Guadalupe Dominguez Architecture Portfolio

Guadalupe Dominguez Architecture Portfolio Selected Works 2024

GUADALUPE DOMINGUEZ

Diamond Bar, CA (559) 356 - 0602 dominguezguadalupe00@gmail.com www.linkedin.com/in/dominguez-g

4th-year architecture student seeking to expand practical experience in the field. Offering extensive knowledge in industry-standard software, a strong work ethic, and attention to detail. Eager to contribute my skills to real-world projects.

WORK EXPERIENCE Architectural Intern, Darden Architects | Jun 2023 - Aug 2023 Collaborated with a team of 3 architects to fulfill design development document for a new K-8 public elementary school. Created schematic design proposals for a fire station and a public library.

After School Mentor, Just Us 4 Youth | Sep 2021 - Current Tutored at-risk youth in grades K-6, focusing on homework completion.

Implemented restorative justice practices to create a nurturing environment.

Curated art and history lessons applicable to current events.

SKILLS Architectural Design: REVIT, Rhino, AutoCad, SketchUp Energy Design: Climate Consultant, HEED, Opaque, COTE Spreadsheets, cove.tool, Forma Rendering: Twinmotion, V-Ray, Lumion Adobe Creative Suite: Illustrator, InDesign, Photoshop Fabrication: Model-Making, 3D Printing, Laser Cutting Office: Microsoft 365, Bluebeam Languages: English, Spanish EDUCATION Bachelor of Architecture, California State Polytechnic University, Pomona | Aug 2021- Present EOP Member | Deans List 2021, 2022, 2023 Architecture Associate of Science Degree, Fresno City College | 2018 - 2021 EOP Member | Pete P. Honor’s Program | AGS Honor Society | AIASCFCC AWARDS & ACCOMPLISHMENTS NOMAS Scholarship, California State Polytechnic University, Pomona | 2022 Awarded for describing my experience as a minority within Cal Poly Pomona’s architecture department.

Tau Sigma Delta Member, California State Polytechnic University, Pomona | 2023 - Current Architecture and design honor society that helps eligible students network with peers.

Interim Presenter, California State Polytechnic University, Pomona | 2021 Outstanding design recognition.

01

Central Valley Honors Symposium, Fresno City College | 2020 Awarded for a distinguished research project focusing on the impact of colorism in children from ages 3-10 within the Latino/Hispanic community in the Central Valley.

Table of Contents Downtown Santa Ana Mixed-Use Housing

Cal Poly Pomona, Spring 2023 Housing, Construction Documents 01 - 12

Restoring Regenerative Roots

Cal Poly Pomona, Fall 2023 Carbon Positive Design, Integration to Site 13 - 20

MT. Wilson Scientist Retreat Cal Poly Pomona, Fall 2022 Structure, Enclosure, Site 21 - 28

Museum of Japanese Contemporary Art

Cal Poly Pomona, Fall 2021 Conceptual Design, Lighting Strategies, Circulation 29 - 36

Reedley Public Library

Darden Architects, Summer Internship 2023 Building Materials, Site Integration 37 - 42

Other Works

Fresno City College, 2020 Alternate Rendering Techniques 43 - 45

01 02 03 04 05 06

01

Downtown Santa Ana Mixed-Use Housing Santa Ana, CA | CPP Architecture, 2023

The project creates housing with 65 units and retail space on the ground floor. This was an individual project with the option to collaborate with the neighboring site which belonged to another student, Phoebe Urbano. The project proposes a mixeduse building in a site with housing shortage that is susceptible to gentrification.

The project combats this through an interior market for displaced clothing and/or shoes stores and exterior market for street vendors. The exterior market joins the neighboring site which houses an exterior stage. This corner intends to activate Poinsettia’s community engagement with the planned residences to the west of the project. Meanwhile, just across N. Santiago there is a public transportation hub that has the potential to connect residents locally and at a distance. The building form goes along the perimeter of the site to increase privacy and safety.

The incorporation of facade systems also increase privacy while combating direct solar gain. The form creates an interior that is gifted to the residents where they will be offered amenities that are catered to the needs of the residents. These amenities include: free childcare, outdoor gathering spaces, multi-purpose room, on-site laundry, library, an art center and a recreation lounge. The project aims to contribute to community engagement and enhancement.

01 01

Figure 1: Exterior Promenade, Downtown Santa Ana Mixed-Use Housing

02

Shared Spaces Circulation Figure 1: Circulation Diagram, Downtown Santa Ana Mixed-Use Housing

Figure 2: Privacy Diagram, Downtown Santa Ana Mixed-Use Housing

03

Public Semi-Public Private

G

S MIXED-USE HOUSING

MIXED-USE HOUSING

MIXED-USE HOUSING

MIXED-USE HOUSING

DOG PARK MIXED-USE HOUSING

MIXED-USE HOUSING

PARKING

MIXED-USE HOUSING

MIXED-USE HOUSING

PARKING

PROPERTY LINE

DOG PARK TILE SUPPLIER

CONTRACTOR SUPPLY BUSINESS

CONTRACTOR SUPPLY BUSINESS

1

A-201

ONE-BED A 650 S.F.

OU LOU TDOOR N GE ARE A O NE -BED B 650 S.F.

O NE -BED B 650 S.F.

OUT D OO

2

R RE

C. A

A-310

STUDIO A 507 S.F.

ONE-BED A 650 S.F.

STUDIO A 507 S.F.

STUDIO A 507 S.F.

A

TWO-BED A 1184 S.F. UP

2 A-300

O NE -BED A 650 S.F.

O NE -BED A 650 S.F.

PEDESTRIAN PROMENADE

BROWN ST.

2 A-401

A-310

1

1

(PEDESTRIAN)

POINSETTIA ST

8

N. SANTIAGO ST.

TILE SUPPLIER

(PEDESTRIAN)

N. SANTIAGO ST.

POINSETTIA ST

PROPERTY LINE

LAUNDROMAT 611 S.F.

UP

STU DIO 507 S A . F.

SANTA ANA REGIONAL TRANSPORTATION CENTER

REA

PEDESTRIAN PROMENADE REC

REA 1350 TIONAL S.F. UP

A-201

12' - 0"

1 A-40 2

40' - 0"

SANTA ANA REGIONAL TRANSPORTATION CENTER

DN

6' - 0"

TWO-BED A 1184 S.F.

12' - 0"

1

LIVE WO 1023 RK A S.F.

A-200 2

TIRE SHOP/ CONSTRUCTION BUSINESS

3 A-401

SANTA TRAN

UP

BROWN ST.

1

A-200

A-201

90' - 7"

12' - 0"

40' - 0"

UP UP

LIVE WO 1023 RK A S.F.

OUTDOOR MARKET

6' - 0"

12' - 0"

PARKING GARAGE

1

TWO-BED A 1184 S.F. UP

TIRE SHOP/ CONSTRUCTION BUSINESS

-

A-200 3

90' - 7"

PARKING GARAGE

TIRE SHOP/ CONSTRUCTION BUSINESS

SHEE

OUTDOOR MARKET MULT I-PU RPFIRE PIT 1455 OSE RO OM S.F AREA .

BIKE PARKING

1

UP

TWO-BED A 1184 S.F.

A-200

DN

1. REFER T ABBREVIAT

UP

2. ALL LAND SHEET IS F SIDEWALK WALKWAY TO COMPL REQUIREM

TIRE SHOP/ CONSTRUCTION BUSINESS

24' - 0"

Plan 2" = 1'-0"

FIRE PIT AREA

DN

140' - 8"

MIXED-USE HOUSING

MIXED-USE HOUSING

UP

UP

TWO-BED B 1184 S.F. 03 02

CHILDCARE PLAYGROUND

UP

MIXED-USE HOUSING

L3-61

04

L3-62

TWO-BED B 1184 S.F.

4. DIMENSI OTHERWIS

TWO-BED A 1184 S.F.

