 43 sq ft

T.O.Roof EL:344'-9"

11 288.9 3 9 LD T

STUDIO

FD

FD

FD

FD

FD

FD

N00°00'56"W 84.80'

TC

EXISTING BUILDING

F.F.=287.2

287

28

286

285

3

2 28

SSS

STAIR 420 520 620 720 133 sq ft

UP

DN

FIN.FLR. EL:336'-6" 327'-0"

619 821 sq ft

TC

289

612 63 sq ft

STUDIO

ELEV. LOBBY ELEV. LOBBY

30'

9 CAL C

SSS

8 CAL C 1 28

F.F.=287.25

F.F.=287.3

285'10"

F.F.=283.7

14"DECID.

0 28

ROBERT MASLAN 2214 S. JACKSON ST PARCEL NO. 364610-0275

F.F.=283.5

87'-11 1/2"

281

280'3"

280

N00°00'42"W

EXISTING BUILDING

85.27' N00°00'28"W

17'-3"

279

S SS

280

613 128 sq ft

ELEV.

STUDIO

STUDIO

FD

P

STAIR

STUDIO

63 sq ft

0

8

ROOF O.H.

614 102 sq ft

TRASH

9 28

S

610 300 sq ft

STUDIO

1

29

BLDG. O.H.

287

SSS

9

608 294 sq ft

P

ENT.

50.02' 28

SD

27

606 294 sq ft

TROLLEY GUY WIRE

SSS

N89°35'26"E

286

285

284

283

282

9

281

27

27

85.04'

COMMUNITY HOUSE MENTAL HEALTH 2212 S. JACKSON ST PARCEL NO. 364610-0280

PM

280

2

604 294 sq ft

OPEN TO BELOW

verage Grade Calculation BATH BATH for Rectangle B

208 991 sq ft

ELEC./TELE 225 101 sq ft

STOR.

29

SSS

SS

S

S

602 294 sq ft

STUDIO

618 133 sq ft

SSS

Date

SS

405 505 605 705 374 sq ft

FD

STUDIO

(Axa) + (Bxb) (290.41 x 88.25) + (285.83 x 88.25) (25628.68) + (25224.49) = = = 288.12 a+b 88.25 + 88.25 176.5 SD

CORRIDOR

316 723 sq ft

STUDIO

FIN.FLR. FIN. EL:FLR. 325'-6" 334'-9" EL: EL:352'-10" 343'-8 1/4"

ELEC./TELE 425 525 625 725

STUDIO

CORRIDOR

SS

CL

SD

1-BEDROOMAPT. LIVING ROOM

708 408 508 608 992 sq ft

101 sq ft

STUDIO

FD

BLDG. O.H.

PATIO

CORRIDOR R2

FD

291

290

06/15/2017 MUP Submission B Revisions

ENT.

R2

615 314 sq ft

STUDIO

0

SSS

278

SD

100.04' (100'P)

207 649 sq ft

FD

TYPE 'A' STUDIO

29

N89°35'26"E

1 29

SD

SD

SSS

D

1 BEDROOM

607 507 407 707 649 649 649 sqsq sq ft ftft

FD

TYPE 'A' STUDIO

STAIR

SSS

6

282

~

EXISTING BUILDING verage Grade Calculation for Rectangle A

7

SD

282

6th Floor Plan

RECTANGLE A

LOT

278

509 634 sq ft

14'-7"

F.F.=287.7

S

PM

LOT

APPROX. LOCATION GAS

SD

8

278

SS

1 BEDROOM

11BEDROOM 1BEDROOM BEDROOM

23rd AVE. S.

??

SSS

S

28

281

SD

LOT

BATH

T1.2

212 697 sq ft

SS

8 28

279

SD

KITCHENSD

BEDROOM

COMMON ROOM

220 620 sq ft

609 409 709 634sqsq ft ftft 634 634 sq

S

280

279

SD

N00°00'14"W 85.50'

11BEDROOM BEDROOM 1 BEDROOM

610 410 710 sq ftft 626 sq 626 BEDROOM 510 626 sq ft

SSS

SSS

SSS

SS

SSS

UM

"PL

50.02' (50'P)

New Construction 2212 &2214 S. Jackson Street Seattle, Washington 98144

211 629 sq ft

PATIO DECK

111 BEDROOM BEDROOM BEDROOM

50.02'(50'P)

SSS

N00°00'28"W 282

CAL C

4

0

286

35'-4"2

ROBERT MASLAN PARCEL NO. 364610-0270

N00°00'28"W

32.84'(33'P)

280

OUT BUILDING

279'8"

29

SL

291

HAROLD LINCOLN 320 22nd AVE S PARCEL NO. 364610-0295

292

5

1 CAL C

293

LOT

2212 & 2214 S. Jackson Street Seattle, Washington 98144

611 511 711 411 636 635 636 636sq sq sq ftftft

WIRE

TROL

294

29

285

278

286

LEY GUY

1 BEDROOM

3

SD

8

213 783 sq ft

214 381 sq ft

111BEDROOM BEDROOM BEDROOM

29

RECTANGLE B

4

2 BEDROOM

STUDIO

414 514 614 714

New Construction

278

SD

216 804 sq ft

513 781 sq ft

381 sq ft

3

N89°51'29"E

BALCONY

2 BEDROOM 2 BEDROOM

STUDIO

/DINING

F O.H.

781 sq ft

SSS

288

287

285

12

M

C

UM

12"

PL

UM

"PL

LU 5"P

14

BALCONY

100.03'

215 136 sq ft

2 BEDROOM

10'-9"

416 516 616 716

29

SSS

4

N89°51'29"E

STAIR

415 515 615 715 143 sq ft

2 BEDROOM

295

291

N89°52'36"E

58'-4"

4

VACANT LAND

294

29

29

50.02'

23rd & Jackson Redevelopment

ROOF 2214

29

6

293

ROBERT MASLAN PARCEL NO. 364610-0265

296

49.71'(50'P)

PARCEL B EASEMENT AREA

402N89°54'17"E 15th Avenue East 72.52' ESMT. Seattle, Washington 98112 phone: 206.329.8300 fax: 206.329.5494

23rd & Jackson Redevelopment

284

10 9

402 15th Avenue East Seattle, Washington 98112 phone: 206.329.8300 fax: 206.329.5494

295

N00°00'28"W 49.76'(50'P)

56

4°

N4

7 CAL C

OVERRUN

100.03'

LOT

EXISTING HOUSE

ELEVATOR

297

296

294

295

3

292

A

29

291

E

'55"

LOT

11 LOT 5 ION DIT CK BLOEET AD TR NS

KSO

17

286

149 sq ft

BLDG. O.H.

100.02' (100'P) 290

289

288

MAIN STREET PLACE CONDOMINIUM 308 22nd AVE S PARCEL NO. 55015-0000

R102

STAIR

P

297

285

N89°51'29"E

House • 2212 S. Jackson St.

R101 130 sq ft

297

296

T.

M

ES

9'

.6

27

Early Design Guidance • Community

VESTIBULE 889 297.64 BM 297.64

P

88'-3"

N89°54'17"E

287

JAC

EXISTING 5 STORY BUILDING

EXISTING 6 STORY BUILDING

11 286.7 7 R 4 C

6 CAL C

3

12

TWENTY-THIRD AND MAIN CONDOMINIUM 301 23rd AVE S PARCEL NO. 872663-0000

60'-10"

LOT

LOT

EAST ELEV.

100.03'

277

House • 2212 S. Jackson St. Frequent Transit Service Diagram

2

T.O.PAVERS EL:363'-6"

GATHERING SPACE

T1.2

60'-11"

N89°52'36"E

ROOF FLR. EL:362'-6"

Early Design Guidance • Community

163'-6"

BUILDING LOW

8

Amenity 3rd Floor 627 SF

2'-3"

FD

-8"

61'-10"

N

48

STAIR

LOBBY 107 499 sq ft

VESTIBULE 108 112 sq ft

MAIL

120 133 sq ft

ELEV.

FIN.FLR.

Project No.

16014/16078

KWA - Hillsdale Site

PROFESSIONAL - Master Planning / Feasibility

The Korean Women’s Association develops affordable housing in Washington. They partnered with the Tacoma Housing Authority to buy this vacant site in Tacoma to develop senior and family housing. They contacted EW to see what they could get on it with the new zoning and strict parking requirements. Their goal for the East half of the site was to house seniors and for the parcel to the West, families.

I master planned the entire 12 acre site in two phases with 358,160 SF 3/4/2018 Maps of mixed income housing using new and existing unit plans from theTacoma office.- Google I also took into consideration the abutting rail line and need for drainage on the Tacoma site by creating a 100’ buffer on the West side. I also planned for and designed recreation for seniors and children per the program.

Existing Site - Google Maps

EWorks | Architectural Designer Tacoma, WA

Imagery ©2018 Google, Map data ©2018 Google

200 ft

COMMUNITY ROOM

4

3

3

3

4

WEST SIDE BIKE STOR

EAST SIDE SENIOR APTS 4 Story

Option 1 - FAMILY APTS 4 Story

3

36 24 08 68

1 Bdrm 106 Total 106

Parking REQ 1.25 Units Parking Provided REQ ADA Provided

85 92 04 04

Parking REQ 1/3 Units 36 Parking Provided 110 REQ ADA 05 Provided 05

Longterm Bike Parking Short Term Bike Parking

69 6

2 Bdrm 3 Bdrm 4 Bdrm Total

2

24

2

22 23

2

2 2

19 20 21

32 31 30 29 28 27 26 25

2

55 56 57 58 59 60 61 62

74 73 72 71 70 69 68 67

DRAINAGE POND

66 65 64 63

2

2

Longterm Bike Parking Short Term Bike Parking

6 4

11 12 13 14 15 16 17 18

40 39 38 37 36 35 34 33

47 48 49 50 51 52 53 54

82 81 80 79 78 77 76 75

2

3

Lot: 107,009 SF Useable Yard Space: 32,224 SF REQ: 21,402 SF

Lot: 148,102 SF Useable Yard Space: 58,276 SF REQ: 29,620

3

6

86 87 88 89 90 91 92

5

4

3

2

1

32 31 30 29 28 27 26 25

24 23 22 21 20 19 18 17

48

40 39

47

46

45

44 43

42

41

38 37

36

35

34

16 15 14 13 12 11 10

9

33

8

RECREATION COURT COVERED HARDSCAPE PLAY AREA

8

7

6

5

4

3

2

7

6

5

4

3

2

1

1

9

7

12 11 10

8

59 60 61 62

10 9

43 42 41

44 45 46

85 84 83

FLOWER GARDEN SH.T. -BIKE STOR

DRAINAGE POND

48 49 50 51 52 53

32 31 30 29 28 27 26

25 24 23 22 21 20

18

RUN 41 42 43 44 45 46 47

S.T. BIKE

COMMUNITY PARK

40 39 38 37 36 35 34 33

BIKE PATH

ENTRY PLAZA

MEETING ROOM

STOR JAN

COMMONS L.T. BIKE

E. 60TH Street

Proposed Senior and Family Housing with Parking to meet Zoning Req.

19

McKinley Avenue East

DOG

CHILDREN'S RECREATION FIELD

15 14 13

KIDS P PATCH

17 16

54 55 56 57 58

COMMUNITY GARDEN PLAYGROUND

Whimsical Whispering Pines

PROFESSIONAL - Master Planning / Feasibility

Whispering Pines is a wonderful opportunity to add density to a rapidly growing city right outside of Seattle. The client came to us looking for a feasibility for maximum unit/parking count and decided to pair down to meet their desire for more appropriate scale and desired open space for residents.

The project manager and I led a â&#x20AC;&#x2DC;Design Teaâ&#x20AC;&#x2122; within our office to generate multiple alternative schemes. I then used these schemes to generate a final concept of 350 units for the client. I then worked with the landscape architect to dream up a concept of how to best integrate the site through open space and recreation. (Final concept Right).

Design Tea - Jackie

Design Tea - Roger

Concept of Desired Scale

EWorks | Architectural Designer

Lynnwood, WA

Design Tea - Sally

CONNECTION TO COMMERCIAL

LEASING OFFICE EXISTING EVERGREEN TREES

EXISTING DECIDUOUS TREES

VARIED OPEN SPACES

FAMILY

SENIORS

TH PEDESTRIAN CONNECTION TO NEIGHBORHOOD

BREEZEWAY COMMON AREAS FIRE TRUCK TURN AROUND SENIORS SECTION A

FRUIT TREES

TH

WALKING PATHS

FAMILY TH

BREEZEWAY

FAMILY

FAMILY

PERIMETER ROAD

SOUTH LIGHT

Final Concept - I QCâ&#x20AC;&#x2122;d Graphics by Others

El Nor Apartments is one of the many low income housing projects owned by Capitol Hill housing in Seattle. This 1901 brick building has 55 one bedroom units for seniors with a common laundry and craft room on a 24,000 SF lot in the Low Rise 3 Urban Village zone.

My role was to do an existing as-built off of pdfs from a prior renovation as well as on site measurements of the overall building footprint, roof penetrations, entry way details and corridors as well as the final proposed plans and elevations for the permit set.

I also work independently on the schematic design for the proposed renovation of the center ‘connector’ part of the building that was joined back in 1971 with a marblecrete finish containing asbestos. I presented iterations to the client team.

EWorks | Architectural Designer

Seattle, WA

E L N O R 117

Schematic Design of East Elevation

Roof Vent Calculations

5.3.18

=

4,892 SF

=

704,448 SQIN

=

1/300

=

2,348 SQ IN

=

1,174 SQ IN

WCC 20

=

288 SQ IN

NUMBER OF FLAT ROOF VENTS PROVIDED

=

4 VENTS

REQUIRED VENTING @ LOW PONT

=

1,174 SQ IN

WCC 20

=

288 SQ IN

NUMBER OF FLAT ROOF VENTS PROVIDED

=

4 VENTS

TOTAL ATTIC VENTING PROVIDED

=

8 VENTS

=

2304 SQ IN

ROOF AREA (SOUTH)

TOTAL ATTIC VENTING REQUIRED PER IBC 1203.2

50% MIN. REQUIRED @ HIGH POINT HIGH POINT VENTING DESIGN

A7.3

(N) COLLECTOR BOX, CONNECT TO (E) DOWNSPOUT, SEE 1/A7.4 & 2/A7.4

A7.4

STAIR ROOF

10, 11

5 A7.4

3

A7.3

(E) THROUGH-WALL SCUPPER TO BE ENLARGED

5

(E) FLAT ROOF (APPROXIMATE) ADD TAPERED INSUL. TO ACHIEVE 1/4"/FT SLOPE TO SCUPPER

A7.3

12

6

A7.4

A7.4

16

DN

LOWER STAIR / GATEWAY ROOF

UP

(N) ASSYMETRICAL COLLECTOR BOX SEE 5/A7.4 & 6/A7.4 ; CONNECT TO EXISTING DOWNSPOUT

LOW POINT VENTING DESIGN

7

3

A7.4

A7.4

A7.4

SIM

4

Community Design C

A7.3 (N) CORRIDOR EXHAUST BY SEPARATE PERMIT

(N) METAL ROOF ON (E) BAYS, TYPICAL

8 SLOPE

A7.3

SLOPE

13

402 15th Avenue Seattle, Washington 9 206.329.

