Isabella Taylor Architecture Portfolio

Page 1

Portfolio Isabella Taylor

ISABELLA

(408) 805-2836

isabellataylor511@gmail.com 1150 W 29th Street Suite #10, Los Angeles, CA 90007

EDUCATION

AT A CROSSROADS

FINALIST IN ARTNOW; ANNUAL JURIED SANTA CLARA COUNTY COMPETITION BY THE NEW MUSEUM (NUMU) LOS GATOS; PEN AND INK CATEGORY

August 2015June 2019

University of Southern California • Los Angeles, California

Bachelor of Architecture | GPA: 3.78

• Organizations: Member of Alpha Lambda Delta Honors Society

• UASC (Undergraduate Architecture Student Council) Mentorship Program: Mentor

Saratoga High School • Saratoga, California

Graduated with Honors Awards

• Winner of Villa Montalvo Art Center Art Scholarship for Saratoga-Los Gatos High School District ($1,000)

May 2022 - August 2022

August 2019Present Expected Graduation June 2024 Sept. 2018March 2019

Walker Warner Architects • San Francisco, California

Architecture Intern

• Worked closely with a team to develop a series of design iterations of multiple building project floor plans for client review of design decisions using Archicad

• Created interior and exterior render studies of multiple projects using Twinmotion

• Utilizing QGIS and other 2D/3D softwares to generate project site model

• Audited project library database using Excel and organized multiple site photos

May 2021 - August 2021

Yoram LePair Architects • Los Angeles, California

Architecture Intern

• Developed conceptual design for a single story ADU using 3D model and renderings

• Helped draft permit and construction drawings for projects

• Created as-built drawings from field surveyed on two large residential projects located in California

• 3D modeled house interiors in Rhinoceros 3D of existing houses using site photos and plan drawings

Habitat for Humanity Greater San Francisco • San Francisco, California

Volunteer

• Participated in 30+ hours of house repairs in East Palo Alto and San Francisco area with the community

• Installed rigid insulation in the first floor of a home

• Repainted exterior siding and trims of homes

• Restored and maintained a community garden in San Francisco

• Finalist in ArtNow; Juried Santa Clara County High School Competition by the New Musuem, Los Gatos (NUMU) Pen and Marker Category for At a Crossroads June 2018 -

California Polytechnic State University • San Luis Obispo, California

Architecture Summer Career Workshop

• One of six students awarded Certificate of Completion with Exceptional Merit

• Completed model-making and spatial exercises taught by current professors and recent graduates in a studio environment

July 2018
Revit Archicad Rhinoceros 3D AutoCad Adobe Illustrator Adobe Photoshop Adobe Indesign Twinmotion Enscape V-Ray
TAYLOR
SKILLS
EXPERIENCE

FOLD AND FLEX

WYOMING RANCH

NAPA VALLEY SITE CONTEXT

WALKER WARNER ARCHITECTS

SAN FRANCISCO URBAN PROJECT

WALKER WARNER ARCHITECTS

PROPOSED

INTERLOCKINGS
ANGULAR
WALKER WARNER ARCHITECTS
ACCESSORY DWELLING UNIT
EVENING
WALL ASSEMBLIES BEND AND INTERLOCK CHAIR UNASSUMING LIVING STUDY ADAPTABLE MODULAR LIVING TAYLOR AND DANIELA LIANG THINKING INSIDE THE BOX: INDOOR PLAYGROUND 4 8 12 14 15 16 20 21 22 24 28 30
YORAM LEPAIR ARCHITECTS
BREEZE YORAM LEPAIR ARCHITECTS

ANGULAR INTERLOCKINGS

TWINMOTION

Angular interlockings investigates the strengths of plate tectonics. I experimented specifically with the interlocking joint. Using what I learned from designing the Bend and Interlock Chair, I developed a building system. The structural columns suggested a more multistory large open space, so I created an event space that includes a bar, presentation space, and restaurant. There is a service bar attached to the rear of the building to allow the main space to have unobstructed views.