I

5. ANY DISC TO THE AT CLARIFICA

TRANSFORMER AREA

6. AT ALL E MIN. LEVEL DIRECTION

1 A-101

7. POSRTA INSTALLED GOVERNIN

1 A-101

14' - 6"

01 BEDROOM 02 BATHROOM 03 KITCHEN 04 LIVING ROOM MIXED-USE HOUSING DOG PARK 05 DINING 06 WORK SPACE 07 TRASH ROOM 08 WAITING AREA 09 STORAGE/WORK SPACE 10 SERVICE AREA 11 PATIO

L3-64

TWO-BED B 1184 S.F.

9' - 9"

42' - 3" 27' - 3"

A-201 DOG PARK

LEGEND MIXED-USE HOUSING

UP

05

14' - 6" PARKING 2

3. THE MEA SHALL BE I IS OCCUPIE THAN 1 FO LEVEL PER

9' - 9"

DRYWALL SUPPLIER

TRANSFORMER AREA

27' - 3"

18' - 0" 24' - 0"

60' - 0" 11' - 0"

18' - 0"

140' - 8"

A-200

UP

1 A-300

PARKING

11' - 0"

DRYWALL SUPPLIER

1

CHILDCARE PLAYGROUND

42' - 3"

BIKE PARKING

18' - 0"

60' - 0"

18' - 0"

A-200 3

2 A-201 MIXED-USE HOUSING

1 A-101

0'

MIXED-USE HOUSING

4'

16'

32'

64'

MIXED-USE HOUSING

0'

8'

32'

64'

128'

Figure 1: Site Plan, Downtown Santa Ana Mixed-Use Housing 0'

8'

32'

64'

04

7

8

6

5

4

1

2

1

1

A-310

A-201

3

A 7

8

6

5 A-201 LIVE-WORK 1B 1023 S.F. 1

LIVE-WORK 1B 1023 S.F. 1

LIVE-WORK 1B 1023 S.F.

3

A-310

LIVE-WORK 1B 1023 S.F.

ART CENTER 2050 S.F.

4

2

LIVE-WORK 1B 1023 S.F.

1

INTERIOR MARKET 7135 S.F.

2 A-300

A 2

UP

A-310

ART CENTER 2050 S.F.

LIVE-WORK 1B 1023 S.F.

LIVE-WORK 1B 1023 S.F.

UP

UP

UP

LIVE-WORK 1B 1023 S.F.

LIVE-WORK 1B 1023 S.F.

UP

LIVE-WORK 1B 1023 S.F.

INTERIOR MARKET 7135 S.F.

C

2 A-300

UP

WAITING AREA 566 S.F.

B

UP

FRONT DESK 321 S.F.

A-200 2 2 A-310

MAIL & DELIVERY 357 S.F.

ELECTRICAL 315 S.F

A-200 2

FRONT DESK 321 S.F.

UP

UP

UP

UP

1

UP

UP

TRASH 248 S.F.

D

UP

1

LOADING DOCK 630 S.F.

E

A-200

F

THRIFT SHOP 2327 S.F.

UP

MECHANICAL 506 S.F.

A-200

THRIFT SHOP 2327 S.F.

UP

MAIL & DELIVERY 357 S.F.

ELECTRICAL 315 S.F

D

C

LOADING DOCK 630 S.F.

WAITING AREA 566 S.F.

MECHANICAL 506 S.F.

B

E

TRASH 248 S.F.

G

1

A-300

H UP

CHILD CARE 1450 S.F.

BOOKSTORE 2533 S.F.

F G

1

A-300

2

1

H

A-101

A-201 UP

CHILD CARE 1450 S.F.

BOOKSTORE 2533 S.F.

LEGEND 01 RETAIL 02 BATHROOM 03 WORK AREA/STORAGE 04 ART STORE 05 FITTING ROOM 06 CLASSROOM 07 GALLERY 08 SLEEP AREA 09 SAFF LOUNGE 10 CAFETERIA 11 PLAY AREA 12 FOOD PREP

I 2

1 A-101

A-201

ADA STALL LEGEND

0'

4'

16'

32'

64'

01 RETAIL 02 BATHROOM 03 WORK AREA/STORAGE 04 ART STORE 05 FITTING ROOM 06 CLASSROOM 07 GALLERY 08 SLEEP AREA 09 SAFF LOUNGE 10 CAFETERIA 11 PLAY AREA 12 FOOD PREP

ADA STALL Figure 1: Ground Floor Plan, Downtown Santa Ana Mixed-Use Housing

05

0'

4'

16'

32'

64'

I

09 ST 10 SE 11 PA 1i

8

1 1

A-201

8

ONE-BED A 650 S.F.

2 A-310

OUT D OO

O NE -BED B 650 S.F.

R RE

O NE -BED B 650 S.F. REC

REA 1350 TIONAL S.F. UP

1 A-40 2

C. A

O NE -BED A 650 S.F.

ONE-BED A 650 S.F.

STUDIO A 507 S.F.

STUDIO A 507 S.F.

3. REF PLANS FIRE-R

REC

REA 135L0 TIONAL IVSE.F W.O UP 1023 RK A S.F.

1 A-40 2

A-300

O NE -BED A 650 S.F.

STU DIO OU 507 S A LOU TDOOR . F. N GE ARE A

ONE-BED A 650 S.F.

STUDIO A UP 507 S.F.

ONE-BED A 650 S.F.

STUDIO A 507 S.F.

5. REF DOOR

A

TWO-BED A LAUNDROMAT 611 S.F. 1184 S.F.

STUDIO A 507 S.F.

6. PRO ALL U THE IN

7. DIM COLU OR FA OTHE

UP

REA

2

8. ANY BROU ARCH BEGIN

A-300

O NE -BED A 650 S.F.

O NE -BED A 650 S.F.

DN

LAUNDROMAT TWO-BED A 1184 S.F. 611 S.F.

UP

STU DIO 507 S A . F.

9. ALL AND E THIS S

3 A-401 UP

1

UP

DN

UP

TWO-BED A 1184 S.F.

TWO-BED A 1184 S.F. UP

10. AL BE CL PIPES ETC. C EXTEN AS RE REQU

A-200

11. W EGRE SURF

3 A-401 UP

12. GR ACCE ROOM WALK SHALL

-

LIVE WO 1023 RK A S.F.

A-200 2

4. REF WIND TYPES

2

OUT LIVE D O O W OR R2RE K A 10 3 SC .F. .AREA

2 A-200 2 A-310

2. REF ASSE DETA

A

1

TWO-BED A 1184 S.F.

2 A-401

A-310

1

STUDIO A 507 S.F.

UP

1

A-201

O NE -BED B 650 S.F.

SH

1. REF SYMB NOTE

OU LOU TDOOR N GE ARE A O NE -BED B 650 S.F.

2 A-401

A-310

1

101

1

13. PR LOCA DEPA THE F INDIC EXTIN

A-200

UP UP LIVE W OM 1023 RUKLT AI-PUR S.F. P 1455 OSE RO OM S.F.

UP

TWO-BED A 1184 S.F.

DN

TWO-BED A 1184 S.F.

14. W THICK SURF REQU GYPS REQU SURF

UP

UP -

MUL TI-PU 1 RP 1455 OSE R A-300 O OM S.F.

UP

TWO-BED A 1184 S.F.

UP DN

DN

15. LA CONT WITH STATI APPR

UP

UP

UP

UP

TWO-BED B 1184 S.F. 03 02

1 A-300

L3-64

TWO-BED B 1184 S.F. 04

L3-61

L3-62

TWO-BED B 1184 S.F.

TWO-BED A 1184 S.F.

18. AL DEPIC ARE S

1 UP

A-101

UP

UP

UP

05 TWO-BED B 1184 S.F. 03 02

L3-64

TWO-BED B 1184 S.F. 04

L3-61

TWO-BED B 1184 S.F.

L3-62

19. TH FACIL

TWO-BED A 1184 S.F.