206.329.549

A7.3 (N) BATHROOM EXHUAST CAP (MOVE (E) DUCTS TO CLEAR CORRIDOR VENT SYSTEM AT THIS LOCATION

El Nor Apartmen (E) BATHROOM EXHUAST CAP TO REMAIN, TYPICAL

Renova

117 18th Seattle, WA 9

5,6 A7.3 TYP (N) ATTIC VENTILATION, TYPICAL PENN BARRY SCREENED ALUMINUM WEATHER CAP ON CURB 288 SQ. IN. EACH

6 SLOPE

PROFESSIONAL - Construction Documents & Schematic Design

El Nor Senior Apts - Renovation

7 (E) PLUMBING VENT TO REMAIN, TYPICAL

South Enlarg

Roof P (E) PARAPET BRACING

(N) MECH. VENTS, TYPICAL

21 May 20 PERMIT S

Revis

Draw

JD, TM,

Checked by (P

Checked by (Q

8

Projec

1700

SDCI Projec

66211 FOR SDCI USE

I

H

East Elevation of Existing Building

J

Proposed Roof Plan of South Building 1

A2.10

South - Enlarged Fourth Floor Plan 1/4" = 1'-0"

K

L

M

N

A2.1

6 A3.2

1 A4.2 DEMOLISH & REPLACE EXISTING WINDOW, TYPICAL - SEE WINDOW SCHEDULE

1

UNIT 210

UNIT 211

UNIT 213

UNIT 215

R5

R3 R2 R2

R2

R2

R3

R3

R5

1

R5 R5

A4.5

R5

R5

R5

2

R1

R1

3

R1

DEMOLISH & REPLACE EXISTING CABINETS & COUNTERTOPS SEE INTERIOR ELEVATIONS

R1

402 15th Avenue East Seattle, Washington 98112 206.329.8300 206.329.5494 fax

R1

R1

(E) BASEBOARD ELECTRICAL HEATER TO BE REMOVED

UNIT 216 R4

Renovation

R5 R4

R3

UNIT 212

R2

UNIT 214

R2

R4

R3

R3

R5

(E) BASEBOARD ELECTRICAL HEATER TO BE REMOVED

El Nor Apartments

R1

R1

R2

R4

R3

UNIT 209

R2

DEMO & REPLACE CLOSET & DOOR AS REQ'D FOR SHAFT

Community Design Center

117 18th Ave Seattle, WA 98122

1 R5

R5

A2.13 N2 D-01

4

DEMO (E) MARBLECRETE UP

UP

2

UP

4 A3.2

A3.1

3

2

A3.2

A3.2

1

UP

2

DN

DN

A2.11

5 S2

A3.1

C1

R5

DN

h Ave 98122

R4

R5

1

R5

1

UNIT 201

A2.7 R1

(E) BASEBOARD ELECTRICAL HEATER TO BE REMOVED

R1

R1

R1

R6

7

Date R1

R1

R1

21 May 2018 PERMIT SET

R5

R1

R5

Plan

Demo & Key Plan

A4.3 UNIT 208

DEMO & REPLACE CLOSET & DOOR AS REQ'D FOR SHAFT

6

ged

Second Floor

R3

R3

R3

R4

UNIT 204

R2

ation

UNIT 206

R2

nts

(E) BASEBOARD ELECTRICAL HEATER TO BE REMOVED

R3

e East 98112 .8300 94 fax

R2

R2

Center

R6 R6

Revisions

R3

R3

R2

R2

R2

R2

Date

018 SET

sions

R3

R3 R5

R5

wn by:

SC

P.M.):

RT

Q.C.):

UNIT 207

RD

UNIT 205

UNIT 203

Drawn by:

UNIT 202

JD, TM, SC

ct No.

08A

ct No.

Checked by (P.M.):

100 ONLY

RT

8

DEMOLISH & REPLACE EXISTING CABINETS & COUNTERTOPS SEE INTERIOR ELEVATIONS

10

RD Project No.

17008A

2

DEMOLISH & REPLACE EXISTING WINDOW, TYPICAL - SEE WINDOW SCHEDULE

A4.5 5

H

Checked by (Q.C.):

I

J

Second Floor Plan from Permit Set

K

A3.2

L

M

N

SDCI Project No.

6621100 FOR SDCI USE ONLY

LICENSED BY THE NFRC (NATIONAL FENESTRATION RATING COUNCIL). THE LABEL SHALL CERTIFY COMPLIANCE WITH THE ABOVE CRITERIA.

EWorks | Architectural Designer

Ponderosa is a 23 unit low-income senior housing project owned by Capitol Hill Housing. The scope of the project was to do a compete reclad with new windows as well as new kitchens and flooring.

My role was to lead an office wide ‘Design Tea’ to generate as many ideas as possible to make this long ‘box’ into a more dynamic and interesting facade. Below are the two main concepts that I drafted and presented to the client team. Further below is the final combined iteration submitted for permit.

I helped manage a contract worker in the execution of the 3D model and conducted quality control for the design options for final presentation.

In the CD set a drafted the site plan and QC’d and edited the door schedule.

DOOR

FRAME

DETAIL

GLAZING

HEIGHT

THICK

MATERIAL

FINISH

MATERIAL

FINISH

HEAD

JAMB

THRESHOLD

E1

W SIDE MAIN ENTRY

3'0"

6'8"

1 3/4"

FIBERGLASS

PAINT

H.M.

PAINT

4/A8.1

2/A8.1 & 3/A8.1

1/A8.1

SAFETY

E2

NE SIDE EXTERIOR DOOR

3'0"

6'8"

H.M.

SAFETY

Door Schedule Abbreviat

RATING

U VALUE REMARKS 0.2

1 3/4"

FIBERGLASS

PAINT

PAINT

4/A8.1

2/A8.1

1/A8.1

E3

SE SIDE EXTERIOR DOOR

3'0"

6'8"

1 3/4"

FIBERGLASS

PAINT

H.M.

PAINT

4/A8.1

2/A8.1

1/A8.1

C1

STAIR & LAUNDRY

3'0"

6'8"

1 3/4"

WOOD

CLR.

H.M.

PAINT

SAFETY

60 MIN.

NEW MAGNETIC HOLD OPEN

C2

CORRIDOR

3'0"

6'8"

1 3/4"

WOOD

CLR.

H.M.

PAINT

SAFETY

60 MIN.

NEW MAGNETIC HOLD OPEN

D10

OFFICE

3'0"

6'8"

1 3/4"

WOOD

CLR.

H.M.

PAINT

SAFETY

45 MIN.

D11

STORAGE

3'0"

6'8"

1 3/4"

WOOD

CLR.

H.M.

PAINT

D12

ELECTRICAL

3'0"

6'8"

1 3/4"

WOOD

CLR.

D13

RESTROOM

3'0"

6'8"

1 3/4"

WOOD

CLR.

H.M.

PAINT

R1

UNIT ENTRY

3'0"

6'8"

1 3/4"

WOOD

CLR.

H.M.

PAINT

R2

UNIT BATHROOMS

2'6"

6'8"

1 3/8"

WOOD

CLR.

WOOD

PAINT

R3

UNIT BEDROOMS

2'6"

6'8"

1 3/8"

WOOD

CLR.

WOOD

PAINT

H.M.

R4

UNIT CLOSET

5'0"

6'8"

1 3/8"

WOOD

CLR.

WOOD

PAINT

UNIT CLOSET

2'0"

6'8"

1 3/8"

WOOD

CLR.

WOOD

PAINT

R6

UNIT LINEN CLOSET

1'6"

6'8"

1 3/8"

R7

UNIT BEDROOM CLOSET

5'0"

6'8"

1 3/8"

WOOD

CLR.

WOOD

PAINT

WOOD

CLR.

WOOD

PAINT

TRANSOM ABOVE

PER DR SCHEDULE

S.G.

S.G.

1'-0"

PER DR SCHEDULE

PER DR SCHEDULE

3'-7" MAX. AFF

4" x 25" SAFETY GLASS VISION PANEL 6"

3'-7" MAX. AFF

STAINED FINISH (SEE SPECIFICATIONS)

PTD

PAINTED FINISH (SEE SPECIFICATIONS)

20 MIN.

1'-0"

1'-0" 6"

S.G.

SAFETY GLAZING

STN TRANSOM ABOVE

3'-0"

4" x 25" SAFETY GLASS VISION PANEL

HOLLOW METAL

S.G.

45 MIN.

PER DR SCHEDULE

1'-0" PER DR SCHEDULE

0.2

WEST ELEVATION (18th AVE)

PER DR SCHEDULE

S.G.

0.2

SAFETY

H.M.

PAINT

R5

PER DR SCHEDULE

6. SAFETY GLAZING PER SBC 2406: GLAZING IN ALL FIXED AND OPERABLE PANELS OF NEW SWINGING DOORS SHALL BE SAFETY GLAZING.

PER DR SCHEDULE

PER DR SCHEDULE

SIZE WIDTH

PER DR SCHEDULE

TYPE / # LOCATION

5. ALL LATCH SETS, LOCKSETS & DOOR HANDLES TO COMPLY WITH ICC/ANSI A117.1-2009 SECTION 404.2.6. LEVER HANDLES.

Seattle, WA

PONDEROSA PONDEROSA 1600 1600 1600

DOOR SCHEDULE

PER DR SCHEDULE

R4, R5, & R7 E1

E2

EXTERIOR FIBERGLASS DOOR W/ INSULATED TRIPLE LOW E GLAZING

E3

EXTERIOR FIBERGLASS DOOR EXTERIOR FIBERGLASS DOOR W/ INSULATED W/ INSULATED TRIPLE LOW E GLAZING VISION PANEL

C1

C2

D10

D11, D12, & D13

R1

R2, R3, & R6

FLUSH SOLID CORE WOOD DOOR W/ VISION PANEL

FLUSH SOLID CORE WOOD DOOR

SOLID CORE WOOD DOOR WITH SIDE LIGHT

FLUSH SOLID CORE WOOD DOOR

SOLID CORE WOOD DOOR UNIT ENTRY

SOLID CORE WOOD DOOR

SOLID CORE WOOD DOOR - BIPASS SLIDER

PONDEROSA 1

Door Types

A8.2

Scale: 1/4" = 1'-0"

PONDEROSA PONDEROSA Ponderosa Apts Ponderosa Apts Ponderosa Apts PONDEROSA Ponderosa Apts PONDEROSA 1600 PONDEROSA PONDEROSA Ponderosa Apts Ponderosa Apts Ponderosa Apts PONDEROSA PONDEROS Final Design Tea - Option 2 PONDEROSA Ponderosa Apts PONDEROSA Ponderosa Apts PONDEROSA WEST ELEVATION (18th AVE) SOUTH ELEVATION (E. Pine Apts ST) PONDEROSA Ponderosa Ponderosa Apts PONDEROSA & OW IP IND STR F W ING H O RR 1/8" PT FU DE AME IM + FR B TR M JA

4" MIN.

4"

PE LO TS IGH RD SL TWA OU

END DAM (BEYOND) 3/4" MIN.

1"

PROFESSIONAL - Construction Documents & Schematic Design

Ponderosa Apts - Renovation

4. WEATHERSTRIPPING: ALL DOORS SEPARATING CONDITIONED FROM UNCONDITIONED SPACE SHALL BE WEATHERSTRIPPED. FIXED GLAZING IN DOORS SHALL BE TIGHT FITTING WITH GLASS RETAINED BY STOPS WITH SEALANT AT ENTIRE PERIMETER. ALL GLAZING AT DOORS TO BE SAFETY GLAZING.

TYPICAL HEAD FLASHING PROFILE

A

IN.

"M

3/4

VARIES (FIELD-VERIF Y)

1600 1600 1600

IN.

"M

3/4

1/2" DRIP @ 45 DEGREES

PONDEROSA PONDEROSA

3/4" MIN.

3/4" MIN.

PAN EXTENDS 1/8" PAST EDGE OF JAMB TRIM

STEP 6A

IN.

"M

3/4

PAN EXTENDS 1/8" PAST EDGE OF JAMB TRIM

STEP 6B

9"

FOLD FLASHING ENDS DOWN CREATE END DAMS PER ENLARGED DETAIL

Final Design Tea - Option 1

9"

4" STRIP BEHIND HEAD FLASHING

6"

1/4" MIN.

FILL GAP BETWEEN TOP OF HEAD TRIM AND BOTTOM OF SHEET METAL FLASHING END DAM @ EACH END OF HEAD FLASHING WITH SEALANT

3"

WEST ELEVATION (18th AVE)

8" 4"

METAL THRESHOLD OVER SILL FLASHING

METAL SILL FLASHING

STEP 1

STEP 2

STEP 3

STEP 4

STEP 5

STEP 6

STEP 7

STEP 8

INSTALL METAL SILL FLASHING. 24-GAUGE GALVANIZED SHEET METAL WITH BACK TURNED UP TO FIT THRESHOLD AND SIDES TURNED UP 4", SOLDERED AT CORNERS. FRONT SIDE TO BE TURNED DOWN 1".

INSTALL 18" JAMB STRIP TO EACH JAMB, EXTENDING ALONG INSIDE OF JAMBS. LAP INSIDE SILL PAN AND SECURE WITH STRIP OF S.A. MEMBRANE AS SHOWN.

PRIOR TO SETTING DOOR, APPLY CONTINUOUS LIBERAL BEAD OF SEALANT TO BACK TURNED UP EDGE OF METAL FLASHING.

INSTALL 6" JAMB STRIPS.

INSTALL FURRING STRIP AT HEAD OF DOOR.

INSTALL WOOD TRIM OVER WOOD FURRING STRIP AT HEAD OF DOOR

INSTALL WEATHER RESISTIVE BARRIER PER MANUFACTURER'S REQUIREMENTS. PROVIDE 4" MIN. OVERLAP AT HORIZONTAL SEAMS, 6" LAP AT VERTICAL SEAMS. UNLESS NOTED OTHERWISE BY MANUFACTURER.

INSTALL RIGID INSULATION OVER WEATHER RESISTIVE BARRIER.

INSTALL TRIM OVER FURRING STRIPS AT DOOR JAMB.

INSTALL RIGID INSULATION USING THE MINIMUM NUMBER OF FASTENERS REQUIRED TO SECURE IN PLACE UNTIL THE RAIN SCREEN STRAPS ARE INSTALLED (ALIGN FASTENERS W/ WALL STUDS).

SET IN BED OF SEALANT.

INSTALL 12" HEAD STRIP TO HEAD, EXTENDING ALONG INSIDE OF HEAD, AND SHINGLING OVER JAMB STRIPS, AS SHOWN.

PONDEROSA 1

Flashing Sequence at all New Exterior Doors

PONDEROSA PONDEROSA Ponderosa Apts Ponderosa Apts Ponderosa Apts PONDEROSA Ponderosa Apts PONDEROSA 1600 PONDEROSA PONDEROSA Ponderosa Apts Ponderosa Apts Ponderosa Apts PONDEROSA PONDEROSA PONDEROSA Ponderosa Apts PONDEROSA Final Design Concept - Basis for Construction Documents Ponderosa Apts PONDEROSA WEST ELEVATION (18th AVE) Ponderosa Apts PONDEROSA A8.2

SET DOOR ON METAL FLASHING AT SILL.

INSTALL 6" STRIP OVER DOOR HEAD AND OVER JAMB STRIPS. LEAVE MINIMUM 1/4" FROM DOOR OPENING FOR REVEAL.

LOCATE OUTSIDE EDGE OF DOOR RELATIVE TO PLYWOOD SHEATHING AS DETAILED

STRIPS TO BE: 25 MIL. SELF ADHERING MEMBRANE FLASHING

INSTALL BACKER ROD AND SEALANT AT INSIDE AND OUTSIDE OF DOOR SHIM SPACES (HEAD AND SIDES).

INSTALL STRIP PER MANUFACTURER'S REQUIREMENTS (PRIMER REQUIRED) COORDINATE INSTALLATION OF SELF ADHERING MEMBRANE WITH TRIM

INSTALL METAL HEAD FLASHING OVER TRIM. METAL HEAD FLASHING TO BE 24 GAUGE, GALVANIZED. EXTEND 1/8" BEYOND DOOR HEAD TRIM. HEAD FLASHING TO BE CONTINUOUS, NO JOINTS. HEAD FLASHING TO BE SLOPED TO DRAIN OUTWARDS. (15 DEG. FROM HORIZONTAL)

PRIMARY MEANS OF ATTACHMENT IS TO OCCUR THROUGH THE WOOD RAIN SCREEN STRAPS.

RAINSCREEN STRAP INSTALLATION TO IMMEDIATELY FOLLOW RIGID INSULATION INSTALLATION.

Not To Scale

PONDEROSA Ponderosa Apts Ponderosa Apts

1600

B

PONDEROSA

PONDEROSA

PONDEROSA

Ponderosa Apts PONDEROSA Ponderosa Apts WEST ELEVATION (18th AVE)(E. Pine SOUTH ELEVATION ST)

PONDEROSA

PONDEROS

.

4'-0"

A

54'-2"

7'-6"

P.L. 120'

16'-0"

16'-0"

54'-2" 14'-2"

General Door Notes:

ITEM

DEMOLITION

NEW WORK

SIDEWALK

ASSUME 300 SF REPAIR

NEW CONCRETE SIDEWALK AS REQUIR

39

8

1. FIELD VERIFY ALL SIZES PRIOR TO ORDERING.

AVERAGE GRADE PLANE CALCULATION: DIRECTOR'S RULE 42012

402

2. U VALUE: 0.20 MAXIMUM FOR GLAZED DOORS.

FORMULA: (A X a) + (B X b) + (C x c) + ( D x d) a+b+c+d

21'-6"

3. ALL EXTERIOR DOORS TO BE LABELLED BY A CERTIFIED INDEPENDENT AGENCY LICENSED BY THE NFRC (NATIONAL FENESTRATION RATING COUNCIL). THE LABEL SHALL CERTIFY COMPLIANCE WITH THE ABOVE CRITERIA.