4
Structural Columns - "Jacks" Exploded Axonometric

3rd Floor Plan - Presentation Space

5
Interior Render of the Presentation Space Interior Render of the Restaurant Space
6
Exterior Render of Service Bar Structural Column through Presentation Space 4th Floor Plan - Restaurant Level Bend and Interlock Chair
7

FOLD AND FLEX

USC ARCHITECTURE PROFESSOR ERIN KASIMOW | 3301 S HOOVER ST, LOS ANGELES, CA RHINO | ADOBE ILLUSTRATOR | ADOBE PHOTOSHOP | ENSCAPE

I designed a Paralympic basketball training facility for the Los Angeles Olympics in 2028. I created a series of shifting bars that contained the support programs to the basketball courts located at either end. The offsetting bars created outdoor dining spaces and training areas. The pattern of the the bars guide users to the main entrances. There is a undulating arching roof that keeps the bars conhesive.

Site Plan

8
Exterior Vignette of Entrance Path Offsetting Bar Diagram
9 Section A
Axonometric
10
Interior Vignette - Volunteer Space Structure Diagram Strucutral Assembly Diagram
11 Physical Model

WYOMING RANCH

WALKER WARNER ARCHITECTS | WYOMING ARCHICAD | TWINMOTION

During my internship at Walker Warner Architects, my team and I worked on rebuilding and remodeling the client's Wyoming ranch. I rendered roof rafter options for the master bedroom for client review in Twinmotion. I also 3D modeled the as-built guest house in Archicad using existing floor plans. I also produced renders of the main house that the clients review to help them make design decisions.

12
Guest House As-Built Archicad Model Guest House Renovation Plan Main House Exterior Render
13
Great Room Render Master Bedroom - Rafter Options

NAPA VALLEY SITE CONTEXT

WALKER WARNER ARCHITECTS | NAPA, CA ARCHICAD | RHINO | QGIS | TWINMOTION

The Walker Warner team required a site context model for a new winery. This model was used by the firm and the clients for site analysis during the pre-design phase. I used a provided site survey, QGIS, and Google Earth to research the existing site conditions. Then, I modeled the topography and major buildings in Archicad. The distant mountains were created overlaying a Google Earth image over a 3D model. Lastly, I added smaller details in the Twinmotion model and adjusted the sun orientation to match the location.

14
South Perspective of the Existing Vineyard Site with the New Footprint of the New House Top: Topography Model from Rhino Middle: Extended Context Model from Archicad
1 2 3
Bottom: Site Context Model from Archicad

SAN FRANCISCO URBAN PROJECT WALKER WARNER ARCHITECTS | SAN FRANCISCO, CA ARCHICAD | ADOBE PHOTOSHOP | TWINMOTION

The Walker Warner team required renders for the clients to decide on the landscaping options for the backyard. I modified the 3D model using landscaping plans and created exterior renders. These renders were used in client meetings to show the paver and landscaping options for th backyard.

15
Landscaping Plan from Archicad Archicad Model Renders of Paver Options

PROPOSED ACCESSORY DWELLING UNIT

The goal of this project was to create a 550 sq-ft single bedroom ADU that could be built in any backyard of a traditional lot in the West Adams neighborhood of Los Angeles. In my design, I aimed to create indoor-outdoor connections to compliment California living and to expand the livable space of the property. I accomplished this by created a small L-shaped yard with sliding door access from the main living space and bedroom. Yoram Lepair mentored me through this project and helped teach me construction document drawing methods.

16
1: Backyard Perspective 2: Exterior Perspective

SPECIFICATIONS

550 SQ. FT 32' X 25'

EXTERIOR

• Tongue and groove wood siding

• Engineered wood patio and outdoor living space

• Clerestory for more natural light

• 2 sets of sliding glass doors to connect the indoor and outdoor living spaces

Kitchen

• Dishwasher

• 2-Burner cook-top

• Refrigerator Bathroom

• Bath and shower combo

• Washer and dryer

Living Area and Bedroom

• Built-in closets and cabinets

• Full-size bed

17 First Floor Plan
3: Interior perspective
18 Site Plan

South Elevation

19
Section
Front Entrance Perspective

EVENING BREEZE

YORAM LEPAIR ARCHITECTS | HUNTINGTON BEACH, CA RHINO | AUTOCAD

I was the field surveyor for the as-built drawings for this large house in Manhattan Beach, CA, that was to undergo major renovations. I drew the as-built CD set; here are a few selections from the set.