LEGEND

01 BEDROOM 02 BATHROOM 03 KITCHEN 04 LIVING ROOM 05 DINING 06 WORK SPACE 07 TRASH ROOM 08 WAITING AREA 09 STORAGE/WORK SPACE 10 SERVICE AREA 11 PATIO

20. AL CLEAR SURF OVER

I

LEGEND 01 BEDROOM 02 BATHROOM 03 KITCHEN 04 LIVING ROOM 05 DINING 06 WORK SPACE 07 TRASH ROOM 08 WAITING AREA 09 STORAGE/WORK SPACE 10 SERVICE AREA 11 PATIO

17. W WALL CLEAR AND F POSIT OTHE

I

UP DN

16. PR ABOV "THIS BUILD

UP

05

21. FIR OPEN CHIMN APPR PASA COMB

1 A-101

0'

4'

16'

32'

KE

64'

4' 16' 32' 64' Figure 1: Third-Level 0'Floor Plan, Downtown Santa Ana Mixed-Use Housing

06

ST 6" = 1'-0" WEST 2 1/16" = 1'-0"Figure 1: West Elevation, Downtown Santa Ana Mixed-Use Housing WEST 2 1/16" = 1'-0"

SHEET NOTE

1. REFER TO SHEET A-001 SYMBOLS, ABBREVIATION NOTES

2. REFER TO SHEET " WAL ASSEMBLIES" FOR WALL DETAILS.

3. REFER TO SHEET "WIND WINDOW, STOREFRONT, TYPES AND GLAZING INFO

4. REFER TO SHEET "DOO DOOR SIZESS AND TYPES

5. ANY DISCREPANCIES N BROUGHT TO THE ATTEN ARCHITECT FOR CLARIFIC BEGINNING WORK.

6. FINISHES SHOWN CAN WRAP AROUND PROJECT UNLESS NOTED OTHERWISE.

7. ALL FURNITURE, FIXTUR DEPICTED AT LEASING AN ARE SHOWN FOR REFERE

8. THERE IS NO MOTOR F FACILITY OR REPAIR GAR

9. FIRE BLOCKING SHALL OPENINGS AND VENTS, P CHIMNEYS, AND FIRE PLA APPROVED MATERIAL TO PASAGE OF FLAME AND T COMBUSTION . (CBC 718.2

Figure 2: East Elevation, Downtown Santa Ana Mixed-Use Housing

10. CONTRACTOR SHALL MATERIALS, COLORS AND ARCHITECT. ANY DISCREP BE BROUGHT TO THE ATT ARCHITECT FOR CLARIFIC BEGINNING WORK OR OR

ST 6" = 1'-0" EAST 1 1/16" = 1'-0" EAST 1 1/16" = 1'-0"

11. PAINT EXPOSED COND ADJACENT SURFACE, UN OTHERWISE.

0'

4'

16'

32' 0'

07

64'

4'

16'

0'

4'

32'

16'

12. . COLOR SHOWN ARE REPRESENTATION ONLY. PROVIDE PAINT CHIPS FO INDICATED IN SPECIFICAT 64'

32'

64'

12 MAIL & D 13 ELECTR 14 MECHA

04

06

South 2 1/16" = 1'-0" ST 6" = 1'-0"

11

02

02

02

01

02

01

01

02

01

01

02

02

04

07

03

03

05

05

05

Ground Floor 0' - 0"

Figure 1: Section, Downtown Santa Ana Mixed-Use Housing

Section A 2 1/16" = 1'-0" 3 A-300 2 A-310

08

04

04

04

01

04

04

04

01

04

04

06

04

04

06

1. REFER TO SHEET A-001 SYMBOLS, ABBREVIATION NOTES

2. REFER TO SHEET " WAL ASSEMBLIES" FOR WALL DETAILS.

Level 6 54' - 0"

3. REFER TO SHEET "WIND WINDOW, STOREFRONT, TYPES AND GLAZING INFO

4. REFER TO SHEET "DOO DOOR SIZESS AND TYPES

Level 5 42' - 0"

01

1 A-504

SHEET NOTE

Roof Edge 74' - 2" Parapet 69' - 8" Level 7 66' - 2"

SHEE

5. ANY DISCREPANCIES N 1. REFER BROUGHT TO THE ATTEN ARCHITECT FORSYMBOLS CLARIFIC NOTES BEGINNING WORK.

Level 4 30' - 0"

01

2. REFER 6. FINISHES SHOWN CAN ASSEMBL WRAP AROUND PROJECT DETAILS. UNLESS NOTED OTHERWISE. 3. REFER WINDOW 7. ALL FURNITURE, FIXTUR TYPES AN AN DEPICTED AT LEASING

Level 3 18' - 0" 09

14

13

12

07

11

10

Podium Level 2 9' - 0"

ARE SHOWN FOR REFERE 4. REFER

DOOR SIZ 8. THERE IS NO MOTOR F FACILITY OR REPAIR GAR 5. ANY DI BROUGH 9. FIRE BLOCKING SHALL ARCHITE OPENINGS AND VENTS, P CHIMNEYS, AND BEGINNIN FIRE PLA

Ground Floor 0' - 0"

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

APPROVED MATERIAL TO 6. ALL PASAGE OF FLAME ANDST T AND 718.2 ELEC COMBUSTION . (CBC THIS SHE

Figure 2: South Elevation, Downtown Santa Ana Mixed-Use Housing

10. CONTRACTOR SHALL 7. ALLAND FU MATERIALS, COLORS ARCHITECT. ANYDEPICTED DISCREP THESHO ATT BE BROUGHT TOARE ARCHITECT FOR CLARIFIC 8. THERE BEGINNING WORK OR OR FACILITY

ST 6" = 1'-0"

NORTH 1 1/16" = 1'-0"

0'

0'

4'

16'

2'

10'

20'

42'

32'

64' 0'

4'

16'

11. PAINT EXPOSED COND 9. FIREUN BL ADJACENT SURFACE, OPENING OTHERWISE. CHIMNEY APPROVE 12. . COLOR SHOWN ARE PASAGE REPRESENTATION ONLY. COMBUS PROVIDE PAINT CHIPS FO

INDICATED IN SPECIFICAT 32'

64'

08

Figure 1: Exterior Gathering Area, Downtown Santa Ana Mixed-Use Housing

09

ALUM. COPING WHITE 1 PLY ROOF MEMBRANE WEATHER PROOFING 12.65% SL OPE

ROOF EDGE 74' - 2"

SINGLE PLY ROOF PERFORATED MTL. MESH LOUVRE BLOCKING STUCCO EXT. FINISHING

PARAPET 69' - 8"

2x6 BLOCKING DBL. TOP PLATE

3 A-504

GR

WINDOW

META

3" x 3" x 1/4" THK. ALUM. ANGLE 4" x 4" x 1/4" THK. ALUM. ANGLE SLOPED METAL CAP W. DRIP EDGE

PR

1/8" THK. PERFORATED ALUM. LOUVRETAPERED RIGID INSUL. BRACING RIXSON PIVOT 1/2" ø BOLTSPERFORATED METAL MESH LOUVRE 4" x 4" x 1/4" ALUM. TUBE STUCCO EXT. FINISHING

5 3/4" x 4 1/4" x 1/4" THK. STEEL T ANGLE 3" x 4" x 1/4" THK ALUM. ANGLE

3/4" x 5" STRUT x 1/4" ALUM. ANGLE 2x6 DIAGONAL

2% SLOPE

PLUG 3" x 3" x3" SIMPSON STRONG TIE WELD OPERABLE 1 IN. ROOF BOARD PERFORATED MTL. MESH LOUVRE CRL HW126 RAIL SUPPORT ASSEMBLY TAPERED RIGID INSUL. TOP PINOT 3/4 IN. PLY. 2" x 2" x 1/8" THK. ALUM. TUBE 2x12 FLOOR 1" PANELIZED WOOD

2 - 1/2" ø S.S. BOLTS 4 - 1/2" ø LAG BOLTS 2x6 WALL FRAMING @ 16 IN. O.C. W. BATT. INSUL. SILL PLATE

SINGLE-HUNG WINDOW WEEP SCREED STUCCO EXT. FINISHING OPERABLE PERFORATED MTL. MESH LOUVRE

2 - 2x10 HEADER PERFORATED MTL. MESH LOUVRE

2 - 1/2" ø S.S. MACH. BOLTS

3 LYR STUCCO

2x6 BLOCKING

1 IN. RIGID INSUL.

DBL. TOP PLATE

2x6 WALL FRAMING WEATHER MEMBRANE @ 16 IN. O.C. 3/4 IN. PLY. W. BATT. INSUL. 5/8 IN. GYP. 4X12 BEAM

2 A-503

CONC. FOOTING F

3 LYR STUCCO 2X12 FLR. FRAMING @ 16 IN. O.C. FINISH LEVEL 6 W. BATT. INSUL MTL. LATH

54' - 0"

WEEP SCREED WINDOW WALL

BUILDING PAPER

LEVEL 7 66' - 2"

1 IN. RIGID INSUL. WEATHER BARRIER 3/4 IN. PLY.

WOOD PANEL ACORDIAN FACADE GLASS SLIDING DOOR

5/8 IN. GYP. BATT INSUL.