PONDEROSA: (416.8' X 101.17') + (416' X 52.83') + (416.2' X 101.17') + (416.5' x 52.83') 101.17' + 52.83' + 101.17' + 52.83'

EXISTING PARKING AREA (6) STALLS

4. WEATHERSTRIPPING: ALL DOORS SEPARATING CONDITIONED FROM UNCONDITIONED SPACE SHALL BE WEATHERSTRIPPED. FIXED GLAZING IN DOORS SHALL BE TIGHT FITTING WITH GLASS RETAINED BY STOPS WITH SEALANT AT ENTIRE PERIMETER. ALL GLAZING AT DOORS TO BE SAFETY GLAZING.

128,258 S.F. 308'

404

60'-4"

6. SAFETY GLAZING PER SBC 2406: GLAZING IN ALL FIXED AND OPERABLE PANELS OF NEW SWINGING DOORS SHALL BE SAFETY GLAZING.

17'-9"

EXISTING CONC. STAIRS DN.TO REMAIN

SOUTH ELEVATION (E. Pine ST)

5. ALL LATCH SETS, LOCKSETS & DOOR HANDLES TO COMPLY WITH ICC/ANSI A117.1-2009 SECTION 404.2.6. LEVER HANDLES.

42'-0"

416.42'

PROJECT INFORMATION

406

408 21'-3"

=

(E) TREE TO REMAIN, TYPICAL

15'-3"

NAME OF PROJECT: PONDEROSA APARTMENTS SDCI PROJECT NUMBER: 6641937

410 LOCATION: 1602 18TH AVE SEATTLE, WA 98122

STORAGE SHED 412 101'-2"

402 15th Avenue East Seattle, Washington 98112 206.329.8300 206.329.5494 fax

WALKWAY

Ponderosa Apartments

B

B alt

D

F.F.E = 418.1'

RD

EL. 416'

1602 18TH AVE.

Project No.

17008A

18'-0"

C

6641937 FOR SDCI USE ONLY

D.S.

D.S.

Option A

22'-6"

D.S. "Frames"

D.S.

(E) ACCESSIBLE RAMP DN.

101'-2" c

PRIMARY ENTRY

A8.2 Community Design Center

C

Ponderosa Apartments

(N) CANOPY OVER (E) CONC. PORCH

"Panels"

416 Date

Revisions

Drawn by:

Rehabilitation

JD

18TH AVENUE

1600 18th Ave Seattle, WA 98122

Checked by (P.M.):

RT Checked by (Q.C.):

SA

Permit Site Plan

SOUTH ELEVATION (E. Pine ST)

33'-0"

11'-6" C Option

16 February 2018 Concept Design

P.L. 120'

EXIST. CONC. SIDEWALK

Option B "Corner Box"

EL. 416.2' 11'-4"

Project No.

17-008A

CONSTRUCTION TYPE: V-A OCCUPANCY: R-2 RESIDENTIAL WITH B ACCESSORY (OFFICE AND LAUNDRY) CURRENT USE: EXISTING LOW-INCOME SENIOR HOUSING (23) APARTMENT UNITS TOTAL PROJECT SCOPE: SEE SHEET T1.3 THE PROPOSED SCOPE OF WORK WILL NOT EXPAND THE FOOTPRINT OF THE EXISTING BUILDING.

SOUTH ELEVATION (E. Pine ST)

SDCI Project No.

402 15th Avenue East Seattle, Washington 98112 206.329.8300 206.329.5494 fax

D.S. 18th Ave 1600 Seattle, WA 98122

6'-0"

RT Checked by (Q.C.):

b

TM, JD, SC Checked by (P.M.):

TRASH / RECYCLING

Drawn by:

52'-10"

(E) FENCE

Revisions

ZONING: NC3-65, MADISON- MILLER RESIDENTIAL URBAN VILLAGE

Rehabilitation

5'-0"

EXISTING APARTMENT Design Scheme BUILDING

33'-0"

4 June 2018 Permit Set

EL. 416.55'

52'-10"

Date

BACK ENTRY

B

Door Schedule/Types Flashing Sequence

RAMP DN. (CONCRETE)

A

AREA SUMMARY: LOT AREA: 15,880 SF EXIST. BLDG FOOTPRINT: 4,926 SF NO CHANGE TO EXISTING FOOTPRINT PROPOSED

EAST PINE STREET

D.S.

EXIST. CONC. SIDEWALK

D.S.

P.L. 131.93'

D.S.

ASSESSOR'S PARCEL NUMBER: 723456 1270

Community Design Center

d

EL. 416.8'

LEGAL DESCRIPTION: RENTON'S ADDITION TO THE CITY OF SEATTLE, PLAT BLOCK 26, LOTS 1-2.

414

EXISTING PATIO 10'-5"

Renovation 1602 18th Avenue Seattle, WA 98122

10'-5"

P.L. 132.83'

Ponderosa Apartments

BACK ENTRY

a

52'-10"

402 15th Avenue East Seattle, Washington 98112 206.329.8300 206.329.5494 fax

7'-0"

Community Design Center

20'-0"

SA

IMPROVED ALLEY

SCOPE OF WORK - SITE

400

tions:

396

6'-0"

Ethiopian Community Center

PROFESSIONAL - Community Engagement

The Ethiopian Community Center is a highly prioritized project at the City of Seattle. The ECC has been a strong presence in the Ranier Beach community over the years. They are looking to build a new, larger community center with housing for itâ&#x20AC;&#x2122;s seniors above.

I was part of the team that facilitated discussions among the members of the community, young and old, to see exactly what their goals and priorities were for their new space, to help them craft a vision.

Interactive Programming Activity with the Community

Variation of Schemes by the Community

EWorks | Architectural Designer

Seattle, WA

Lively discussion about Design and Space Planning at the Tables

PROFESSIONAL - Schematic Design / Construction Documents

Flowing Lake Ranger Station

Flowing Lake Park entry improvement was a multidisciplinary project that combined civil, landscape, structural & architecture. The aim was to redesign their vehicle entrance and exit system while adding a space that would host as a welcome center and ticket fee station. The design included a landscaped plaza to the North of the welcome center for visitors to enjoy sheltered away from traffic movement. The building itself contains an office for up to 6 rangers, including a kitchen and bathroom, as well as a retail area with a lobby. The building’s exterior design was intended to match the vernacular of existing buildings within the campground.

My role included writing the programming questionnaire for the landscape team lead to use in meeting with client about their architectural scope needs.I prepared graphics and images in the form of a Powerpoint presentation for the kick-off design charette presentation with rangers, county representatives, soils, landscape, and others. I developed 3 design schemes based on the information gathered at the charette. Then, took a final combined design to a 100% design development package.

Otak | Architectural Intern Snohomish County, WA

MARCH 24, 2015

OPPORTUNITY uphill

• IMPROVE ENTRY SEQUENCE & EFFICIENCY i.e. “TRAFFIC FLOW” • INCREASE VISITABILITY & ACCESSIBILITY • PRESERVE TREES

CONSTRAINT • WATER LINE EASEMENT (CAN’T BUILD ON) • SLOPING GRADE • TURNING RADIUS OF LARGE VEHICLES HAULING TRAILERS

downhill

Flowing Lake County Park Entry Redesign - Concept Charette March 24, 2015

OPPORTUNITIES & CONSTRAINTS

Power Point Presentation to Users and Consultants

Keith Bates, Landscape Architect, leading interdisciplinary table

Jennifer Nye, Architect, leading interdisciplinary table

Charette Supplies

A4.01

A4.01

23' - 1"

5

REF.

otak

PED CROSSING

®

SHOULDER

HanmiGlobal Partner

Otak Architects, Inc

Future Fee Station locations, see Civil

3' - 11" 2 12

3

12

24' - 6"

11 02

RANGER OFFICE

-

RETAIL

12 04 11

OFFICE

03

02

OFFICE

3

4

5' - 1"

5' - 4"

LANDSC

3 02

A8.01

A8.01 1' - 7"

A4.01 4

2

04

3

2 -

-

03

05

8' - 3 1/2"

05

7

A4.01

9' - 11"

01

06

Plot Date: 4/8/2016 10:39:44 AM

DATE: APRIL 8, 2016

22' - 11" 9' - 7 1/2"

C:\Users\jackied\Documents\Revit Locals\Flowing Lake Ranger Station_jackie.davis@otak.com.rvt

4B

4C

01

06

11

Revit File:

LAST SAVED BY:

Parks and Recreation Department 6705 Puget Park Drive Snohomish, WA 98296

LOBBY

04

5 6

7' - 4"

8' - 8"

3' - 5 1/2"

3' - 3"

11' - 8 1/4"

PAY STATION

1 A4.01

6

Floor Plan

2

12

A4.01

12

TO R 16

PAY STATION

44' - 10"

6

OVERFRAMING

TO ROOF 16' - 4"

TO P 9

RAFTERS

2 CALL DAYS BEFORE YOU DIG

DATUM

A6.01

DESCRIPTION

808 SW 3rd Ave, Suite 300 Portland, OR 97024 Phone 503.287.6825 Fax 503.415.2304

Fee Station locations, see Civil

Snohomish County

DD PLAN SET - NOT FOR CONSTRUCTION

PARK ENTRANCE

4D

WC

FEC

4A

11 2B

06

APPR.

EXIT ONLY

WASHINGTON

3 VISITOR PARKING SPACES, INCLUDING ONE ADA

Site Plan

LANDSCAPING

6' - 8"

RANGER STATION FLOWING LAKE PARK 3

A6.01

4' - 5 1/2"

1

01B

6' - 8"

A6.01

2C

EQ

2

2A 12

1

7

A4.01

1' - 6"

6' - 3 1/4"

EQ

1' - 6"

CLERESTORY WINDOW, TYP 4

34"

6' - 3 1/4"

4' - 8 3/4"

ROOF LINE ABOVE

6' - 4"

01A

12' - 10"

1' - 6"

8 1/2" TYP

8' - 5"

1' - 6"

1' - 6"

LANDSCAPING

EXPOSED TONGUE & GROOVE DECKING

1-800-424-5555

PRESHEET MANUFACTURED NO. DECORATIVE TRUSS

SCALE: 1/4" = 1'-0"

1 A0.02

SITE PLAN SCALE: 1" = 10'-0"

0'

5'

10'

20'

N

Snohomish County Planning and Development Services APPROVED FOR CONSTRUCTION

A0.02

By: R/W Permit No. Date

2

of

X

1' - 6" TYP

NAVD '88

REV. DATE

1 GROUND FLOOR PLAN Site Plan of New Entry and Welcome Center A2.01

Copyright 2016 ©

XX-XXX PFN: _____________

If this drawing is less than 22" x 34", it has been reduced. Scale accordingly.

Submittal Date: April 8, 2016

BUILDING CODE SUMMARY

LOG COLUMN, TO MATCH FLOWING LAKE RESTROOM W/ STONEWA BASE, PROJECT ADDRESS: 17900 48th St SE Snohomish, 98290ALL

4

TYPES OF CONSTRUCTION: VB BUILDING AREA: 1,040 SF

A3.01

21

PORCH

GROUND LE 0

CEILING

FIRE-EXTINGUISHERS: 4A:60BC TYPICAL - (VERIFY WITH FIRE MARSHALL) SURFACE MOUNTED WALL CABINETS. 75' MAX DISTANCE TO FIRE EXTINQUISHER

BUILDING CODE EDITION: 2012 INTERNATIONAL BUILDING CODE WITH WASHINGTON STATE AMENDMENTS OCCUPANCY CLASSIFICATION GROUPS: B

T.O. PLATE

EXITING PATH: - 8" 8' -54' 3 1/2"

BEAM

LOBBY

RETAIL

WC

PLUMBING FIXTURE COUNT TABLE 2902.1 WAC REVISIONS TO IBC 2012 USE: B AREA:_____ FACTOR: 100 TOTAL OCCS:7 M:3 W:4 WC'S : 1 UNISEX

WEST ELEVATION

06

ENERGY CODE REQUIREMENTS: WSEC 2012

SCALE: 1/4"PROJECT = 1'-0" DESIGNED TO COMPLY WITH WA. STATE NON-RESIDENTIALENERGY CODE (WSEC

2012) AND WA STATE VENTILATION AND INDOOR AIR QUALITYCODE (INTERNATIONAL MECHNICAL CODE 1012)

EXTERIOR WALLS ARE > 10' FROM PROPERTY LINE; PER TABLE 602 RATING REQUIRED IS 0 HOURS

OCCUPANT LOAD FACTOR: B = 1:100

WINDOWS: <30% OF WALL AREA - U-0.31 FIXED, U-0.41 OPERABLE AND SHGC-0.40 DOORS:U-0.6 MAX AND SHGC-0.40

TOTAL BUILDING OCCUPANTS: 19

12

1

A4.01

2

A4.01

SECTION SCALE: 1/4" = 1'-0"

12

5

Section

1

MECHANICAL VENTILATION PROVIDED: SEE MECHANICAL PLANS GLAZING NOTE: PERCENTAGE OF GLAZING:____%

EXITS REQUIRED TABLE 1015.1: TWO OR MORE EXITS ARE REQUIRED WHEN AN AREA IS ABOVE THE OCCUPANT LOAD SPECIFIED IN IBC B - OCCUPANCY = 40 OCCUPANTS MAX THEREFORE ONLY ONE EXIT IS REQUIRED

5

GROUND LEVEL 0' - 0"

SLOPED ROOFS/CATHEDRAL 2 CEILINGS : R-30 RIGID POLYISO ABOVE GRADE WALLS: R-21 FIBERGLASS BATT SLAB ON GRADE: R-10 FOR 24" A4.01

BUILDING FIRE DETECTION & SUPPRESSION (TABLE 903.2/907.2)

LIFE SAFETY PLAN

RANGER OFFICE OLF 100 5 OCC 443 SF

OFFICE OLF 100 1 OCC 42 SF

TO ROO RETAIL 16' OLF 100 1 OCC 1 SF 125

A4.01

S

SC

SCALE: 1/8" = 1'-0"

TO PLAT 9' -

3 A8.02

2 A8.02

DS

Table 1’s Concept and Program Notes

A8.02

Elevation

DS

1

2

2

1

A4.01

A4.01

GROUND LEVE 0' -

Sellwood Mixed Use Housing

The Sellwood Apartments contained over 230+ units in a 4-story wood framed building, with ground floor retail in a U-shaped building with large central courtyard, underground car and bike parking with extensive outdoor and indoor shared amenities including fitness center and gym.

My role on the project was to take a basic layout/schematic design intent and create a design document set as well as design the units that would fit into the basic layout, ensuring that they met ANSI accessibility standards. I later managed a team and delegated work to push the drawings forward in less than 6 months time while working on another project.

WWA |

Designer Portland, OR

24' - 0"

27' - 1"

UNIT PLAN C.1 TYPE A (DECK) 1/8" = 1'-0" UNIT PLAN D 1 1/8" = 1'-0" 1

TYPE A

3

UNIT PLAN C.1 (DECK) 1/8" = 1'-0" UNIT PLAN E 2 1/8" = 1'-0"

2

7119 SE Milwaukie

Unit Plans

Path Development

1614

4 2

UNIT PLAN E 1/8" = 1'-0"

UNIT PLAN C.2 (DECK) 1/8" = 1'-0"

7119 SE Milwaukie

UNIT PLAN C.1 (NO DECK) 1/8" = 1'-0"

5

2.8

7/27/2016

UNIT PLAN C.2 (NO DECK) 1/8" = 1'-0"

Unit Plans

Path Development

1614

Unit Plans 1614

7/27/2016

2.8

7/27/2016

2.7

Compressor Apartments

The Compressor Apartments is located in the inner South East neighborhood which is quickly being revived with new investment of housing and retail along major corridors. Compressor is an 80+ unit, 4-story wood building with rooftop community room and terrace. It also supplies underground parking and bike storage. The building is highly efficient with compact studio units and a minimal entry. The facade design uses a subtle hint of real dark wood to compliment the cool tones of the fiber cement.

My role was to take the schematic Sketch Up model and turn it into a fully developed Revit model while producing a design document set. I also detailed the units to meet ANSI accessibility standards and created layout options for the amenity space for the client to consider.