2x6 WALL FRAMING @ 16 IN. O.C.

2 A-503

3/4 IN, PLY. WEATHER MEMBRANE 5/8 IN. BAMBOO FLOORING

1 IN. RIGID INSUL.

UNDERLAYMENT

WINDOW WALL BUILDING PAPER PERFORATED MTL. MESH LOUVRE METAL LATH EXTRUDED ALUM. PLATE 3 COAT STUCCO FINISH

LEVEL 5 42' - 0"

2 LYRS. - 5/8 IN. PLY 2x12 FLOOR JOISTS @ 16 IN. O.C.

OPERABLE PERFORATED MTL. MESH PANEL

BATT. INSUL.

FACADE ATTACHMENT 3 3" = 1'-0"

INTERIOR

EXTERIOR

WINDOW WALL

ROOF PARAPET Figure GLASS 2: SLIDING Facade Detail, Downtown Santa Ana Mixed-Use Housing 3 1" = 1'-0" DOOR WOOD PANEL ACORDIAN FACADE METAL GAURDRAIL TILE FLOORING FRENCH DRAIN

2% SLOPE

LEVEL 5 42' - 0"

2 - 2x6 HEADERS 2x3 BLOCKING 2x BLOCKING BACKER ROD W. SEALANT WINDOW MULLION

WINDOW WALL PERFORATED MTL. MESH LOUVRE EXTRUDED ALUM. PLATE

DBL PANE GLASS LEVEL 4

30' - 0"

WINDOW WALL

SLIDING PANEL IN SINGLE-HUNG WINDOW

OPERABLE PERFORATED MTL. MESH LOUVRE STUCCO EXT. FINISHING

2" x 1" STL. TOP RAIL

2 A-504

STL. SQR. MESH PANEL 2" x 1" STL. POSTS @ 4 FT. O.C. SINGLE-HUNG WINDOW WEEP SCREED STUCCO EXT. FINISHING OPERABLE PERFORATED MTL. MESH LOUVRE

LEVEL 4 30' - 0"

GREY RESINIOUS FLOORING W. 4 COATS EPOXY PRIMER

EXTERIOR

STL. SQR. MESH PANEL

2%

1/2 IN. PLY.

RESINIOUS FLOORING W. 4 COATS EPOXY PRIMER

SL OP E

1/2 IN. PLY.

SLOPE WHITE. ALUM. COVER

2x FURRING STRIPS

6 IN. ALUM GUTTER @ 1% SLOPE SINGLE-HUNG WINDOW WEATHER MEMBRANE OPERABLE PERFORATED MTL. MESH LOUVRE

PERFORATED MTL. MESH LOUVRE WINDOW WALL LOUVRE ATTACHMENT TO SLAB 12 IN. CONC. SLAB

EXTERIOR

LEVEL 3 18' - 0"

3/4 IN. PLY 2x10 FLOOR JOISTS @ 16 IN. O.C. LEVEL 3

2x10 JOIST

1. R SYMBOLS NOTESSY NO 2. REFER 2. R ASSEMBL AS DETAILS. DE 3. REFER 3. R WINDOW TYPESWIN AN TYP 4. REFER R DOOR 4.

SIZ DO 5. ANY DIS 5. A BROUGHT BR ARCHITEC AR BEGINNIN BE 6. FINISH WRAP 6.

AR WR UNLESS N UN 7. CONTR 7.

COLORS F OP ANY DISC CH BROUGHT AP ARCHITEC PA BEGINNIN CO 8. PAINT E 8. C ADJACEN CO OTHERW AN BR AR BE

18' - 0"

3/4 IN. PLY.

2x8 HORIZONTAL JOIST @ 1 % SLOPE

WEATHER MEMBRANE

2x6 BLOCKING

INTERIOR

SHEE S 1. REFER

BATT INSUL.

2x WOOD BLOCKING

1 IN. RIGID INSUL. 2x FURRING

STUCCO EXT. FINISHING LIGHT GUAGE STL. FRAMING W. BATT. INSUL.

WOOD SIDING 12 IN. CONC. SLAB WINDOW WALL

STUCCO EXT. FINISHING LIGHT GUAGE STL. FRAMING W. BATT. INSUL. WEEP SCREED CONC. SLAB ON GRADE

WINDOW 2 1" = 1'-0"

WINDOW WALL CONCRETE SLAB CONCRETE SIDEWALK

GROUND FLOOR 0' - 0"

CORRIDOR GUARDRAIL 1 1" = 1'-0"

GROUND FLOOR 0' - 0" 0'

WALL SECTION BFigure 1: Wall Detail, Downtown Santa Ana Mixed-Use Housing 2 3/4" = 1'-0"

1 A-503

EXTERIOR

3"

1'

2'

3'

WALL SECTION Figure A3: 3D Corridor Detail, Downtown Santa Ana Mixed-Use Housing 1 3/4" = 1'-0" 0' 6" 1' 3'

9. P AD OT 6'

10

10.

LIVING ROOM DN WORK SPACE 26' - 10"

CLOSET

BATHROOM WORK SPACE

BATHROOM 12' - 11"

L3-35

BEDROOM 2

SHEE

BEDROOM

1. REFER T SYMBOLS, NOTES

2. REFER T ASSEMBLIE DETAILS.

L3-34

TWO-BED SECOND LEVEL FLOORPLAN 4 1/4" = 1'-0"

BEDROOM 2

3. REFER T PLANS" FO FIRE-RATE 2' - 6" 0' - 9" 3' - 5"

ND LEVEL FLOORPLAN

3' - 0"

20' - 3"

3' - 3"

4. REFER T WINDOW, S TYPES AND

5' - 5"

6' - 6"

3' - 3"

5. REFER T DOOR SIZE

6. PROVIDE ALL UTILITY THE INT. W

STUDIO UNIT A ENLARGED FLOORPLAN 2 1/4" = 1'-0"

20' - 5"

w6

10' - 1" 3' - 7"

3' - 3"

3' - 3"

BEDROOM 1

7. DIMENSI COLUMN, F OR FACE O OTHERWIS

w6

2' - 6"

7' - 1"

DINING

8. ANY DIS BROUGHT ARCHITEC BEGINNING

KITCHEN

9. ALL STR AND ELECT THIS SHEE

KITCHEN w4

10. ALL ILLU BE CLEARL PIPES, MEC ETC. CONT EXTENSION AS REQUIR REQUIREM

w2

LIVING ROOM LIVING ROOM

BEDROOM

26' - 10"

DN WORK SPACE

CLOSET

11. WALKIN EGRESS S SURFACE

UP

KITCHEN BATHROOM

12. GROUN ACCESSIBL ROOMS AN WALKS, RA SHALL BE S

L5-51 L5-68

BATHROOM

13. PROVID LOCATION DEPARTME THE FIRE D INDICATE T EXTINGUIS

3' - 0"

L3-35

CLOSET

12' - 11"

WORK SPACE DINING

BATHROOM

UP

BEDROOM BEDROOM

L5-65

DINING

9' - 6"

BATHROOM

14. WHERE THICKNESS SURFACE D REQUIREM GYPSUM W REQUIRED SURFACE

33' - 4"

WORK SPACE

L3-34

15. LABELIN CONTROL WITH A PLA STATING "E APPROVED

DINING 1 A-401

BEDROOM 2

2' - 6" 0' - 9"

DINING

3' - 0"

5' - 5"

STUDIO UNIT A ENLARGED FLOORPLAN 2 1/4" = 1'-0"

DINING

17. WHERE WALL THER CLEARANC AND FACE POSITION U OTHERWIS

9' - 11"

KITCHEN

BED SECOND LEVEL FLOORPLAN 1'-0"

16. PROVID ABOVE TH "THIS DOO BUILDING I

20' - 5"

TWO-BED FIRST LEVEL FLOORPLAN 3 1/4" = 1'-0"

18. ALL FUR DEPICTED ARE SHOWN FO

10' - 1" 3' - 7" L5-26

3' - 3"

3' - 3"

w6

2' - 6"

7' - 1"

w5

19. THERE FACILITY O

3' - 11"

LEVEL FLOORPLAN

2' - 3"

ONE-BED UNIT FLOORPLAN 1 1/4" = 1'-0"

3' - 0"

2' - 4"

20. ALL DR CLEARANC SURFACE T OVERHEAD

3' - 3" w4

LIVING ROOM 0' 1'

w2

4'

BEDROOM 8'

Figure 1: Two Bedroom Unit Plan, Downtown Santa Ana Mixed-Use Housing

16'

21. FIRE BL OPENINGS CHIMNEYS APPROVED PASAGE O COMBUSTI

KITCHEN

L5-51

11 UP

3' - 0"

L5-68 CLOSET

Figure 1: Interior of a Two-Bed Unit, Downtown Santa Ana Mixed-Use Housing

12

02

Reconnecting Resilient Roots Hilo, HI | CPP Architecture, 2023

In collaboration with my group member, Alexia Orosco, this housing project addresses the needs of locals while meeting net-zero carbon and net-zero water.

The project takes place in Hilo, HI where most residents are Hawai’i natives that are struggling to adapt to an increase in housing density. In collaboration with the Hawai’i Housing Lab, housing is made to cater to the needs of locals through a maximized connection to nature, a relative human scale, and units that promote multigenerational living. The connection to nature is achieved through private lanai’is, a shared lanai’i, vegetated facade, a majority of permeable surfaces. Meanwhile the scale of the project is broken into separate building with oscillating heights. This also maximizes cross ventilation that produces a project that is 100% passively cooled. Hilo’s climate provides heavy rainfall which is harvested to provide the water demands of the residents. The project also offers grey-water gardens that will promote local food sourcing. The project proposes housing that intends to create a self-sustainable community within a state that is highly dependent on outsourcing and susceptible to climate change.

13

Figure 1: Exterior Ground Level Corridor, Reconnecting Resilient Roots

14

Wailoa River State Recreation Area St. Joseph Elementary School

Waiäkea Stream

Chiefess Kapi’olani Elementary School

Regenerative Learning Recreational Area

Shared Lanai

Bioswale Sytsem

Ecological Connection Community Connection Figure 1: Context Site Plan, Reconnecting Resilient Roots

15

1 Integration maximized connection to nature through shared lanai’s, private lanai’s, roof gardens, and vegetation facade

10 Discovery streamlined household management

Resources 8 recycled concrete & wood, local radius

7 Well-Being private, community, and public access to outdoors

5 Economy modularity, building materials reused at end of life cycle, low utility rates for occupants

9 Change flexible floorplans and built-in/transformable furniture promotes multi-generational living

Equitable Communities 2 regenerative learning center, local food sourcing

6 Energy off-grid, positive energy solar PV produces surplus of 47,500 kWh/yr

3 Ecosystem regenerative gardens, mimicking natural ecosystems through bioswales

4 Water net-zero water through rainwater collection

9

Figure 1: Integration Section, Reconnecting Resilient Roots

Figure 2: Street View, Reconnecting Resilient Roots

16

t

ee

Str

et tre

Wa

iS lan Ulu

a ilo

et

tre

iS

ah

Ak

et

tre

iS

lan

pio

Ka Rain Screen Trash Area Softscape Learning Center

ma

He

Activity Center

et

e Str

Biowales Gardens 0’

Figure 1: Ground Floor Plan, Reconnecting Resilient Roots

17

5’

15’

30’

W/D

W/D

W/D W/D

W/D

W/D

Figure 1: Two-Bed Unit Floor Plan, Reconnecting Resilient Roots

Figure 2: One-Bed Floor Plan, Reconnecting Resilient Roots W/D

W/D

W/D

W/D

W/D

Figure 3: Two-Bed Unit Section, Reconnecting Resilient Roots W/D

Figure 4: One-Bed Section, Reconnecting Resilient Roots W/D

0’ 1’

5’

10’

18

5,251 kgCO2e 223 kgCO2e

Wood Trim/ Furniture

15,160 kgCO2e

Gyp.Board Sheathing

97,874 kgCO2e 14,553 kgCO2e

Flooring

1,166 kgCO2e

Insulation

kilotonnesCO2/yr

Stucco Finish

16,157 kgCO2e 26,438 kgCO2e

4

Baseline 2

Plywood Sheathing

20,424 kgCO2e 86,848 kgCO2e

1,417 kgCO2e Dimensional 39,975 kgCO2e Framing -4

Concrete

245,992 kgCO2e 73,720 kgCO2e

Total before sequestration/ recycled materials Sequestered

429,348 kgCO2e

Recycled

88,495 kgCO2e

Total Embodied Carbon

187,590 kgCO2e

153,261 kgCO2e

-2

R.R.R. -2

-4

Figure 1: Carbon Diagram, Reconnecting Resilient Roots

19

2

4

kilotonnesCO2/yr

2.

2.6mil gal/yr

2a

1a

3a 2b

1b

2d

1. Water Consumption Reduction: 68% reduction to 2,308,000mil gal/yr a. Efficient Fixtures: 13% reduction b. Grey Water Collection: 2.5mil gal/year 2. Water Catchment: 106% potable water reduction a. Water Screen: directs water, sensory connection

5b

4a

2c

b. Bioswale: mix of native shrubs and grass, mulch layer, bio-retention soil, gravel bed, perforated under-drain c. 5-Stage Filtration System d. 100,000gal Underground Cistern: holds maximum rainfall 3. Grey Water Irrigation: Subsurface Irrigation a. Grey Water Resistant Plants: banana, coconut, papaya, guava, sugarcane 4. Black-water Reduction a. 77% reduction in wastewater to sewage system

LEGEND Fixtures Rain Water Grey Water Black Water

Figure 1: Net-Zero Water Section, Reconnecting Resilient Roots

20

03

Mt. Wilson Scientist Retreat Mt. Wilson, CA | CPP Architecture, 2022

The project is located in a steep sloping mountainous area covered in trees within the Los Angeles Forest. The proposal prioritizes the site by offering a concept that combines two occupancies within one building: the public research and meeting facilities and the private scientist living spaces. The building offers private and public areas accommodating to the occupancies while focusing on the views out below to the East. The bottom floor serves the private residencies while the top serves the public. This project is dictated by a plane that wraps around the main mass which has a glazed infill. Where the building cantilevers past the plane the structure becomes exposed. This dictates the cantilever as the most public area of both the residencies and public spaces.