Community Room 8 645 SF 6' - 0"

Roof Deck 97 715 SF

1

FOURTH FLOOR PLAN 1/8" = 1'-0"

WWA |

Designer Portland, OR

81,7 3/$1 6&$/(

Type B adaptable unit

0'

2'

3'-5 1/2" 4'

REFR

RANGE

DW

REFR

81,7 3/$1

$

6&$/(

Type B adaptable unit

35

CORRIDOR WALL TYP 0' 2'

RANGE

4'

$

8' 81,7 .,7&+(1 (/(9$7,21

6&$/(

$

COMPRESS

0425 SW Iowa Street Portland, OR 97239

ALIGN

6'-2"

Path Developm

310 SE 12TH AVE PORTLAND, OR 972

COMPRESS

0425 SW Iowa Street Portland, OR 97239

&

9'-0 1/2" 10'-0"

&

$

5'-4" 3'-10 5/8"

PTHP UNIT AT 3RD & RANGE 4TH FLOORS DW

MICRO

DW REMOVABLE CABINET A/C PORT LOCATION 1ST & 2ND FLOORS

A/C PORT LOCATION 2ND FLOOR

5'-9 1/8" 8'

UNIT 1

$

% 34

Unit Plans VFY W/ MFR

Unit Pla

$

UNIT 5

PARTY 36 WALL TYP

REVISIONS:

REVISIONS:

DW

$

UNIT 3

36 PARTY WALL TYP

36"

CORRIDOR WALL, TYP

$

0'

2'

4'

8'

REFR

JOB NO: 30" CLR

$

6&$/(

$

6&$/(

Type B adaptable unit

A/C PORT LOCATION 09/9/2016 2ND FLOOR

DATE:

1613

A5.12

81,7 3/$1

81,7 .,7&+(1 (/(9$7,21 81,7 .,7&+(1 (/(9$7,21 81,7 3/$1 6&$/(

6&$/( $

Type B adaptable unit

DW

09/9/2016

DATE:

MICRO

MICRO

VFY W/ MFR

35

&

REFR

16'-4 3/8"

3'-1"

MICRO

%

8'-3"

UNIT INTERIOR, TYP UNO

%

REVISIONS:

RANGE HOOD WITH WALL CONTROLS $

$

$

5'-8"

%

$

679

REFR

UNIT INTERIOR, TYP UNO

34"

W/D

' &

W/D

Unit Plans

MAX

32B

% '

BIKE PARKING (UNIT TYPE 1 ONLY)

&

40" MIN

6'-10"

35

&

$

6'-6"

3'-7"

ALIGN

&

REFR

W

37B

REFR

30"

2'-1"

$

DW

UNIT 37B INTERIOR, TYP UNO

D

'

UNIT INTERIOR, TYP UNO

37B

$

34

$

34

$

'

$

%

7'-4 1/2"

$

37A

&

%

% $

$

$

2'-8"

10 3/8"

34

8'-11"

6'-0"

%

6'-3"

2'-10"

3'-7 1/2"

&

%

&

8'-2 1/2"

1'-4 1/4"

%

2X6

2X6

3'-4 1/2"

$

ADD 5 1/2" FURRING & GYP BD AT 2 HR WALLS & ROOM #211

9'-7 3/16"

DW

2X6

PARTY WALL, TYP

% W/D

&

4'-7"

2'-4 1/2"

&

& 5'-2 3/8" VFY W/ MFR

7'-0"

ALIGN

UNIT INTERIOR, TYP UNO

%

2'-1 1/2"

PARTY WALL TYP

ALIGN

36

37B

8'-7 1/2"

UNIT 2

36

$

35

UNIT 4

35 CORRIDOR WALL TYP

2'-1"

& 15'-10"

$

36 PARTY WALL TYP

+8'0"

2'-3 1/4"

3'-10"

'

5'-3 1/2"

CORRIDOR WALL, TYP

3'-6"

CORRIDOR WALL, TYP

35

Path Develop

35

13'-8 1/4"

10'-0 1/4"

A/C PORT LOCATION 1ST & 2ND FLOORS

310 SE 12TH AV PORTLAND, OR 97

COMPRES

15'-0"

JOB NO: EXTERIOR WALL LOCATIONS VARIES, KITCHEN LENGTH TO EXPEND TO EXTERIOR WALL 0'

2'

$

4'

8'

81,7 3/$1 6&$/(

Type A accessible unit

DATE:

1613

A5.11

JOB NO:

0'

2'

4'

8'

A

N Cook Apartments

HanmiGlobal Partne

FIRE LIFE/SAF

2' - 9"

8' - 0"

1' - 6"

DW

1' - 0" 2' - 6"

XXX

3' - 0"

RANGE

1' - 3"

9"

2' - 0"

VERIFY W/ MFR

VERIFY W/ MFR

2 A5.31

Photo of Completed Building

11

5

3

4

13

5

3

6

1

3

2

B1

2

34 STAIR WALL

11' - 9 1/2"

KITCHEN

24' - 9"

8'-0" AFF

8'-0" AFF

BEDROOM 1

BEDROOM 2

LIVING ROOM PTAC UNIT, CENTER ON WINDOW

7' - 0"

A8.12 4

LIVING

ELEVATI

LIVING / DINING

1' - 9"

2' - 10"

5B

36B UNIT INTERIOR KITCHEN WALL

BATH

MIRROR

10'-0" AFF

REFER TO VARIATION SEE BUILD DOOR DIM SEE 20/A8 ALL DIMEN NOTED. LIFE/SAFE 5.FIRE SEE BUILD FOR ADDI CONDITIO 6. SEE DETA ELECTRIC 7. SEE 1/A8.1 DETAIL AN 8.MECHANICAL SEE 17 & 1 WALL & FL 9. SEE 6/A8.1 10. SEE 13 & 1 DETAILS. 11. LIGHT SW CONTROL FLOOR. EL (TELEPHO SHALL BE 12. SEE 2/A8.1 13. ALL FAUC GPM FAUC 14. ALL SURR REINFORC REINFORC 15. ALL UNITS NOTIFICAT WITH THE NOTIFICAT 1. SHOWER C 2. PRE-WIRE SHOWER E 16.

AL 3. SMOKE BLOCKING INTERCON 17/A8.12 4. BATTERY BLOCKING SEE DETA 17. BATHROO 5. LIGHT FIXT TUB/SHOW 6. TP DISPEN 18.

17/A8 7. SEE 18" TOWEL 8. LOCATION 24' TOWEL 9. SEE17/A8.

DRAWER B 19.

10.'A' REMOVAB UNITS. PROVIDE B 20. SEE 4/A8.1 3.

4.

A8.12

B1

8'-0" AFF

2' - 6"

C3

10

BATH

3' - 0"

A5.31

5

SHELF & ROD

2

8'-0" AFF

36A

10' - 7"

14

1.

2.

5A

12' - 5"

39B

KITCHEN

DW

SHELF & ROD

3' - 10"

5

LVT CPT

A1

4C

10

3D

5' - 0 1/2"

W/D

TYPE 'A' UNIT BATHROOM ELEVATIONS SCALE: 1/4" = 1'-0"

4B

SHEET N

REFR

1/2" MAX THRESHOLD

3C A5.31

4D

BATH 1 3C

BATH 2 4A

3' - 4"

36A 3B

3' - 4"

A5.13

3A

3B A5.31 3D

2' - 4 1/2"

SCALE: 1/4" = 1'-0"

3

4D

10

B2

1' - 0"

6 TYPE 'A' UNIT KITCHEN ELEVATION 4C

16" - 18"

4' - 6"

9

LVT SV

3A

B2

1' - 9"

5

2' - 6"

VERIFY W/ MFR

LVT SV

2' - 9"

3' - 0"

1' - 3"

5' - 8 3/4"

2' - 6"

VERIFY W/ MFR

8'-0"

LIGHTING FIXT

35A CORRIDOR, TYP D

2' - 6"

7' - 0" 2' - 10" MAX TO TOP OF RIM

10 2' - 6"

3' - 6"

11

11.

12.

13.

14.

14

13' - 6" 4' - 6"

39B W

6' - 1"

A5.13

4

10 1/2"

5 35A

SHELF & ROD

2' - 9"

4B 6

3

10' - 3"

3' - 4" VERIFY W/ MFR

3' - 2 3/4" VERIFY W/ MFR

16" - 18"

10

3' - 0"

VERIFY W/ MFR

3' - 2"

2' - 0"

2' - 10"

4' - 6"

5

REFR RANGE

DW

33" CLR MIN

MIRROR

71" MIN CLR VERIFY W/ MFR

2' - 6"

MIRROR

SCALE: 1/4" = 1'-0"

10'-0" AFF

2' - 6" 1' - 0" 6

3B

3C

10' - 5 1/2"

3D

UNIT 2.1 BATHROOM ELEVATIONS SCALE: 1/4" = 1'-0"

5

1

TYPE 'A' UNIT S.5 CEILING PLAN

A5.31

0'

SCALE: 1/4" = 1'-0"

2

2'

4'

11. 12" DEEP U 12. 30" DEEP U 13. LINEN CLO 14. PLAM COU

8'

TYPE 'A' UNIT S.4 CEILING PLANTYPE 'B' ICC/ANSI, OPTION 'B' ACC UNIT SCALE: 1/4" = 1'-0"

SHEET N 1.

2.

7" 9' - 8"

7"

10' - 2"

5' - 5 1/2"

3' - 4"

Coffee Cover 3.

4.

22A

3B

C1

A5.13 3C

A5.13 B2

3A

LVT

22A LIVING

32A

4' - 0"

S11

2' - 4"

15.

16.

3' - 0"

17.

1' - 4"

2' - 4 1/2"

S11 7' - 10"

3

A5.13

14.

32B UNIT INTERIOR WALL

C1

PTAC UNIT

TYPE 'A' UNIT S.5 PLAN SCALE: 1/4" = 1'-0"

12.

13.

22A

LIVING / DINING

PTAC UNIT

4

1

32A

LVT SV

UNIT INTERIOR WALL 3' - 3 1/2" VERIFY W/ MFR

11.

A5.13

BATH

D

32B

9.

10.

6 W

C110

3' - 3"

W

8.

KITCHEN

3C

3D

3 S12

D

A5.13

7.

REFR

6

KITCHEN

3D SV

DW

B2

10' - 2"

3B

6.

1

REFR

3' - 4"

DW

9' - 8"

3' - 1"

7"

5.

SHELF & ROD

3A

Revit File: C:\Users\daltong\Documents\N Cook 3_daltong.rvt

1' - 2"

UNIT 2.1 PLAN A5.13

SCALE: 1/4" = 1'-0"

7"

Plot Date: 8/20/2015 11:06:26 AM

A5.13

10' - 7" 34' - 2 1/2"

SHELF & ROD

16" - 18"

3

2' - 0"

3' - 6" 8' - 0"

1' - 8"

2' - 6"

5.

6.

7.

8.

9.

10.

10' - 0"

MAX TO TOP OF RIM

2' - 10"

3

SHOWER SHOWER BLOCKING 17/A8.12 BLOCKING SEE DETA LIGHT FIX TP DISPEN 18" TOWE 24' TOWEL DRAWER REMOVAB PROVIDE 12" DEEP 30" DEEP LINEN CLO PLAM COU

(http://www.livethecentury.com/Apartments/module/photos) 4200 SE ColumbiaCEILING Way, Suite F Vancouver, WA 98661

UNIT 2.1 BATHROOM 2 ELEVATIONS 1

3A

14

1.

2.

3.

SCALE: 1/4" = 1'-0"

4.

3

2' - 9"

UNIT 2.1 CEILING PLAN

LVT SV

3

Urban IDM ELEVATI

1' - 2"

2

3

MECHANICAL

C112

4 A5.31

LIVING ROOM

3' - 6"

3' - 6" 1' - 6"

2' - 3"

3

11 x 17 - Center, Zoom 47% | 24 x 36 - Center, Zoom 100% | Vector High,Greyscale

4A

BEDROOM

MICRO

3' - 0"

6' - 0" VERIFY W/ MFR

2' - 0"

BEDROOM

PROVIDE SWITCH CONTROL FOR HOOD WITHIN ACCESSIBLE REACH RANGE

A5.31

VENT RANGE & HOOD TO WALL IN CABINET ABOVE AT 4TH FLOOR

2' - 0"

1' - 9"

RANGE HOOD

1

100 N Cook Street Portland, OR 97227 5

2' - 3"

SCALE: 1/4" = 1'-0"

2

8'-0"

LIGHTING FIXT

ALIGN

KITCHEN

5B

3

North Cook Apartments

8' - 0"

8' - 0"

8' - 0"

UNIT 2.1 KITCHEN ELEVATIONS

5

NE Portland, OR NO SOFFIT @ 4TH FLOOR

BATH 2 BATH 1

5A

A5.31

808 SW 3rd Ave, CEILING Suite 30 Portland, OR 9702 Phone 503.287.682 Fax 503.415.230

7'-0" SOFFIT @ 4TH FLOOR

REFR

2' - 9"

Plot Date: 8/20/2015 11:06:49 AM

11 x 17 - Center, Zoom 47% | 24 x 36 - Center, Zoom 100% | Vector High,Greyscale

2' - 9"

Revit File: C:\Users\daltong\Documents\N Cook 3_daltong.rvt

PROFESSIONAL - Construction Documents

The North Cook Apartments is a 104-unit, mixed-use urban project in NE Portland. The project is proposed to be four story wood construction over a post-tension slab, for a total of 5 stories. The building includes a varied mix of studio and one bedroom unit types, on grade, tuck under parking with corner ground floor retail, main lobby, leasing office/mail, bike storage, fitness room, pet wash room, as well as a rooftop deck and community room.

I helped compose planning application documents for the city as well as see to the development of the construction document set. I helped detail and document the unit plan sheets.

Revit #D View of NW Corner

Otak | Architectural Intern

Otak Architects, In

1 TYPE 'A' ICC/ANSI ACC UNIT

A5.13

TYPE 'A' UNIT S.4 PLAN SCALE: 1/4" = 1'-0"

3

0'

18.

REFER TO VARIATION SEE BUILD DOOR DIM SEE 20/A8 ALL DIMEN NOTED. SEE BUILD FOR ADDIT CONDITIO SEE DETA ELECTRIC SEE 1/A8.1 DETAIL AN SEE 17 & 1 WALL & FL SEE 6/A8.1 SEE 13 & 1 DETAILS. LIGHT SWI CONTROL FLOOR. EL (TELEPHO SHALL BE SEE 2/A8.1 ALL FAUCE GPM FAUC ALL SURR REINFORC REINFORC ALL UNITS NOTIFICAT WITH THE NOTIFICAT PRE-WIRE SMOKE AL INTERCON BATTERY BATHROO TUB/SHOW SEE 17/A8 LOCATION SEE17/A8.

'A' UNITS. SEE 4/A8.1

5 4 3 2' 2 1

04.27.15 04.09.15 03.13.15 4'01.19.15 8' 12.01.14

ASI 3 19.

20.

RFI Revisions Owner Changes - A Plan Check Respon Owner Updates

#

Date

Description

TYPE 'A' ICC/ANSI ACC UNIT

Revisions Construction Document Unit Plans

August 14, 2015 Date RD, SM Designed By

®

er

nc

otak

00 PLAN LEGEND 24 INTERIOR DROPPED CEILING/ SOFFIT 25 FLUSH METAL PANEL SOFFIT 04

14' - 3 1/2"

FOS

12 FOR PTAC UNIT ELEVATION & NOTES.

2' - 8 1/4"

Description

Revisions August 14, 2015 Date RD, SM Designed By Author Drawn By JN, TDG

1

26

1' - 2"

1

6

25

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

5

26

2

26

2

1

25

4' - 0 1/2"

5' - 2 1/2"

18' - 1"

4' - 1"

45' - 1"

13' - 10"

CL PARTY WALL

4' - 9"

26

5 19' - 10 3/4"

10' - 0 1/2"

24' - 6 1/4"

2

2

SEE 5/A5.21 TYPE 'B' UNIT

212

1

1

1

4

TYP AT RETURN

6' - 6"

4' - 10"

6 1/4"

20' - 5 3/4"

4' - 10"

5

4' - 10" 21' - 0"

25

4' - 10"

2

1

EQ

EQ 3' - 6 1/2" 8' - 5"

5

5

A4.01

4

A3.01

1 A4.12

3

20' - 8 1/4"

72' - 8"

FOS

Sheet Number Copyright 2014 ©

If this drawing is less than 24" x 36", it has been reduced. Scale accordingly.