21 01

Figure 1: View from Public Path, Mt. Wilson Retreat

22

W

E

S

JUN

OCT

0.5 hr 8 hr

ADD DESCRIPTION AT BOTTOM MASSING STRATEGIES

WIND: SPEED, DIRECTION, TIME

PRECIPITATION

SJAN 1”=1’-0” JAN S

0

1

0

OCT

1

0’

1

1

1/2”=1’-0”

MARCH

JAN

1/4”=1’-0”

5

OCT

5

10

JUN

5

5

10

FORECAST

10

10

15

200’

1/16”=1’-0”

01

5

10

120k acres

1/16”=1’-0” WILSON 2017 JUN BOBCAT 2022 120k acres STATION 2009 01 5 10 20 WILSON 2017 0 acres PINECREST 1979 BOBCAT 2022 STATION 2009

1/8”=1’-0”

5

JUN BOBCAT 2022

STATION 2009 PINECREST 1979

OCT

0”SUNNY

MARCH MARCH

PARTLY CLOUDY 100 °F OCT OVERCAST SUNNY

JUN

PARTLY 100 °F CLOUDY

JUN

32OVERCAST °F 120k acres

MARCH

MARCH

JAN

MARCH

100 °F

MARCH

100 °F 32 °F

MARCH

100 °F 32 °F

TEMPERATURE

32 °F

JUN

100 °F 32 °F

120k acres 0 acres 32 °F 120k acres 0 acres

STATION 2009 PINECREST 1979

0 acres

PUBLIC

1/32”=1’-0” 0 acres

0 5 10 20

OCT

PARTLY OCT CLOUDY SUNNY OVERCAST

MARCH

JUN BOBCAT 2022

JUN WILSON 2017 JUN BOBCAT 2022 PARTLY STATION 2009 JUN CLOUDY15 WILSON 2017 OVERCAST PINECREST 1979 TEMPERATURE BOBCAT 2022 STATION 2009 200’ JUN WILSON 20171979 PINECREST OVERCAST SUNNY

120k acres 0 acres

WILSON 20171979 PINECREST

20

FORECAST

MARCH

1/4”=1’-0” 0 1

10 PARTLY CLOUDY

JAN JUN

10

PARTLY OCT CLOUDY SUNNY OVERCAST

MARCH 5

1/8”=1’-0”

OCT OCT

SUNNY

5

0’ MASSING STRATEGIES0 1

1/2”=1’-0”

01 5

OCT

JUN JAN

3” 0”

MARCH

JUN JAN

MASSING STRATEGIES

OCT

1”=1’-0”

01

OCT

8 hr

0”

8 hr

MARCH

JAN S JUN JAN JAN

40

WRAP

PRIVATE SUN PATH **GRAYED OUT PROTECTED BY SITE**

RECENT FIRES

GLAZING SOLID

EXPOSED TRUSS

1/64”=1’-0” 1/32”=1’-0”

0 5 10 20

RECENT FIRES

40

0 10

30

SUN PATH **GRAYED OUT PROTECTED BY SITE**

75

Weather conditions for the site are mostly that of a temperate climate. The w areas that are not covered by trees. The shade repThe placement of the site decreases the amount of trees removed with only To take advantage of the view shaped by the trees, the windows happen 1/64”=1’-0” slope and landscape protect the site from wind and sun in some portions. of trees.

The tallest tress are on the Southwest which sits 1/128”=1’-0” er 4. This location has trees that shade the area on the surroundings of the facing the East.

The most persistent winds are from the South. The area is susceptible to . This provides protection to winds and sun on the site. s the 0 10 30North and South. However, the East has tall200trees but because the slope is 75 0 10 100 50 wildfires having 2 large fires within close proximity in the span of the last 5 e site has relatively short trees on a lower elevation, allevsignificantly lower, these trees become out of the line ofthat sight of someone Access becomes separated by private and public. The West serves as pubThe years. of a temperate climate. The ugh. shade There repis a variety ofWeather heights conditions on the site.for the site are mostly standing on level 2 and andlandscape frame the protect views for someone ofwind level 1. sun in some portions. lic because of its accessible slope. The East serves as private because of slope the site from and uthwest which sits 1/128”=1’-0” thetosurrounding buildings.

The most persistent winds are from the South. The area is susceptible d sun on the site.

010 50 100 200 wildfires having 2 large fires within close proximity in the span of the last 5 wer elevation, alyears. e site.

The overall massing is a plane that wraps around a truss creating space that follows a grid within. The wrapping happens on North and South to allow the infill to be glazing and emphasize the views. The exposed structure only happens where the building extrudes from the wrapping plane

OBSERVATIONS ON DIAGRAM

OBSERVATIONS ON DIAGRAM Views Tree Heights NOT TO SCALE NOT TO SCALE & HEIGHT WEATHER CONDITIONS LEVEL

PUBLIC

ACCESS

PRIVATE

The building is placed on the southern part of the site boundary to take advantage of the slope. The slope here is not the steepest but it is wider which creates a relatively steep slope for the longest distance. Towards the East the site becomes flatter.LEVEL This area was appropriate to create the 3 level changes while maintaining two entries: East and West.

ACCESS

WEATHER CONDITIONS

WRAP

Massing Parti GLAZING

SOLID NOT TO SCALE

EXPOSED TRUSS

PUBLIC PUBLIC The placement of the site decreases the amount of trees removed with only PUBLIC PRIVATE 4. This location has trees that shade the area on the surroundings of the PRIVATE North and South. However, the East has tall trees but because the slope is PRIVATE significantly lower, these trees become out of the line of sight of someone standing on level 2 and frame the views for someone of level 1.

WRAP WRAP by the trees, the windows happen To take advantage of the view shaped facing the East.

WRAP GLAZING GLAZING SOLID Access becomes separated by private and public. The West serves as pubGLAZING SOLID lic because of its accessible slope.

The East serves as private because of EXPOSED TRUSS EXPOSED TRUSS the surrounding buildings. SOLID EXPOSED TRUSS

The overall massing is a plane that wraps around a truss creating space that follows a grid within. The wrapping happens on North and South to allow the infill to be glazing and emphasize the views. The exposed structure only happens where the building extrudesPUBLIC from the wrapping plane

OBSERVATIONS ON DIAGRAM PRIVATE COULD BE ABOUT ACCESS, PROGRAM, HEIGHT & RELATION TO SLOPE, WEATHER Figure 1: Slope Diagram, Mt. Wilson Retreat Figure 2: Envelope Diagram, Mt. Wilson Retreat LEVEL PUBLIC PATTERN, VIEWS, RAIN COLLECTION` e the of To happen The SLOPE ANALYSIS Tree Heightsof Views Massingaround Parti a e site site decreases decreases the amount amount of trees trees removed removed with with only only To take take advantage advantage of the the view view shaped shaped by by the the trees, trees, the the windows windows happen The overall overall massing massing is is a a plane plane that that wraps wraps around a truss truss creating creating space space ACCESS

PRIVATE

rees that the area surroundings of site trees removed with only Tofacing take advantage The is a plane wrapshappens around aontruss creating space the East. of the view shaped by the trees, the windows happen thatoverall followsmassing a grid within.

The that wrapping North and South to alreesdecreases that shade shadethe theamount area on onofthe the surroundings of the the wever, East has tall trees because low the be glazing and emphasize the The exposed ees thatthe shade thebut surroundings ofslope the is facing the East. that a to grid The wrapping happens on North Southstructure to alwever, the Eastthe hasarea tall on trees but because the the slope is lowfollows the infill infill to bewithin. glazing and emphasize the views. views.

The and exposed structure The building isthe placed part of the site boundary private to take The placement of the site decreases the amount of trees removed with only To take advantage of the view shaped by the trees, the win hese become of line of Access only where the building extrudes the wrapping plane wever, the East has out tall trees slopeon is the southern thehappens infill to be glazing emphasize thefrom views. exposed structure hese trees trees become out of the thebut linebecause of sight sight of of someone someone Access becomes becomes separated separated by by private and and public. public. The The West West serves serves as as pubpub- low only happens where the and building extrudes from the The wrapping plane advantage of the slope. The slope herebecomes is not the steepest but private it is wider 4.The This location hasastrees that shade the areawhere on thethe surroundings of the from thefacing the East. and frame the level lic accessible East serves as private because of se trees outfor ofsomeone the line ofof Access and public. serves pubonly happens building extrudes wrapping plane and framebecome the views views for someone ofsight levelof1.