Construction Document Plan

Date

5 1/2"

Description

JN, TDG

MT, DG Drawn By

3

Checked By #17130 Project Number

1

A4.02 0'

4'

8'

16'

Project Number

A5.13

SCALE: 1/8" = 1'-0"

#

RFI & Submittal Revs ASI 3 RFI Revisions Plan Check Response

Revisions

Designed By

Checked By

02 FLOOR PLAN

05.05.15 04.27.15 04.09.15 01.19.15

RD, SM

15' - 1" 34' - 2 1/2"

2

A

6 5 4 2

Date

1' - 2"

199' - 4" 2

1 A4.02

26

6' - 6 1/2" 21' - 2 3/4"

02 Floor Plan

FO BRICK

26

26

2

A3.02

August 14, 2015

A5.04

5

87' - 9"

1

11' - 1 1/2"

5' - 9"

3 2

2

25

5' - 6 1/4"

25

211

2

26

68' - 11 1/2"

5 1/2"

9' - 9"

1' - 6"

1' - 6"

CL PARTY WALL

SEE 1/A5.21 TYPE 'B' UNIT

210

26 3' - 2"

26

213

5

210 SEE 1/A5.31 TYPE 'B' UNIT

211

214

1' - 2"

215

UNIT 2.1

C 207

UNIT 1.2

212

1

26

C 207

UNIT 1.1

SEE 1/A5.21 TYPE 'B' UNIT

SEE 1/A5.23 TYPE 'A' UNIT

1' - 2"

SEE 1/A5.12 TYPE 'B' UNIT

26

13' - 1"

STAIR 2

213

214

26

25

1 A5.05

3

2

UNIT 1.1

UNIT 1.4

S13

215

#17130

A2.02B

CL PARTY WALL

2

FOS

Date

1' - 6"

35A CORRIDOR, TYP

A4.14

12' - 4"

3' - 4"

14' - 4 3/4"

#

26

C 206

C 201

4' - 6 1/2" 5 04.27.15 ASI 3 3 03.13.15 Owner Changes - ASI 1 1 12.01.14 Owner Updates

2

12' - 10 1/2"

C 201A

LOBBY

UNIT S.3

3

35B TYP @ S.1 & S.2 UNIT ENTRIES

C 206

1' - 11" 10' - 0" 1' - 11"

26

FEC

S CORRIDOR

35A CORRIDOR, TYP

C 201

FO BRICK

1

SEE 1/A5.21 TYPE 'B' UNIT

5 1/2"

2

C 201A

216

2

25

209

STAIR 3

FEC

216

FO BRICK

ITCHES, ENVIRONMENTAL, CONTROLS, AND OTHER LS SHALL BE 48" HIGH MAXIMUM ABOVE FINISH LECTRICAL, TELECOMMUNICATION ONE/TELEVISION OUTLETS) RECEPTACLES ON WALL NO LOWER THAN 15" ABOVE FINISHED FLOOR. 11 FOR TYPICAL BI-PASS DOOR HEAD DETAIL. ETS TO HAVE LEVER HANDLES AND SHALL HAVE 1.5 CET AERATORS. ROUNDS SHALL BE FLAT WITHIN THE AREAS TO BE CED FOR GRAB BARS, SEE A8.12 FOR CEMENT LOCATIONS. S TO BE EQUIPPED WITH AUDIBLE ALARM TION APPLIANCES. UNITS ARE TO BE PROVIDED CAPABILITY TO SUPPORT VISIBLE ALARM TION APPLIANCES IN ACCORDANCE WITH NFPA 72.

E UNITS FOR VISIBLE ALARMS. LARM WITHIN EACH DWELLING UNIT TO BE NNECTED. ALARMS TO BE HARDWIRED WITH BACKUP. OM LIGHT FIXTURES TO BE LOCATED OUTSIDE OF WER ENCLOSURES. 8.12 FOR WATER CLOSET AND SHOWER BLOCKING NS. .12 FOR WASHER/DRYER REQUIREMENTS AT TYPE

5 1/2"

Unit S.4 & S.5 Plans & FOS A Elevations

CL PARTY WALL

3 A4.14

C201B

FOS

Revit File: C:\Users\daltong\Documents\N Cook 3_daltong.rvt

DING FLOOR PLANS AND REFLECTED CEILING PLANS TIONAL INFORMATION AT EXTERIOR WALL ONS AND DECKS. AILS 9,10, 11 & 12/A8.11 FOR PLUMBING AND CAL PENETRATIONS AT RATED WALLS. 11 FOR TYPICAL INTERIOR WOOD DOOR FRAME ND JAMB DIMENSION. 18/A8.11 FOR TUB/SHOWER ENCLOSURE DETAIL AT LOOR. 12 FOR TYPICAL CLOSET ROD SHELF DETAIL. 14/A8.11 FOR TYPICAL RATED WALL INTERSECTION

A4.02

UNIT 1.1

201

5

5' - 6 1/2"

SEE 1/A5.22 TYPE 'B' UNIT

been reduced. Scale accordingly.

O OVERALL BUILDING DIMENSIONS FOR UNIT NS AT EXTERIOR WALL. DING PLANS FOR EXTERIOR WALL, WINDOW AND MENSIONS. 8.11 FOR TYPICAL SOFFIT DETAIL. NSIONS ARE TO FACE OF STUD UNLESS OTHERWISE

CL PARTY WALL

A4.01

5' - 6"

C201A

CL PARTY If this drawing is less than 24" x 36", it has WALL

NOTES

2

25

SEE 1/A5.12 TYPE 'B' UNIT

2

25 TYP AT RETURN

4' - 1 1/2"

8' - 8 3/4"

ELEV 2

35A

Sheet Number Copyright 2014 ©

1

208

207

25' - 2 1/2"

8' - 8 1/2"

ELEV 1

UNIT S.3

1

SEE 5/A5.21 TYPE 'B' UNIT

21' - 2 3/4"

20' - 4 1/2"

207 SEE 1/A5.11 TYPE 'B' UNIT

206

B

3 2 A4.01

2

A5.31

206 SEE 6/A5.11 TYPE 'B' UNIT

205

FOS

FOS

9' - 8 1/4"

Project Number

205 SEE 1/A5.11 TYPE 'B' UNIT

204

1

208

1' - 2"

13' - 0"

#17130

204 SEE 6/A5.11 TYPE 'B' UNIT

203

UNIT 1.2

C207

Checked By

BLE CABINET, CONTINUE FLOORING UNDER CABINET & BASE BEHIND 12 FOR PTACCABINET UNIT ELEVATION & NOTES. UPPER VANITY CABINET UPPER W/D CABINET OSET, 22" DEEP UNTERTOP W/ 4" BACKSPLASH AND SIDESPLASH

203 SEE 1/A5.11 TYPE 'B' UNIT

5

3

2

201

217

25

UNIT S.1

202 202

2

209

SEE 1/A5.12 TYPE 'B' UNIT

CL PARTY WALL

5

JN, TDG

3

FOS

MT, DG Drawn By

25 1

FOS

Plot Date: 8/20/2015 10:58:13 AM

RD, SM Designed By

UNIT S.2

CL PARTY WALL

ION KEYNOTES

1' - 6" 5

1

UNIT 1.3

217

1

UNIT S.1

CL PARTY WALL

Date

UNIT S.2

25 1

4200 SE Columbia Way, Suite F Vancouver, WA 98661

10' - 0"

4' - 8" 5

SEE 6/A5.11 TYPE 'B' UNIT

28' - 7"

August 14, 2015

C 203

C203

UNIT S.3

UNIT S.1

1

4' - 0"

25

26

Description

25

1

4' - 8"

25' - 5" 2' - 6"

4' - 1"

6

218

1

4' - 8"

5' - 5 1/2"

9' - 6"

1' - 9" 10' - 7"

SEE 1/A5.12 TYPE 'B' UNIT

ELEC

5' - 4 3/4"

5

13' - 9 1/4" 2 3/4"

9' - 6"

5

2

XXX

5' - 2 3/4" 14' - 0"

9' - 6"

4' - 6"

6' - 3 3/4"

C 203

39' - 4 1/4"

4' - 8"

C201C

10' - 0 3/4"

Date

4

14' - 0"

9' - 6"

4' - 8"

UNIT S.2

25

A4.14

C 202

218

25

14' - 0"

9' - 6"

38' - 7"

C 202

UNIT S.3

4' - 10 1/2"

#

5

25

33

4200 SE Columbia Way, CL PARTY Suite F WALL Vancouver, WA 98661 5 04.27.15 ASI 3 Revisions

4' - 9" 5

3' - 0"

13' - 4"

1' - 2"

1

8' - 1 3/4"

N CORRIDOR

CORRIDOR, TYP

5

14' - 0" CL PARTY WALL

EQ

4' - 6 1/2"

35A

2

1

114' - 10 1/2" 14' - 2 3/4" 9' - 8 1/2"

226

4

XXX

Urban IDM

SEE 6/A5.11 TYPE 'B' UNIT

219

CL PARTY WALL

1

226

SEE 1/A5.24 TYPE 'B' UNIT

4' - 10 1/2"

RETURN AIR

WITCHES, ENVIRONMENTAL, CONTROLS, AND OTHER EXHAUST LS SHALL BE 48" HIGH MAXIMUM ABOVE FINISH LECTRICAL, TELECOMMUNICATION EXHAUST - WALL VENT ONE/TELEVISION OUTLETS) RECEPTACLES ON WALL E NO LOWER THAN 15" ABOVE FINISHED FLOOR. 11 FOR TYPICAL BI-PASS DOOR HEAD DETAIL. CETS TO HAVE LEVER HANDLES AND SHALL HAVE 1.5 CET AERATORS. ROUNDS SHALL BE FLAT WITHIN THE AREAS TO BE CED FOR GRAB BARS, SEE A8.12 FOR CEMENT LOCATIONS. S TO BE EQUIPPED WITH AUDIBLE ALARM TION APPLIANCES. UNITS ARE TO BE PROVIDED E CAPABILITY TO SUPPORT VISIBLE ALARM TION APPLIANCES IN ACCORDANCE WITH NFPA 72.

CURTAIN ROD EENCLOSURE UNITS FOR VISIBLE ALARMS. (TRANSFER TYPE) WITHIN EACH DWELLING TO BE GLARM IN WALL FOR FUTURE GRAB BARS, UNIT SEE DETAIL NNECTED. ALARMS TO BE HARDWIRED WITH GBACKUP. IN WALL FOR FUTURE TRANSFER SHOWER SEAT, AIL 17/A8.12 OM LIGHT FIXTURES TO BE LOCATED OUTSIDE OF TURE CENTERED OVER MIRROR WER ENCLOSURES. NSER @ 19" AFF 8.12 FOR WATER CLOSET AND SHOWER BLOCKING L BAR @ 48" AFF, PROVIDE BLOCKING NS. L BAR @ 48" AFF, PROVIDE BLOCKING BASE CABINET .12 FOR WASHER/DRYER REQUIREMENTS AT TYPE

1' - 0 1/4"

ETY FLOOR PLANS AND REFLECTED CEILING PLANS DING ITIONAL INFORMATION AT EXTERIOR WALL EXITAND SIGNDECKS. ONS AILS 9,10, 11 & 12/A8.11 FOR PLUMBING AND FIRE HORN/STROBE AT RATED WALLS. CAL PENETRATIONS 11 FOR TYPICAL INTERIOR WOOD DOOR FRAME SMOKE DETECTOR ND JAMB DIMENSION. 18/A8.11 FOR TUB/SHOWER ENCLOSURE DETAIL AT 3 LOOR. SUPPLY AIR 12 FOR TYPICAL CLOSET ROD SHELF DETAIL. A4.01 14/A8.11 FOR TYPICAL RATED WALL INTERSECTION

UNIT S.2

219

Unit 2.1 Plans & Elevations

1

13' - 0"

O OVERALL BUILDING DIMENSIONS FOR UNIT NS AT EXTERIOR WALL. RECESSED FLUORESCENT DING PLANS FOR EXTERIOR WALL, WINDOW AND A3.01 SURFACE FLUORESCENT MENSIONS. 8.11 FOR TYPICAL SOFFIT DETAIL. TRACK LIGHT NSIONS ARE TO FACE OF STUD UNLESS OTHERWISE

4' - 8"

UNIT 1.5

3 A4.02

Urban IDM

1

C 204

100 N Cook Street Portland, OR 97227

72' - 8"

EXTERIOR WALL SCONCE

13' - 0"

WALL SCONCE

4' - 8"

C 204 1

North Cook Apartments

RECESSED CEILING

WALL WASHER NOTES

SEE 1/A5.11 TYPE 'B' UNIT

C204

4' - 9"

CEILING PENDANT MOUNTED

1

100 N Cook Street Portland, OR 97227

CL PARTY WALL

1' - 6"

8' - 9"

EQ

TRASH

HanmiGlobal Partner

Otak Architects, Inc5 FOS

130' - 7 3/4"

CEILING SURFACE MOUNTED

225 225

808 SW 3rd Ave, Suite 300 Portland, OR 97024 Phone 503.287.6825 Fax 503.415.2304

Community Room

A4.02

A4.01

UNIT S.1

C205

+/- 13' - 2"

B

C 205

6' - 8 1/2"

C

C 205

4

2

25

®

FOS

2

TYP. AT 25 RETURN

STAIR 1

North Cook Apartments

CL PARTY WALL

224

2

otak

,PLAN LEGEND

5

1

HanmiGlobal Partner

Otak Architects, Inc

808 SW 3rd Ave, Suite 300 Portland, OR 97024 Phone 503.287.6825 Fax 503.415.2304

FO BRICK

224 SEE 6/A5.11 TYPE 'B' UNIT

FEC

FOS

G IN WALL FOR FUTURE TRANSFER SHOWER SEAT, AIL 17/A8.12 XTURE CENTERED OVER MIRROR NSER @ 19" AFF EL BAR @ 48" AFF, PROVIDE BLOCKING L BAR @ 48" AFF, PROVIDE BLOCKING BASE CABINET INTERIOR DROPPED CEILING/ SOFFIT BLE CABINET, CONTINUE FLOORING UNDER CABINET & BASE BEHIND CABINET FLUSH METAL PANEL SOFFIT UPPER VANITY CABINET UPPER W/D CABINET WOOD PLANK SOFFIT OSET, 22" DEEP UNTERTOP W/ 4" BACKSPLASH AND SIDESPLASH

9' - 9"

4' - 8"

UNIT S.2

®

ALL DIMENSIONS AND GRIDS ARE TO FACE OF STUD, FACE OF SLAB AND CENTER LINE OF OPENING UNLESS OTHERWISE NOTED. CONSTRUCTION ASSEMBLY DESCRIPTIONS: SEE A1.01A & A101B. SEE 13 & 14/A8.11 FOR FIRE-RATED WALL INTERSECTION DETAILS. SEE 7/A8.11 FOR 2-HR WALL / FLOOR INTERSECTION DETAILS. SIDEWALKS AND EXTERIOR WALKWAYS SHALL SLOPE AT 2% MAXIMUM AS SHOWN ON PLANS. WARP CONCRETE AT WALLS AS SHOWN TO FORCE WATER TO MIGRATE AWAY FROM AND AROUND WITHOUT EXCEEDING 1.5% MAXIMUM SLOPE. SEE EXTERIOR ELEVATIONS FOR ALL UNIT VENT LOCATIONS. ALL VENTS TO BE GREATER THAN 3'-0" FROM ALL OPERABLE OPENINGS. SEE 19/A8.11 FOR FIRE EXTINGUISHER CABINET DETAIL, COORDINATE LOCATION WITH FIRE MARSHALL. FOR WINDOWS NOT DIMENSIONED, ALIGN JAMB TO FACE OF STUD, SEE DETAIL 5/A8.01.

MAINTAIN WALL AND FLOOR/CEILING ASSEMBLY RATINGS AT ALL SHOWERS, SEE 17 & 18/A8.11.

OPERABLE PARTS OF LIGHTING, ENVIRONMENTAL, ELECTRICAL, SECURITY CONTROLS AND ELECTRICAL RECEPTACLES SHALL BE MOUNTED BETWEEN 15" AND 48" ABOVE FINISH FLOOR. ELECTRICAL PANEL TO BE LOCATED WITHIN REACH RANGE OF 48" ABOVE FINISH FLOOR TO HIGHEST CONTROL AT ALL UNITS. SEE 5/A8.12 FOR TYP. ROOM SIGN MOUNTING. EVERY ROOM OR SPACE THAT IS AN ASSEMBLY OCCUPANCY SHALL HAVE THE OCCUPANT LOAD OF THE ROOM OR SPACE POSTED IN A CONSPICUOUS PLACE. ROOMS CONTAINING FIRE PROTECTION EQUIPMENT SHALL BE IDENTIFIED IN AN APPROVED MANNER. SIGNS SHALL BE CONSTRUCTED OF DURABLE MATERIALS, PERMANENTLY INSTALLED AND READILY VISIBLE. DOORS INTO ELECTRICAL CONTROL PANEL ROOMS SHALL BE MARKED WITH A PLAINLY VISIBLE AND LEGIBLE SIGN STATING "ELECTRICAL ROOM".

2

220

25

A5.03

4' - 8"

SEE 5/A5.21 TYPE 'B' UNIT 2

ION KEYNOTES

1

223

14' - 0"

223 SEE 1/A5.11 TYPE 'B' UNIT

9' - 6"

UNIT S.1

35B TYP @ S.1 & S.2 UNIT ENTRIES

TYP AT 26 RETURN

2

14.

CL PARTY WALL

A4.02

3' - 11"

21' - 2 3/4"

2

35A

220

1

12.

13.

25

UNIT 1.2

4200 SE Columbia Way, Suite F Vancouver, WA 98661

EXHAUST - WALL VENT

11.

9' - 6"

EXHAUST

221

5

10.

CL PARTY WALL

SEE 1/A5.21 TYPE 'B' UNIT

1

9.

25

221

CL PARTY WALL

7.

8.

5

222

XXX 9' - 8 1/4"

RETURN AIR

SEE 6/A5.11 TYPE 'B' UNIT

UNIT 1.1

Urban IDM

SUPPLY AIR

25

2

1

14' - 0"

SMOKE DETECTOR

UNIT S.2

14' - 0"

42' - 6 1/4"

FIRE HORN/STROBE

27A 3

9' - 6"

EXIT SIGN

DROPPED SOFFIT CEILING HEIGHT

6.

E

FOS

9' - 6"

TRACK LIGHT

4' - 10 1/4"

SURFACE FLUORESCENT

EXPOSED CONCRETE

27A

222

8' - 10"

21' - 3 1/2"

RECESSED FLUORESCENT

ASI 1 nse

26

100 N Cook 5Street Portland, OR 97227

EXTERIOR WALL SCONCE

D

37' - 1 1/2"

EQ

14' - 0"

WALL SCONCE

CURTAIN ROD ENCLOSURE (TRANSFER TYPE) G IN WALL FOR FUTURE GRAB BARS, SEE DETAIL

EQ

4' - 10"

WALL WASHER

27A

4' - 7 1/4"

North Cook Apartments

FOS 6 3/4"

RECESSED CEILING

5' - 6"

27A

1/2" / 1'-0"

E

CEILING PENDANT MOUNTED

26' - 4" 27B

2.

3.

4.

5.

2

1' - 6"

FO BRICK

4' - 10 1/2"

11 x 17 - Center, Zoom 47% | 24 x 36 - Center, Zoom 100% | Vector High,Greyscale

CEILING SURFACE MOUNTED

68' - 11 1/2"

FO BRICK

808 SW 3rd Ave, Suite 300 Portland, OR 97024 Phone 503.287.6825 Fax 503.415.2304

DROPPED SOFFIT CEILING HEIGHT

1.

A3.02

FOS

Otak Architects, Inc5 1/2"

TURES

SHEET NOTES

4

A4.01

FOS

HanmiGlobal Partner

EXPOSED CONCRETE

TURES

1

5

WOOD PLANK SOFFIT

FETY

otak

®

N

A2.02B Sheet Number Copyright 2014 ©

If this drawing is less than 24" x 36", it has been reduced. Scale accordingly.

Caples Terrace

Caples Terrace is a 22,000 SF, 25-unit affordable housing project located in Vancouver, WA. Part of the Vancouver Housing Authorityâ&#x20AC;&#x2122;s comprehensive redevelopment of the original wartime neighborhood, including a boys and girls club and new community center. The multifamily apartment building will provide housing for at-risk homeless youth aging out of the foster care system. The site plan responds to the new public uses across the street by orienting the management office and main entrance towards new facilities, creating a strong connection between the new building and the community. The parking layout and building orientation worked to help preserve the 200+ year old trees on the site.

I performed a site visit and analysis of site using aerial photos. We conducted a meeting with the existing property manager and building maintenance crew to coordinate best practices and desires moving forward. I did a zoning and code review before design. We developed the program from the needs of the clientâ&#x20AC;&#x2122;s proforma and mission of the project. I produced a full set of schematic design drawings for a funding package that they took to the state.

Otak | Architectural Intern Vancouver, WA

INTERVIEW KITCHEN/ WORK STATION

ELEVATOR MACHINE ROOM

PM OFFICE

COPY/MAIL SUPPLY

UP

GREEN SPACE

ASST

SHARED ENTRY LOBBY

Studio Unit H

RESIDENTS COMMONS

SCALE: 1/4" = 1'-0" 0' 2' 4'

H

Property Management Office & Apartment Entry/Lounge Office & Lobby - 1,387 SF

SCALE: 1/8" = 1'-0" 0' 4' 8'

16'

CAPLES T Vancouver Housing A

Enlar

PROFESSIONAL - Schematic Design

1/12/14

33' - 9 1/2"

25' - 11" 22' - 10 1/2"

12' - 4"

10' - 11 1/2"

11' - 0"

11' - 10 1/2"

24' - 3"

UNIT AREA: 393 SF 380 SF ALT # OF UNITS: 12

2' - 10"

2' - 10"

6' - 3"

9' - 6 1/2" 6' - 1"

7' - 5"

5' - 0" VERIFY W/ MFR

11' - 10"

6' - 6 1/2"

22' - 5"

14' - 11"

55 1/2"

10' - 6"

9' - 1"

8' - 9"

UNIT AREA: 523 SF 537 SF END UNIT # OF UNITS: 9

2' - 11"

10' - 8"

8' - 11"

8' - 0"

Schematic Unit Plans

CAPLES TERRACE Vancouver Housing Authority

Two Bedroom Unit

SCALE: 1/4" = 1'-0" 0' 2' 4'

CAPLES TERRACE Vancouver Housing Authority

SCALE: 1/4" = 1'-0" 0' 2' 4'

FLOOR AREAS FLOOR

AREA (SQFT)

TERRACE Authority

rged Plan 14910K

2ND

05

7,280

3RD

6,088

MAINT

1,316

TOTAL

21,873

OF

EL

14910K

OF

07 GREEN SPACE

ENTRY

LOBBY

1/12/14

GREEN SPACE

1/12/14

INT

KIT/ WRK

7,189 GF (1,389) (OFFICE CALLOUT)

UP STUDIO

08

FLOOR

STUDIO 1 BDRM

2 BDRM TOTAL

GF

3

3

1

7

2ND

5

3

2

10

3RD

4

3

1

8

12 48%

9 36%

4 16%

25

H

STUDIO

1 BDRM

14910K

TOTAL MIX (%)

H

COMMON

14910K

UNIT MIX

1 BDRM Unit

8'

Studio Unit

1/12/14

2 BDRM

H H

1 BDRM

H

STUDIO MAINTENANCE SHOP

GREEN SPACE

OMAH A WAY

8'

2 BDRM Unit

8'

CAPLES TERRACE Vancouver Housing Authority

One Bedroom Unit

UNIT AREA: 835 SF # OF UNITS: 4

1 BDRM

STUDIO

PARKING STALL TYPE NUMBER NOTES C

C

C

C

C

C

MAINT. PARKING

TRASH

Site Plan

C

C

C

C

C

C

STANDARD

29

25 UNITS*1.5 = 38 REQ.

COMPACT

12

UP TO 50% CAN BE COMPACT

H.C.

5

20% of 25 = 5

SERVICE

5

(Not included in Total)

46

PROVIDED

TOTAL

09

Washington High School Adaptive Reuse

UO - Portland

Washington High School Adaptive Reuse

Washington High School is a local historic landmark in SE Portland’s Buckman neighborhood. It has been void of it’s intended use since 1981. This studio merged architecture and historic preservation Historic Building Re-envisioned forit be Community together to pose the question to students: What should used for?

Green Businesses & In Demand Housing In trying to stay true to the character of the building, while High School, located on athe side of keepingWashington a positive proforma, I came up with verySEmixed program.

Portland,and has main been void of its intended since This space The basement auditorium woulduse serve as1981. a maker project was intended to explore both the development and a public gallery, respectively. While the ground floor would serve and historic preservation side of re-purposing this commercial functions and the main, 2nd floor would preserve the original building recently deemed a local historic landmark.

My sizes main and goals werefor to new allow for a mixed, diverse classroom layouts emerging green businesses.

The community within the one complex while maintaining 3rd floor would use the classrooms as luxury condos and the 4th floor the central place of gathering for the neighbourhood, would be completely redone to house micro studios. This allows a mix allowing for a more active commercial street, and of populations cohabitate and mingle, businesses keeping the providingtospaces for new emerging to neighborhood thrive. diverse and accessible to all. The target population was the “crafty, urban Portlander.”

I used phasing in an existing Revit to model the demolition and new construction and also designed the proposed condo and micro unit plans. I paired with a historic preservation student to run a proforma on the renovation and came out with the most viable ROI in the class.

Portland, OR

Arts Efforts, New Emerging

Central Central Creative Creative Spaces Spaces

4

4

Craftsmen and Women from ADX Portland. http://adxportland.com/

Existing Building

3

3

EXTENSIVE GREEN ROOF

2 WATER RETENTION2POND

GLAZING IN CORRIDORS

BIOSWALE

RESTORE SKYLIGHTS

1

PERMEABLE PAVERS Program Program Diagram Diagram

WEATHERSTRIP EXISTING WINDOWS

ACADEMIC

1

BIKE RACKS NEW COMMERCIAL ENTRANCES ADA ACCESSIBLE PUBLIC ENTRANCE

Sustainability Field Guide

Central Creative Central Creative Spaces Spaces

Washington High School Adaptive Reuse 4

4

Ground Ground Floor Plan Floor Plan

Ground Ground Floor Floor Plan Plan Basement & Grade Level

Third Third Floor Floor Plan Plan

New Commercial Entrances

3

3

2

2

1

1

ProgramProgram DiagramDiagram Second Second Floor Floor Plan Plan Second Floor Level

Third Floor Third Plan Floor Plan Third Floor Level

Second Second Floor Plan Floor Plan

Fourth Floor Fourth Plan Floor Plan

Fourth Floor Level

FourthFourth Floor Floor Plan Plan

New Commercial Street Frontage

Food Access & Awareness Community Center

ACADEMIC - Master’s Thesis

The focus of this Thesis was to tackle the much ignored issues of health, access to resources, economic growth and development, education and job opportunities in the ignored parts of cities like the Far South Side of Chicago. First by addressing the issue of food deserts, this project can begin to suggest solutions to some of the larger systemic problems in the area. The point is that the area needs a seed, a catalyst, a uniting of efforts, a cause, something to start the change. The solution then will help empower and provide knowledge and resources to the community members to take charge of their neighborhood and their lives. With ACCESS come AWARENESS; AWARENESS leads to EDUCATION and EXPOSURE; and that KNOWLEDGE and POWER gives you the CHOICE to take ACTION and CHANGE. The design brought together multiple play actors in the neighborhood, creating an intergenerational, collaborative, healthy space. It introduces an accessible and comfortable urban area to a normally busy, car-centric thoroughfare. The buildings act as public forums, providing spaces for the community to come to gather together.

The aim of the building’s structure and the program was to expose the inner workings of the growing, preparing and cooking of healthy food.

I completed the design using hand sketching and diagramming, Revit, Illustrator, and Photoshop.

1

SEPARATE PUBLIC &

5

UNIFY & CENTRALIZE PUBLIC GATHERING SPACES

Chicago, IL

2

INTRODUCE PUBLIC URBAN SPACES

PRIVATE FUNCTIONS

UO - Portland 3

CREATE VISUAL ACCESS FROM THE STREET

6

LOCATE SERVICES TO THE ALLEY & COMMERCIAL TO THE STREET FRONT

4

DEFINE URBAN ROOMS IN THE LANDSCAPE

7

SIMPLIFY & EXPRESS CIRCULATION & STRUCTURE

8

ORGANIZE PROGRAM & FLOW OF SPACES

Concept Diagram

5

EXPLODED *STRUCTURE AXON 5

4

3

2

1

EXPLODED *STRUCTURE AXON 4

EXPLODED *STRUCTURE AXON 3

EXPLODED *STRUCTURE AXON 2

EXPLODED *STRUCTURE AXON 1

Urban Courtyard

Structural Diagram

Northwest Corner Ground Floor Plan HALSTED STREET

UP

UP

112TH STREET

UP

ALLEY

DAYCARE DROP OFF ZONE

Portland POD

In the fall of 2015 the city of Portland declared a state of emergency on housing due to the high number of homeless living on the streets. The crisis led to the formation of the Village Coalition, a group made up of advocates, activists, and houseless individuals committed to combating homelessness from many sides of the issue. The Center for Public Interest Design put together a workshop/charette for the area’s best architects to interface with this vulnerable population to come together to create new design solutions within stipulations set by the city (thus the term ‘POD’ and not Tiny House).

Our solution focused on creating a “porch culture.” The simple shed structures all sloped toward a central rain garden which acts as a shared ‘front yard’ to each of their homes. The variety of organizations of the PODs make it perfect to adapt to different sites. We also used double stud construction for extra warmth and insulation.

Partner: Don Lever

DESIGN TEAM Jackie Davis, Don Lever

WWA - CPID Portland, OR

BUILD TEAM JuLie Mcevoy Baines, Jackie Davis, Don Lever, MeLissa ToMan, & oThers

POD DIMENSIONS 10’X8’X10’8” + 6’X7’8” Porch

Site Plan Configuration

DOUBLE STUD WALLS

For people who are used to sleeping on the cold hard ground, what would be important in a new home for them? Insulation. We decided to build a double stud wall to reduce the thermal bridging in the exterior wall. This will allow for a higher R value, and a warmer home.

COMPETITION

PORCH The idea behind the porch is to not have the residents all living in boxes in lonely isolation, but to begin to create a social and open community to live in together as a family. A porch provides a space to sit and pass the time, but also an open forum for people to come and go to socialize as they please.

It provides a place to sit outside and enjoy the elements of nature. While the porch is a detachable ‘add on’ feature, it’s really non-negotiable in the overall master plan scheme.

WILLIAM WILSON ARCHITECTS PC

PROJECT DESCRIPTION

6' - 0"

10' - 0" 9' - 7 1/2" 4' - 2 3/4"

FO STUD

CL of WIN

One of the strongest takeaways from our site visit to hazelnut grove was that you can’t go at it alone. It takes community to thrive in such harsh conditions. There is strength in the village concept, where people come together around a common purpose. • Our pod concept can be arranged in a number of master planned scenarios to fit any site configuration. They all use groupings of 3 pods around a central rain garden. This creates a mini neighborhood that the residents can live in and begin to form relationships through.

• The rain garden provides a sort of ‘yard’ for the people to watch grow and enjoy throughout the seasons, while also gathering the water from the sloping roofs. • The porches provide casual seating for residents to sit and socialize from the comfort of their own ‘home.’ • There is ample storage in and outside the units as that was a major concern that we heard about at the charrette in october. • The building uses a double stud wall in attempts to keep the building as warm as possible.

2' - 2 1/2"

FO STUD

6' - 9"

1' - 6"

Napkin Sketch from Workshop

8' - 0"

3' - 0"

1

3' - 0"

200

7' - 8"

CL of DOOR

1

1' - 6"

3' - 0"

Level 1 1/2" = 1'-0" 2 200

Sleeping POD

Don Lever & Jackie Davis

Floor Pl 11-10-2016

screen walls will all be commissioned locally to incorporate their very proud craftsman work.

NATIVE MANGO TREES FOR SHADING manguiers natifs pour l'ombrage

HIGH WINDOWS FOR NATURAL DAYLIGHTING hautes fenêtres pour éclairage naturel

LEGEND

Sante Sante Health Center - REvive Jacmel 1 2 3 4

This competition was dreamed up by a Portland area surgeon and his desire to build his own clinic in Haiti. He partnered with the University of Oregon architecture group along with Waterleaf Architecture and OSU to put on a competition to get ideas rolling for the new clinic. There was a basic program given and an unknown site. We devised a simple parti separating the general clinic from the surgery wing. The design was heavily focused on sustainability measures that could be incorporated as well as the imperative to use local building materials and craftsmanship in the detailing. We incorporated decorative open masonry blocks as well as ornate iron screens over the windows and a custom mosaic tile floor.

There is a clear structural grid that all the rooms are based off of. The outdoor areas provided shade and education for the people waiting to be seen. We envisioned water catchment off of the large roofs into rain barrels and composting toilets. The concept could easily be reoriented, adapted and expanded upon based on the future site constraints.