1.someone lic because because of of its itsseparated accessiblebyslope. slope. The The East serves asWest private because of which for the distance. Towards the North and South. However, the East has tall trees but because the slope is the surrounding buildings. d frame the views for someone of creates level 1. a relatively steeplicslope because of longest its accessible the surrounding buildings. slope. The East serves as private because of East the siteisbecomes This area was to create the 3 levsignificantly lower, these trees become of theofline of removed sight of someone Access becomes separated privatebyand We The building placed onflatter. the southern part of appropriate thebuildings. site boundary to take The placement of the site decreases the out amount trees with only To take advantage of the viewby shaped thepublic. trees, The the wind the surrounding el changesofwhile maintaining two here entries: East West. but it is wider on level and frame the views for someone of level 1. of the lic because of its accessible slope. The East serves as priv advantage the slope.

The slope is not theand steepest 4.standing This location has2trees that shade the area on the surroundings facing the East.

CIRCULATION the surrounding buildings. which creates a relatively steep slope for the longest distance. Towards the North and South. However, the East has tall trees but because the slope is ADA RESTROOM East the site becomes flatter. This area was appropriate to create the 3 levsignificantly lower, these trees become out of the line of sight of someone Access becomes separated by private and public. The Wes Views Massing Parti OUTDOOR DECK slope. The East serves as priva el changes while maintaining two NOT entries: East and West. standing on level 2 and frame theNOT views for someone of level 1. lic because of itsMEETING accessible NOT TO TO SCALE SCALE NOT TO TO SCALE SCALEParti Views Massing the surrounding RESEARCHbuildings.

LAB NOT TO SCALE NOT TO SCALE NOT TO SCALE

NOT TO SCALE

NOT TO SCALE

OBSERVATIONS ON DIAGRAM COULD BE ABOUT ACCESS, PROGRAM, OBSERVATIONS ON DIAGRAM HEIGHT & RELATION TO SLOPE, WEATHER COULD BE ABOUT ACCESS, PROGRAM, PATTERN, VIEWS, RAIN COLLECTION` SLOPE ANALYSIS HEIGHT & RELATION TO SLOPE, WEATHER PATTERN, VIEWS, RAIN COLLECTION` SLOPE ANALYSIS NOT TO SCALE

NOT TO SCALE

Tree Heights

ViewsRESEARCH OFFICE

Tree Heights

Views

CIRCULATION

ADA RESTROOM

NOT TO SCALE

NOT TO SCALE OUTDOOR MEETING DECK RESEARCH LAB

NOT TO SCALE

RESEARCH OFFICE

NOT TO SCALE

NOT TO SCALE

1”=1’-0”

1”=1’-0” DAY-ROOM / KITCHEN

0

POWDER

DAY-ROOM / KITCHEN BEDROOM STORAGE / LAUNDRY POWDER

STORAGE / LAUNDRY

ADA RESTROOM OUTDOOR OUTDOOR MEETING MEETING DECK DECK

PRIVATE BATHROOM

OUTDOOR MEETING DECK RESEARCH RESEARCH LAB LAB

EQUIPMENT

RESEARCH LAB RESEARCH OFFICE RESEARCH OFFICE 0

SERVICE 1”=1’-0”

Figure 3: Served/Service Diagram, Mt. Wilson

5

1

SERVED CIRCULATION

1

1/8”=1’-0”

5

0 1

0

1

5

10

1/8”=1’-0”

01

5

10

1/2”=1’-0”

5

1/4”=1’-0” 10

15

0 1

5

1/8”=1’-0” 01 5

10

20

01

10

10

5

5

10

5

0 1

5 1/4”=1’-0”

Figure 4: Program Diagram, Mt. Wilson Retreat 10

1

0 1 SCALE: 1/ 32” = 51’ - 0”

01

5

10

1/32”=1’-0”

1/16”=1’-0” 0 5 10 20

10

The definition of public vs private also has service, served, and circulation 1/8”=1’-0” 1/4”=1’-0” GUADALUPE within.DOMINGUEZ Each floor arranges the spaces to keep them in close proximity to ARC3011-02: MT. WILSON SCIENTIST’S RETREAT one another.

ONS 23 ON DIAGRAM

1

1/2”=1’-0” 0

0

0

1/16”=1’-0”

RESEARCH OFFICE

m was arranged within the massing based on the levelSERVICE of The definition0 of public1 vs private also has service, served,5and circulation 1/4”=1’-0” SERVED 1/2”=1’-0”the spaces to keep them in close proximity to aining necessary connections. within. Each floor arranges CIRCULATION one another.

MASSING MODEL FINAL PROGRAM DIAGRAM

sed on the level of

1/2”=1’-0”

1

BEDROOM EQUIPMENT

CIRCULATION ADA ADA RESTROOM RESTROOM

1”=1’-0”

0

PRIVATE BATHROOM

CIRCULATION CIRCULATION

5

1

15

40

1/64”=1’-0”

01 5

10

0 10 30 75 1”=1’-0” INSTRUCTOR: GIOVANNI FRUTTALDO 1”=1’-0”

1”=1’-0” DAY-ROOM DAY-ROOM // KITCHEN KITCHEN

DAY-ROOM / KITCHEN POWDER POWDER

0

0 0

1 1

11/2”=1’-0” 1/2”=1’-0”

1/128”=1’-0” 010 50 100

200

5

5 5

20

11'-7"

A

11'-7" 11'-7"

B

5

C

11'-7"

A

1

B

2

3

11'-5"

4

1

5

10'-7"

11'-11"

3

2 11'-5"

11'-5"

4

5

10'-7"

11'-11"

+ 16’ - 10”

11'-5"

11'-7" 11'-7"

+ 12’ - 4”

C

+ 0’ - 0”

5 W

W

6'-11"

5'-0"

B

5'-0"

4'-2"

B

A DN

11'-7"

PRIVATE BATHROOM

11'-7"

6'-10"

WATER CISTERN

- 9’ - 4”

A 18'-0"

A

LAUNDRY

A

6'-5"

A

PRIVATE BATHROOM

12'-0"

4’-0”

A

5

4'-9"

- 20’ - 6” CLOSET

CLOSET

B

B

B

B

5

POWDER

STORAGE

10

BEDROOM

SECTION A

11'-7"

BEDROOM

11'-7"

10

5

7'-7"

5

SCALE: 1/4” = 1’ - 0”

4'-0"

UP

10

C

15

C

C

C

DN

20

22'-6"

KITCHEN

29’-6”

OUTDOOR DECK

29’-6”

DAY-ROOM

40

75

OUTDOOR PATIO

200

D

D

D

A

D

A

B

1

2

B E

E

3

4

1

5

2

3

4

5

1”=1’-0”

5

0

1”=1’-0”

5

1

0

10

5

0

1

1/2”=1’-0” 10

5

0

1/4”=1’-0” 5

10

FIRST LEVEL FLOORPLAN SCALE: 1/4” = 1’ -0”

0 1

5

10

Figure 1: First Level Floor Plan, Mt. Wilson Retreat 01 10 5 15 INSTRUCTOR: GIOVANNI FRUTTALDO 1/16”=1’-0”

20

01 5

10

0 5 10 20 1/64”=1’-0”

10

5

LEVEL 2 FLOORPLAN SCALE: 1/4” = 1’ - 0”

0 1

5

10

SECTION B 1/4” = 1’ - 0”

1/8”=1’-0”

GUADALUPE DOMINGUEZ

Figure 2: Second Level Floor Plan, Mt. Wilson Retreat 01

5

10 15 ARC3011-02: MT. WILSON SCIENTIST’S RETRE

1/16”=1’-0”

20

1/32”=1’-0”

40

1 1/4”=1’-0”

1/8”=1’-0”

10 15 C3011-02: MT. WILSON SCIENTIST’S RETREAT

5

1

1/2”=1’-0”

01 5

10

20

1/32”=1’-0”

40

0 5 10 20 1/64”=1’-0”

40

24

1”=1’-0” A

1”=1’-0”

B 0B

A

1

2 1

E

3 2

E

1 1/2”=1’-0”

4 1 3 0

1

5

5 24

1/4”=1’-0”

GROUND FLOORPLAN SCALE: 1/4” = 1’ - 0” GROUND FLOORPLAN + 16’ - 10”

SCALE: 1/4” = 1’ - 0” + 16’ - 10”

5

A 0

E

1/2”=1’-0”

B

53

10 0

B

1

1

5 1/4”=1’-0”