I helped design the layout in plan,determine the roof forms, built the Revit model, exported views for the graphics, designed the sustainability diagram along with doing the water calculations.

SEATING/ TABLE: 40 CM HEIGHT tabouret/table de 40 cm de hauteur

Blocs standards en parpaing local: 20x20x20 cm

ANNONCES MEDICALES

COMPETITION

1

1

1

1

Haiti

the familiar construction skills and play a major role in easier communication on site.

3 LOCAL CRAFTSMEN STONE WALL FOR NATURAL LIGHT AND VENTILATION Murs de pierre artisanaux pour la lumière et la ventilation

JACMEL GENERA Frame of Work JACMEL GENERAL HEALTHCAR HEALTHCARE CLINI CLINIC

COMMUNITY FOCUSED DESIGN

In 2010, a catastrophic magnitude 7.0 earthquake left Hait

LEGEND GRAVEL OR DEBRIS FOR LOW MAINTENANCE LANDSCAPE 1 HOUSING LEGEND graviers ou débris pour paysage de maintenance limitée

1

2 SCHOOL 3

HOUSINGCLINIC 4 NATIVE MANGO TREES FOR SHADING 4 CAFETERIA 2 SCHOOL manguiers natifs pour l'ombrage

2

3 CLINIC 4 CAFETERIA

2

earthquake affected 3 million people and revealed Creating open spaces wasThe important to allow 1 infrastructure towait respond to a disaster of that magnitude. variable numbers of patients to come and 1 1 Buildings collapsed leaving hundreds of thousands dead or for assistance with dignity.

1

1 local construction methods and materials used over dec

proved While these outdoor spaces act asunsafe part ofand theunstable, especially during a natural disa 1 After theto earthquake, Haitians’ suffered from lack prope health clinic grounds, they relate the 1 1 attention, neighboring developments.

It 1will bea situation that has been going on for a long poorest country. Displaced women furnished with local itemsNorthern in hopes Hemisphere’s of being a liveand in ownership tents and suffer space locals will take pride of. from malnutrition and care.

1

Healthcare and Education 3

LOCAL DETAILLED WINDOW IRONWORK détail de ferronnerie locale

BURLAP COFFEE BAGS SEWN AS OUTDOOR SHADES toiles cousues des sacs de café cousues pour ombrage INTERIOR: MOSAIC TILING intérieur: carrelage en mosaique LOCAL CRAFTSMEN STONE WALL FOR NATURAL LIGHT AND VENTILATION Murs de pierre artisanaux pour la lumière et la ventilation

4 4 MODULAR BENCHES MADE FROM LOCAL CONCRETE BLOCKS bancs modulaires fait en blocs de parpaings standards EXPANSION FOR TREATMENT, POST-DISASTER RESPONSE zone d’expansion pour reponse post-catastrophe

3

As an initiative to improve this situation, SUSTAINABLE RESSOURCES international individuals and NGOs rushed to help. Doctor Michael WorkmanFrame is of Work eager to open a health clinic in Jacmel, in Frame of aWork Inoriented 2010, catastrophic magnitude 7.0 earthquake left Ha In the case of a community health Southern Haiti, to provide local training and In 2010, aearthquake catastrophic magnitude 7.0 earthquake left Haiti de The affected 3 million people and reveale achieved by use of daily healthcarecare to center, citizenssustainability as wellThe as is any earthquake 3 million peopleof and th infrastructure to respond to a disaster that revealed magnitude. local materials and techniques, requiringaffected low specialized surgeries they previously would infrastructure respondleaving to a disaster of that magnitude.

Buildings to collapsed hundreds of thousands dead o maintenance. not have had access to. He hopesBuildings to also leaving hundreds thousands dead or inj local collapsed construction methods and of materials used over de begin a system of record keeping local which is construction methods and especially materials during used over decade proved unsafeday and unstable, a natural di Depending highly on passive ventilation, currently not in place. proved unsafe unstable,Haitians’ especiallysuffered during afrom natural disaste After the and earthquake, lack prop

lighting, composting toilets, rainwater

Afterattention, the earthquake, Haitians’ suffered proper h a situation that has been from goinglack on for a lon harvesting and photovoltaic panels, this A Social Intervention attention, a situation that has beencountry. going on for a long tim Northern Hemisphere’s poorest Displaced wome

building can sustain functioning At the heart of the healthcare design in placeseven in Northern poorest Displaced women an live inHemisphere’s tents and suffer from country. malnutrition and care. emergency situation. like Haiti is the community.

A large part of the Healthcare and Education live in tents and suffer from malnutrition and care. project addresses education and gathering.

Healthcare andtoEducation As an initiative improve this situation, While the healthcare HEALTHCARE spaces are important, AND EDUCATION As an initiative toindividuals improve this international and situation, NGOs rushed the waiting spaces need to be comfortable and international and NGOs rushed is to help.individuals Doctor Michael Workman feel safe and open. The aim here is making a to help.

Doctor Workman is in a central eager to openThe aMichael health clinic in Jacmel, building is designed around welcoming space where the people can wait eagerSouthern to openHaiti, a health clinic Jacmel, in and operations to provide local training wherein two parts servicing to receive theirspine, treatment with dignity.

The Southern to provide local training and daily Haiti, healthcare to citizens as well as any check-ups run simultaneously. new layout givesand priority and can ownership to the dailyspecialized healthcaresurgeries to citizens as previously well as any they would people in the community who will be running specialized surgeries they previously not have had The access to. He hopes to role alsoin education outdoor a would major and using the clinic.

Spacesplays will accommodate not have access He hopes to also beginhad a system ofto. record keeping which is and community In help. post-disaster incoming volunteers and nursesteaching. willing to begincurrently a system record whichprovides is notofinscenarios, place. keeping outdoor additional Storing their records willthe help to sustain this currently not in place. covered spacehealth. for assessment and treatment. new system for community A Social Intervention A Social Intervention At the heart of the healthcare design in places An Architecture of Change At the design in places likeheart Haitiofisthe thehealthcare community.

A large part of the Haiti does not haveeducation strict,A enforced building like Haiti is the community. large of the regulations and thus project addresses andpart gathering. many structural membersspaces in place did withstand the earthquake. project addresses education and gathering.

While the healthcare arenot important, Safety and acceptance thecomfortable communityand were top priorities While healthcare important, thethe waiting spaces spaces needfor to are be order toand ensure the clinic sustaining an active theinwaiting spaces need to be aim comfortable and feel safe open.

The here is making a and successful itsThe construction. feeloperation safe and after open. aim here is making welcoming space where the people cana wait Thus we decided totreatment usethe familiar construction methods of concrete welcoming space where people can wait The to receive their with dignity. beam with CMUwith infill and a stucco to post receive their treatment The newand layout gives priority and dignity. ownership to and the paint finish. The building is designed on a grid making the structure consistent new people layout gives and ownership to the in thepriority community who will be running and easy follow on site. The central spine of people thetocommunity whobuilding will running andin using the clinic.when Spaces willbe accommodate provides an solid anchor to tie the andservices using the clinic.

Spaces accommodate incoming volunteers andwill nurses willing to two help.larger pieces into.

The separation ofand programmatic spaces allows incoming volunteers nurses willing to help.

Storing their records will help to sustain this them to function independently orcommunity simultaneously to onethis another. The detail work Storing records will help to sustain newtheir system for health. thecommunity tile floor, iron work on the windows, and open masonry newincluding system for health. screen walls will all be commissioned An Architecture of Change locally to incorporate their SEATING : 60 CM HEIGHT SEATING/ TABLE: 40 CM HEIGHT very proud craftsman work.

An deArchitecture ofstrict, Change Haiti enforced building regulations and thus tabouret 60 cm dedoes hauteur not have tabouret/table de 40 cm de hauteur ANNONCES MEDICALES Haitimany does structural not have members strict, enforced building regulations thus in place did not withstand theand earthquake. manySafety structural in place withstand the earthquake. andmembers acceptance for did thenot community were top priorities Safety and acceptance for the community were top priorities in order to ensure the clinic sustaining an active and successful in order to ensure clinic sustaining an active and successful operation afterthe its construction. operation after its construction.

Thus we decided to use familiar construction methods of concrete LOCAL CMU STANDARD BLOC : 20x20x40 cm Blocs standards en parpaing local: 20x20x20 cmThuspost LOCAL BAGS MADE FROM BURLAP we decided to use construction methods of concrete and beam withfamiliar CMU infill and aCOFFEE stucco and paint finish. The sacs locaux en jute pour cafe post building and beam CMU on infilla and stucco and finish.consistent The is with designed gridamaking the paint structure team50030 building designed on when a gridbuilding making on thesite. structure consistent and is easy to follow The central spine of and services easy to provides follow when building ontosite.

Thetwo central ofinto. an solid anchor tie the largerspine pieces services an of solid anchor to tiespaces the two largerthem pieces Theprovides separation programmatic allows tointo. function The separation of programmatic spaces allows them to function COMMUNITY OPEN SPACE- LOW MAINTENANCE GRAVEL zone d’expansion pour reponse post-catastrophe

OUTDOOR SEATING FOR EDUCATIONAL SESSIONS terrasse extérieure pour séances éducatives

sacs locaux en jute pour cafe

2

RAINWATER COLLECTION collection des eaux de pluie

CANVAS FOR ANNOUNCEMENTS canvas pour annonces

LOCAL COFFEE BAGS MADE FROM BURLAP

1

SLOPED ROOF FOR RAINWATER COLLECTION toit en pente pour la collection des eaux pluviales

PUBLIC ACCESS/ AMBULANCE EMERGENCY PARKING accès public/ parking d’ambulance en cas d’urgence

SEATING : 60 CM HEIGHT

tabouret de 60 cm de hauteur

LOCAL CMU STANDARD BLOC : 20x20x40 cm

HOUSING SCHOOL CLINIC CAFETERIA

BURLAP COFFEE BAGS SEWN AS OUTDOOR SHADES toiles cousues des sacs de café cousues pour ombrage

TRADITIONAL STUCCO AND PAINT stucco traditionnelle et peinture

Partner: Grace Aaraj

SS aa

JACMEL GENERA HEALTHCAR CLINI UO - Portland

building is designed on a grid making the structure consistent and easy to follow when building on site. The central spine of services provides an solid anchor to tie the two pieces into.

LOCAL KNOWLEDGE ANDlarger MATERIALS The separation of programmatic spaces allows them to function independently or simultaneously detail work Respectingtotheone localanother. knowledge ofThe building including the tile floor, iron work onand theelements windows, open masonry materials allowsand the acceptance of the building into the community. screen walls will all be commissioned locally to incorporate their very proud craftsman work.Providing a grid and symmetry will reinforce Jacmel,

PHOTOVOLTAIC PANELS SUPPORTING ELECTRIC GENERATOR panneaux solaires sountenant le generateur électrique

a nn tt

AL RE IC

STORAGE 80 SF

RADIOLOGY

EXAM ROOM

LABORATORY

SS aa nn tt ee

87 SF

171 SF

* in creole PHOTOVOLTAIC PANELS SUPPORTING ELECTRIC GENERATOR * in panneaux creole solaires sountenant le generateur électrique

72 SF

AL L RE E CIC

EXAM ROOM

EXAM ROOM

80 SF

87 SF

internally with each other, and externally to open space.

NATIVE MANGO TREES FOR SHADING manguiers natifs pour l'ombrage

HIGH WINDOWS FOR NATURAL DAYLIGHTING hautes fenêtres pour éclairage naturel EXAM ROOM

EXAM ROOM

STAFF BREAK ROOM

CLINIC

80 SF

LABORATORY PHARMACY 171 SF

87 SF 68 SF

74 SF

80 SF

CLINIC

PREP/ SHADES BURLAP COFFEE BAGS SEWN AS OUTDOOR CHECK toiles cousues des sacs de café cousues pour ombrage

EXAM ROOM 82 SF

EXAM ROOM 87 SF

OPERATING ROOM

87 SF

152 SF

BURLAP COFFEE BAGS SEWN AS OUTDOOR SHADES toiles cousues des sacs de café cousues pour ombrage

LOCAL CRAFTSMEN STONE WALL FOR NATURAL LIGHT AND VENTILATION Murs de pierre artisanaux pour la lumière et la ventilation

LOCAL CRAFTSMEN STONE WALL FOR NATURAL LIGHT AND VENTILATION Murs de pierre artisanaux pour la lumière et la ventilation

EXAM ROOM

EXAM ROOM

SLOPED ROOF FOR RAINWATER COLLECTION toit en pente pour la collection des eaux pluviales

RAINWATER COLLECTION collection des eaux de pluie

EMERGENCY

STERILE PREP

82 SF

EMERGENCY

internally with each other, Functions communicate Providing a grid and externally to openand symmetry will reinforce internally with each other, space. and externally to openconstruction skills and play a the familiar space.

OPEN SPACE major role in easier communication on site.

OPEN SPACE

SLOPED ROOF FOR RAINWATER COLLECTION toit en pente pour la collection des eaux pluviales

RAINWATER COLLECTION collection des eaux de pluie

EXAM ROOM 80 SF

so Connection they could function OPEN SPACE independently.

Functions communicate Connection

171 SF

RADIOLOGY 72 SF

EXAM ROOM

EMERGENCY

CLINIC

RADIOLOGY

72 SF

EMERGENCY

EMERGENCY

NURSE STATION

LABORATORY

EXAM ROOM 87 SF RECORDS

EMERGENCY

Separation Respecting the local knowledge of building With the presence of local nurses and visiting doctors OPEN SPACE materials and elements allows the acceptance and volunteers, separating theOPEN routine from the SPACE of the building into the community. specialized was SPACE important OPEN CLINIC

100 SF

STORAGE

r injured. The cades in Haiti aster. er healthcare g time in the n and children

NATIVE MANGO TREES FOR SHADING manguiers natifs pour l'ombrage

HIGH WINDOWS FOR NATURAL DAYLIGHTING hautes fenêtres pour éclairage naturel

CLINIC

WAITING/EDU

80 SF

Without exact site information, we wanted to organize the plan so that it could be shifted, adapted, elevated to meet any site conditions.

PANELS SUPPORTING ELECTRIC GENERATOR This kind of layout allow thePHOTOVOLTAIC clinicsolaires to be a prototype for other parts of panneaux sountenant le generateur électrique Haiti.

With the set grid and construction system, the pla to accomodate any growth or additional needs. disaster occurs outdoor tent spaces can be used for

LOCAL KNOWLEDGE AND MATERIALS

82 SF

A

STORAGE

As the site is not yet determined, we wanted to make a symmetrical, rotatable plan that would allow for changed in orientation while maintaining the integrity of all the interior spaces.

OPEN SPACE

CLINIC

ti devastated. d the lack of

aiti devastated. evastated. ed the lack of he . lack of or injured. The jured. The ecades in Haiti es in Haiti isaster. er. healthcare per healthcare ng time in the meand in children the en nd children

services provides an solid anchor to tie the two larger pieces into.

EMERGENCY The separation of programmatic spaces allows them to function CLINIC health EMERGENCY independently or simultaneously to one another. The detail work health OPEN SPACE including the tile floor, iron work on the windows, and open masonry As the site is not yet determined, we wanted to make a symmetrical, With the set grid and construction system, the plan is easily adaptable center* rotatablescreen plan thatwalls wouldwill allowall forbe changed in orientation locally while to accomodate any growth or additional needs. In the event another commissioned to incorporate their OPEN SPACE CLINIC center* Connection maintaining the integrity of all the interior spaces. disaster occurs outdoor tent spaces can be used for immediate response. very proud craftsman work.

EMERGENCY Functions communicate

82 SF

87 SF

A

STAFF BREAK WAITING/EDU RECOVERY/TRAUMA ROOM ROOM STAFF BREAK 100 SF ROOM 172 SF

A

CLEAN UTILITY

WAITING/EDU

NURSE 100 SF STATION NURSE GRAVEL OR DEBRIS FOR LOW MAINTENANCE LANDSCAPE STATION graviers ou débris pour paysage de maintenance limitée

PHARMACY RECORDS TRADITIONAL STUCCO AND PAINT stucco traditionnelle et peinture PHARMACY RECORDS 74 SF 68 SF

TRADITIONAL STUCCO AND PAINT stucco traditionnelle et peinture

88 SF

NATIVE MANGO TREES FOR SHADING manguiers natifs pour l'ombrage

Plan 3/16" Scale

74 SF

68 SF

Structure COMMUNITY FOCUSED DESIGN Separation Organizing the plan within a With the for presence local grid allows flexibleofspace Separation nurses and visiting doctors

DIRTY UTILITY 78 SF

PREP/ CHECK

OPERATING ROOM 1 10 feet 5 OPERATING ROOM 1 meter 152 SF

STERILE PREP STERILE PREP 87 SF

PREP/ CHECK 82 SF

0

87 SF

82 SF

152 SF

Section A

RECOVERY/TRAUMA ROOM CLEAN RECOVERY/TRAUMA UTILITY SF DETAILLED WINDOW CLINIC IRONWORK ROOM 172LOCAL CLEAN 88 SF détail de ferronnerie localeUTILITY EMERGENCY 172 SF EMERGENCY 88 SF

DIRTY UTILITY CLINIC Level 2 DIRTY 78 SF UTILITY 12' - 0" 78 SF

BURLAP COFFEE BAGS SEWN AS OUTDOOR SHADES toiles cousues des sacs de café cousues pour ombrage OPEN SPACE

OPEN SPACE

0

1

0'10- feet 0"

5

West Elevation 0

1

5

1 meter 10 feet

1 meter

MODULAR BENCHES MADE FROM LOCAL CONCRETE BLOCKS bancs modulaires fait en blocs de parpaings standards EXPANSION FOR TREATMENT, POST-DISASTER RESPONSE zone d’expansion pour reponse post-catastrophe

CLINIC Level 2

CLINIC EMERGENCY

CLINIC

EMERGENCY

CLINIC

EMERGENCY EMERGENCY

OPEN SPACE

OPEN SPACE

OPEN SPACE

OPEN SPACE

As the site is not yet determined, we wanted to make a symmetrical, With the set grid and construction system, the plan is easily adaptable rotatable plan that40would allow for changed in orientation to accomodate any growth or additional needs. In the event another SEATINGwhile : 60 CM HEIGHT SEATING/ TABLE: CM HEIGHT tabouret de 60 cm de hauteur tabouret/table 40 cm de maintaining the de integrity ofhauteur all the interior spaces. disaster occurs outdoor tent spaces can be used for immediate response.

ANNONCES MEDICALES

HIGH WINDOWS FOR NATURAL DAYLIGHTING hautes fenêtres pour éclairage naturel

ORIENTATION ORIENTATION

LOCAL CMU STANDARD BLOC : 20x20x40 cm

Blocs standards en parpaing local: 20x20x20 cm

CANVAS FOR ANNOUNCEMENTS canvas pour annonces

SUSTAINABLE RESSOURCES

LOCAL CRAFTSMEN STONE WALL FOR NATURAL LIGHT AND VENTILATION Murs de pierre artisanaux pour la lumière et la ventilation

SPACE sustainability is achieved by use of careOPEN center, local materials and techniques, requiring low maintenance.

OPEN SPACE

EXPANSION FOR TREATMENT, POST-DISASTER RESPONSE zone d’expansion pour reponse post-catastrophe

lighting, composting toilets, rainwater harvesting and photovoltaic panels, this building can sustain functioning even in emergency situation.

EMERGENCY

OPEN SPACE

HEALTHCARE AND EDUCATION

This kind of layout 0' - allow 0" the clinic to be a prototype for other parts of

The building is designed around a central

LOCAL KNOWLEDGE AND MATERIALSspine, where two parts servicing operations

EXPANDABLE sacs locaux en jute pour cafe EXPANDABLE

SITE ADAPTABLE SITE ADAPTABLE and check-ups can run simultaneously.

Respecting the local knowledge of building materials and elements allows the acceptanceThe outdoor plays a major role in education of the building into the community.

and community teaching. In post-disaster

Providing a grid and symmetry will reinforce scenarios, the outdoor provides additional With the set grid and construction system, the plan is easily adaptable information, we wanted to organize the plan so that the familiar constructionWithout skillsexact andsite play a covered space for assessment and treatment. to accomodate any growth or additional needs. In the event another it could be shifted, adapted, elevated to meet any site conditions.

SLOPED ROOF FOR RAINWATER COLLECTION toit en pente pour la collection des eaux pluviales

As the site is not yet determined, we wanted to make a symmetrical, BURLAP COFFEE BAGS SEWN AS OUTDOOR SHADES toiles cousues des sacs de café cousues pour ombrage rotatable plan that would allow for changed in orientation while As the site is not yet determined,RAINWATER we wanted to make a symmetrical, With the set grid and construction system, the plan is easily adaptable COLLECTION

MODULAR BENCHES MADE FROM LOCAL CONCRETE BLOCKS bancs modulaires fait en blocs de parpaings standards

CLINIC Level 212' - 0" Spine 12' - 0" LevelEMERGENCY Spine Level 9' - 0" OPEN SPACE 9' - 0"

Haiti. Elevation West West Elevation

COMMUNITY OPEN SPACE- LOW MAINTENANCE GRAVEL COFFEE BAGS MADE FROM BURLAP zone d’expansion pour reponseLOCAL post-catastrophe OUTDOOR SEATING FOR EDUCATIONAL SESSIONS terrasse extérieure pour séances éducatives

BURLAP COFFEE BAGS SEWN AS OUTDOOR SHADES toiles cousues des sacs de café cousues pour ombrage INTERIOR: MOSAIC TILING intérieur: carrelage en mosaique

Level 1 we wanted to organize the plan so that Without exact site information, it could be shifted, Leveladapted, 1 0' - 0"elevated to meet any site conditions.

PUBLIC ACCESS/ AMBULANCE EMERGENCY PARKING accès public/ parking d’ambulance en cas d’urgence

NATIVE MANGO TREES FOR SHADING manguiers natifs pour l'ombrage

EMERGENCY

LOCAL DETAILLED WINDOW IRONWORK détail de ferronnerie locale

SectionSITE A ADAPTABLE Depending highly on passive ventilation, day Section A

EXPANDABLE

CLINIC

PHOTOVOLTAIC PANELS SUPPORTING ELECTRIC GENERATOR panneaux solaires sountenant le generateur électrique

OPEN SPACE While these outdoor spaces act as part of the health clinic grounds, they relate to the neighboring developments. It will be furnished with local items in hopes of being a Structure Organizing the will plan within a pride and ownership of. space locals take Structure grid allows for flexible space

EMERGENCY Plan 3/16" Scale CLINIC Plan 3/16" ScaleLevel 1 In theEMERGENCY case of a community oriented health

LOCAL CRAFTSMEN STONE WALL FOR NATURAL LIGHT AND VENTILATION Murs de pierre artisanaux pour la lumière et la ventilation

ORIENTATION

NATIVE MANGO TREES FOR SHADING manguiers natifs pour l'ombrage

Creating open spaces was important to allow variable numbers of patients to come and wait for assistance with dignity.

Organizing the plan within a and reinforced strength in grid allows for flexible space the building. The rooms and reinforced strength in Spine Level within the modules are the building. The rooms 9' - 0" adaptable to the physicians within the modules are needs.

OPEN SPACE adaptable to the physicians CLINIC needs.

CLINIC

INTERIOR: MOSAIC TILING intérieur: carrelage en mosaique

Withand the reinforced presence ofstrength local in volunteers, separating theand building. rooms nurses and visitingThe doctors the routine from the within the modules are and volunteers, separating specialized was important adaptable tothe the physicians the routine from so they could function needs. specialized was important CLINIC independently. so they could function EMERGENCY independently.

GRAVEL OR DEBRIS FOR LOW MAINTENANCE LANDSCAPE graviers ou débris pour paysage de maintenance limitée

Without exact site information, we wanted to organize the plan so that

PUBLIC ACCESS/ AMBULANCE EMERGENCY PARKING accès public/ parking d’ambulance en cas d’urgence CANVAS FOR ANNOUNCEMENTS canvas pour annonces COMMUNITY OPEN SPACE- LOW MAINTENANCE GRAVEL zone d’expansion pour reponse post-catastrophe OUTDOOR SEATING FOR EDUCATIONAL SESSIONS terrasse extérieure pour séances éducatives

N Cook Apartments Habitat for Humanity - The Sustainable Home for Humanity Competition NHabitat Cook Apartments PRODUC

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

©2011 Newell Instruments, Inc

The goal of ZEROs is the design of a residence that keeps its occupants healthy and comfortable at minimum cost. There are an infinite n operation, but only a few that achieve net zero in a cost efficient manner.

Using ZEROs is very simple, but the results are not. A complex array of decisions must be made, as in the actual design and choose input data related to the house location, structure, costs, comfort & ventilation control, and house equipment. Each the effects of input changes on house cost and the annual house energy balance. The House Settings worksheet also contains i indentify whether or not they are maintaining a healthy indoor environment as well as an energy efficient residence.

Three worksheets provide detailed results information. The House Output sheet is a matrix of output data showing thermal, la the year. Note that there are many interactions among a home's appliances, people, and comfort conditioning systems. For ex the winter in northern locations, while increasing the air conditioning load during summer conditions. The Thermal Energy an details for each month of the year, allowing one to observe the annual trends in energy flows through a house.

Habitat for Humanity Competition by Newell Instruments, Inc

Can you design a net zero home? We think you can. Can you design a net zero home that will provide the residents with healt home at minimum cost? We know you can. The only thing left is to build it! Want more information? Visit our that demonstrates that luxury and sustainability can be combined. Solar energy even built Equinox House! There's even enoug electric vehicle. And you might be interested in our unique fresh air system (we call it a CERV, pronounced "serve") and rai

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

©2011 Newell Instruments, Inc

The goal of ZEROs is the design of a residence that keeps its occupants healthy and comfortable at minimum cost. There are an infinite n operation, but only a few that achieve net zero in a cost efficient manner.

Using ZEROs is very simple, but the results are not. A complex array of decisions must be made, as in the actual design and choose input data related to the house location, structure, costs, comfort & ventilation control, and house equipment. Each the effects of input changes on house cost and the annual house energy balance. The House Settings worksheet also contains i indentify whether or not they are maintaining a healthy indoor environment as well as an energy efficient residence.

Three worksheets provide detailed results information. The House Output sheet is a matrix of output data showing thermal, la the year. Note that there are many interactions among a home's appliances, people, and comfort conditioning systems. For ex the winter in northern locations, while increasing the air conditioning load during summer conditions. The Thermal Energy an details for each month of the year, allowing one to observe the annual trends in energy flows through a house.

Habitat for Humanity Competition by Newell Instruments, Inc

COMPETITION

Can you design a net zero home? We think you can. Can you design a net zero home that will provide the residents with healt home at minimum cost? We know you can. The only thing left is to build it! Want more information? Visit our that demonstrates that luxury and sustainability can be combined. Solar energy even built Equinox House! There's even enoug electric vehicle. And you might be interested in our unique fresh air system (we call it a CERV, pronounced "serve") and rai

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

N Cook Apartments

COMPETITION

Habitat for Humanity Competition PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

©2011 Newell Instruments, Inc

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

The goal of ZEROs is the design of a residence that keeps its occupants healthy and comfortable at minimum cost. There are an infinite n operation, but only a few that achieve net zero in a cost efficient manner.

Using ZEROs is very simple, but the results are not. A complex array of decisions must be made, as in the actual design and choose input data related to the house location, structure, costs, comfort & ventilation control, and house equipment. Each the effects of input changes on house cost and the annual house energy balance. The House Settings worksheet also contains i indentify whether or not they are maintaining a healthy indoor environment as well asIncan energy efficient residence. ©2011 Newell Instruments,

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Three worksheets provide detailed results information. The House Output sheet is a matrix of output data showing thermal, la the year. Note that there are many interactions among a home's appliances, people, and comfort conditioning systems. For ex the winter in northern locations, while increasing the air conditioning load during summer conditions. The Thermal Energy an details for each month of the year, allowing one to observe the annual trends in energy flows through a house.

Can you design a net zero home? We think you can. Can you design a net zero home that will provide the residents with healt home at minimum cost? We know you can. The only thing left is to build it! Want more information? Visit our that demonstrates that luxury and sustainability can be combined. Solar energy even built Equinox House! There's even enoug electric vehicle. And you might be interested in our unique fresh air system (we call it a CERV, pronounced "serve") and rai

©2011 Newell Instruments, Inc

The goal of ZEROs is the design of a residence that keeps its occupants healthy and comfortable at minimum cost. There are an infinite n operation, but only a few that achieve net zero in a cost efficient manner.

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

COMPETITION

by Newell Instruments, Inc

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Three worksheets provide detailed results information. The House Output sheet is a matrix of output data showing thermal, la The goalappliances, of ZEROs ispeople, the design a residence that keepssystems. its occupants healthy and comfortable at minimum cost. There are an infinite n the year. Note that there are many interactions among a home's andofcomfort conditioning For ex operation, but only a few that achieve net zero in a cost efficient manner. the winter in northern locations, while increasing the air conditioning load during summer conditions. The Thermal Energy an details for each month of the year, allowing one to observe the annual trends in energy flows through a house.

Using ZEROs is very simple, but the results are not. A complex array of decisions must be made, as in the actual design and choose input data related to the house location, structure, costs, comfort & ventilation control, and house equipment. Each Can you design a net zero home? We think you can. Can you design a net zero home that will provide the residents with healt the effects of input changes on house cost and the annual house energy balance. The House Settings worksheet also contains i home at minimum cost? We know you can. The only thingindentify left is towhether build it!orWant more our indoor environment as well as an energy efficient residence. not they areinformation? maintaining aVisit healthy ©2011 Newell Instruments, Inc that demonstrates that luxury and sustainability can be combined. Solar energy even built Equinox House! There's even enoug electric vehicle. And you might be interested in our uniqueThree freshworksheets air system provide (we calldetailed it a CERV, pronounced "serve") raiOutput sheet is a matrix of output data showing thermal, la results information.

The and House year. Note healthy that there are many interactions amongcost. a home's appliances, people, The goal of ZEROs is the design of a residence that keepsthe its occupants and comfortable at minimum There are an infinite n and comfort conditioning systems. For ex the winter in northern locations, while increasing the air conditioning load during summer conditions. The Thermal Energy an by that achieve net zero in a cost efficient operation, but only a few manner. details for each month of the year, allowing one to observe the annual trends in energy flows through a house.

Newell Instruments, Inc Using ZEROs is very simple, but the results are not. A complex array of decisions must be made, as in the actual design and Can you design a net zero home?

We think you can.

Can you design a net zero home that will provide the residents with healt choose input data related to the house location, structure, costs, comfort & ventilation control, and house equipment. Each home at minimum cost? We know youSettings can. Theworksheet only thing also left iscontains to buildiit! Want more information? Visit our the effects of input changes on house cost and the annual house energy balance.

The House that demonstrates that can residence. be combined. Solar energy even built Equinox House! There's even enoug indentify whether or not they are maintaining a healthy indoor environment asluxury well asand an sustainability energy efficient electric vehicle. And you might be interested in our unique fresh air system (we call it a CERV, pronounced "serve") and rai

by Newell Instruments, Inc

Residence Optimization

Plan

software

by Newell Instruments, Inc

Three worksheets provide detailed results information. The House Output sheet is a matrix of output data showing thermal, la the year. Note that there are many interactions among a home's appliances, people, and comfort conditioning systems. For ex the winter in northern locations, while increasing the air conditioning load during summer conditions. The Thermal Energy an details for each month of the year, allowing one to observe the annual trends in energy flows through a house.

7000 2800 5000 13200

Can you design a net zero home? We think you can. Can you design a net zero home that will provide the residents with healt home at minimum cost? We know you can. The only thing left is to build it! Want more information? Visit our that demonstrates that luxury and sustainability can be combined. Solar energy even built Equinox House! There's even enoug electric vehicle. And you might be interested in our unique fresh air system (we call it a CERV, pronounced "serve") and rai

$98000

Using ZEROs is very simple, but the results are not. A complex array of decisions must be made, as in the actual design and choose input data related to the house location, structure, costs, comfort & ventilation control, and house equipment. Each the effects of input changes on house cost and the annual house energy balance. The House Settings worksheet also contains i indentify whether or not they are maintaining a healthy indoor environment as well as an energy efficient residence.

Central Utility Core

Windows Wall Insulation PV Panels

Total House Cost

$35/ sq.ft. $5/ sq.ft. $40/ sq.ft

Southern facing Edible Garden & PV Array Rendered Utility Core 3D Rendered Section

Construction Process

CATIONAL PRODUCT

RODUCT

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PRODUCED BY AN AUTODESK ED PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

12” Roof SIP 13.

Core

Wooden Cap Block 12.

Rendered Section

Vinyl

13.

12” Wall SIP 11.

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12.

Built in Storage Window Bench 9.

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Built in Kitchen Cabinetry 5.

Decking 4.

1.

Sill Plate 3.

Floor Joist 2.

Concrete Footing 1.