GROUND FLOORPLAN

0 1

SCALE: 1/4” = 1’ - 0”

5

10

0 1

1/8”=1’-0”

+ 16’ - 10”

5

10

1/8”=1’-0” 01

5

10

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Figure 1: East Elevation, Mt. Wilson Retreat

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Figure 2: West Elevation, Mt. Wilson Retreat SCALE: 1/4” = 1’ 0”

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GUADALUPE DOMINGUEZ GUADALUPE DOMINGUEZ 25

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GUADALUPE DOMINGUEZ

10 15 ARC3011-02: MT. WILSON SCIENTIST 01 10 5 15 ARC3011-02: MT. W

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MT. WILSON SCIENTIST’S RETREAT 01 10 5 15 WILSON SCIENTIST’S ARC3011-02: RETREAT MT. WILSON SCIENTIST’S RETREAT

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INSTRUCTOR: GIOVANNI FRUTTALDO 01 10 01 10 5 5 15 01 FRUTTALDO 10 5 15 INSTRUCTOR: GIOVANNI INSTRUCTOR: GIOVANNI 1/16”=1’-0”

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ATION KING JOISTS BATT s w Batt w Insulation

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d ARD tBATT Insulation INSULATION s Sheathing LASS SHEATHING brane MEMBRANE w 1/2” INSULATION w5’ 1/2” RigidRIGID Insullation ELS

Single Ply Roof Membrane SINGLE PLY ROOF MEMBRANE 6”

1’

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METAL ROOF Metal Roof Edge METAL PANEL Metal PanelFACADE Facade 1 PLY MEMBRANE 1 PLYROOF Roof Membrane 1/2” RIGID INSULATION 1/2” Rigid Insulation WEATHER MEMBRANE Weather Membrane 1/2” DENSGLASS 1/2” DensGlass 6” STEEL @@ 16”16” O.C. O.C. 6” SteelSTUDS Studs SINGLE PLY Single PlyMEMBRANE Membrane CANT STRIP Cant Strip

ARD

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RAIL GlassGLASS Mullion

EPOXY COATING Epoxy Coating 4” CONCRETE SLAB

4” Concrete Slab METAL DECKING Metal Decking 8” STEEL C-JOISTYS @ 16” O.C. 8” Steel C-Joists @ 16” O.C. w BATT INSULATION w BATT Insulation I-BEAM SteelSTEEL I - Beam SUSPENDED CEILING METAL RODS Suspended Cieling Metal Rods METAL LATTICE CHANNELS Metal Lattice Channels 1/2” GYP BOARD 1/2” GYP Board

t Finish

TRACK TE SLAB top CRETE STOP KING wInsulation BATT INSULATION Sheathing LASS SHEATHING ne MEMBRANE ENT BOARD ATION M HING OLTS ation FOUNDATION

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Cement Boards FIBER CEMENT BOARD METALZ-Strips Z-STRIPS Metal 1/2”DensGlass DENSGLASS 1/2” STEEL C-JOIST STUD @ 16”O.C. O.C. 6” Steel6” C-Joist Studs @ 16” w BATT INSULATION w BATT Insulation 1/2”1/2”GYP GYP Board BOARD

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METAL PANEL Metal PanelFACADE Facade 1/2” RIGID INSULATION 1/2” Rigid Insulation METAL ZZSTRIPS Metal Strips WEATHER MEMBRANE Weather Membrane 1/2” DENSGLASS 1/2” DensGlass 6” STEEL STUDS @ 16” 6” SteelC-JOIST C-Joist Studs @O.C 16” O.C. w BATT INSULATION w BATT Insulation METAL DRIP Metal DripEDGE Edge RIGID INSULATION Rigid Insulation STEEL I-BEAM Steel I - Beams

Figure 1: 3D Details, Mt. Wilson Retreat

Metal Handrail DRAIL olt Connecting to Stringer Flange ECTING TO STRINGER FLANGE Metal Rectangle CTANGLE H Mesh Metal oncrete Treads TREADS Metal Support Welded PORT WELDED teel Stringer NGER teel Plate E nchor Bolt Connection OLT CONNECTION oncrete Slab SLAB

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Figure 1: View from Private Path, Mt. Wilson Retreat

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05

Museum of Japanese Contemporary Art Los Angeles, CA | CPP Architecture, 2021

Located within Downtown Los Angeles’ Little Tokyo, this became an infill project that focused on the accommodation of specific art exhibitions and the guests who would use the building. The massing, program, circulation, and lighting are influenced by three shapes and their intersections: a cube, triangular prism, and a cylinder. The cube happens at the front of the building which holds large and open exhibition spaces, the triangular portion happens towards the back of the building with more intimate galleries, and the cylinder is placed in the middle and houses the main circulation between the front and back in an atrium. The circulation of the building accommodates community members with access directly through the building. Meanwhile, there is access for guests with circulation that flows to and from the shapes. The circulation is highlighted through direct lighting while indirect lighting accommodates exhibition spaces.

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Figure 1: Intimate Gallery, Museum of Japanese Contemporary Art

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Circulation Large Exhibition Spaces Intimate Galleries

Figure 1: Conceptual Diagram, Museum of Japanese Contemporary Art

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Figure 1: Section A, Museum of Japanese Contemporary Art

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Figure 2: Section C, Museum of Japanese Contemporary Art CROSS C SCALE: 1/8” = 1’-0”

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Figure 3: Section B, Museum of Japanese Contemporary Art 01 02 03 04 05

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Figure 1: Direct Lighting on Circulation to Exterior, Museum of Japanese Contemporary Art

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Figure 1: Interior Model Photo, Museum of Japanese Contemporary

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Figure 1: Exterior Model Photo, Museum of Japanese Contemporary

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06

Reedley Public Library Reedley, CA | Darden Architects Summer Internship, 2023

This design proposal for Darden Architects was for my home town in California’s Central Valley, Reedley. The building materials and form choose to enhance the site. Th site is connected to many historic buildings in Reedley’s downtown. As such, the buildings East facade mimics nearby building with the use of bricks.

Throughout the North facade the brick transitions into a contemporary type of brick represented by a metal panelized facade. This transition represents the innovation that happens within the library. The project promotes a connection to nature through the placement of the entrance along the walking trails adjacent. This connection to nature also happens inside with 2 outdoor study spaces. The shape of the roof allows for southern light to be diffused inside the library through translucent glazing while focusing views towards the trails outside.

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Figure 1: View From Trail, Reedley Public Library

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Figure 1: Section, Reedley Public Library

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Figure 2: Ground Floor Plan, Reedley Library 0’1’ Public 5’ 10’

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Figure 3: North Elevation, Reedley Public Library

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Figure 1: Exterior Study Space, Reedley Public Library

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Figure 1: Street View, Reedley Public Library

Figure 2: Innovation Hub, Reedley Public Library

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07

Other Works

Two rendering techniques that I especially enjoyed were watercolors and pencil. For these assignments, I chose what to render and learned the techniques required to get the desired results.

With watercolor I chose to recreate the colorful alleys of Guanajuato, Mexico.

Studying color theory to create shades and shadows of a color. With watercolor, contrast of texture became important by applying different techniques to portray the roughness of the plastered walls, the smoothness of the metal fixtures, the rustic doors, and the paved streets.

With pencil techniques I chose a drawing with windows and high contrast. The rendering utilized only one pencil, forcing me to perfect the pressure applied to the pencil. The high contrast image proved the importance of hierarchy and balance within interiors.

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Figure 1: Watercolor Rendering, Guanajuato, MX, Other Works

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Pencil Rendering, Other Works

45

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Thank You ARCH 14 Digital Tools for Architects - First Year Digital Class

ARCH 14 Digital Tools for Architects - First Year Digital Class

Digital Tools for Architects - First Year Digital Class

rst Year Digital Class

rendering. The rendering was comple ed freehand, sharpening my skills f 9 ARCH 20 Design & Visualization II - First Year Design Studio perspective while introducing me new ways to represent projects or ide through shadows and highligh

ARCH 20 Design & Visualization II - First Year Design Studio

9