As-Built 1st Floor

As-Built 2nd Floor

20
And Door Schedule
Window
21 Tectonic Wall Stick Wall MATERIALS: 1. 06-16-33 4’x8’ ROOF SHEATHING 2. 06-13-00 2”x10” ROOF RAFTER 3. 06-11-00 2” x 4” DOUBLE TOP PLATE 4. 06-13-00 4”x10” LOAD BEARING ROOF BEAM 5. 06-13-00 4”x4” LOAD BEARING JOIST 6. 06-13-00 2”x10” ROOF JOIST 7. 06-16-33 4’x8’ EXTERIOR SHEATHING 8. 06-11-00 2”x6” HEADER 9. 06-11-00 2”x4” ROUGH SILL 10. 06-11-00 2”X4” STUD 11. 06-11-00 2” x 4” SOLE PLATE 12. 06-16-33 4’X8’X3/8” FLOOR SHEATHING 13. 06-11-00 2”X10” RIM JOIST 14. 06-11-00 2”X10” FLOOR JOIST 15. 06-11-00 2” X 6” SILL PLATE 16. 03-21-00 STEEL REINFORCEMENT BAR 17. 03-40-00 8” THICK CAST-IN-PLACE REINFORCED CONCRETE FOUNDATION WALL 18. 07-11-00 8” GRAVEL FILL 19. 07-10-00 4” DRAINAGE PIPE 20. 31-20-00 DIRT
ASSEMBLIES
MATERIALS: 1. 06-16-33 ROOF SHEATHING 2. 03-40-00 PRECAST CONCRETE FILL 3. 05-36-00 2” COMPOSITE METAL DECKING 4. 05-20-00 HOLLOW STEEL TUBING 5. 05-12-00 6’x4’ ROOF RAFTERS 6. 09-00-00 SHIPLAP 7. 06-11-00 1”x2” WOOD STUDS 8. 06-16-33 4’x8’x3/8” PLYWOOD 9. 07-21-00 4‘x4’x8’ RIGID INSULATION PANELS 10. 05-12-00 8’X8’ STEEL COLUMNS 11. 09-70-00 4’x8’x3/8” DRYWALL 12. 05-20-00 8‘X4’ STEEL STUD 13. 09-60-00 FINISHED WOOD FLOOR 14. 05-20-00 6‘X4’ STEEL GIRDER 15. 05-20-00 8‘X4’ STEEL JOISTS 16. 05-54-00 8”x8” ANCHOR BOLTED STEEL BASE PLATE 17. 03-40-00 11”x11”x4’ CONCRETE PIER 18. 03-40-00 11”x11”x4’ CONCRETE FOOTING
During the materials and methods of construction course I completed these two wall assemblies to better learn the tectonics of wood siding construction and wood frame construction. I learned lots of dimensions and code requirements creating these drawings. WALL
USC ARCHITECTURE PROFESSORS ROB BERRY AND HADRIAN PREDOCK RHINO | ADOBE ILLUSTRATOR

BEND AND INTERLOCK CHAIR

The Bend and Interlock Chair was designed to celebrate the characteristics of wood and plate. Since this studio was dedicated to plate tectonics and geometry, I investigated joineries that worked well with plate geometries. I wanted to create a chain that interlocked and bended because both are natural behaviors for wood. I created a chair that interlocked at two axises; this limited the number of pieces for the structure to two. These pieces would slot into the seat. The seat piece is bent with kerf cuts to provide a more ergonomically comfortable position.

22
Physical Model
Assembly
Diagram Seat Joint Details
23

UNASSUMING LIVING STUDY

This project required me to create a living study that is inspired by a word of my choice. The design had to articulate a position and personality through the word. I chose the word unassuming. I designed a boxy shaped object that is fully sheathed with a white linen that hides the interior expressive and unique steel joints. At night, the joints would show through the exterior and scatter expressive shadows; hence the word unassuming. Inside, there is a study space, lounging space, and a lofted bed. Structurally, we had to use joints made of steel that were created from two pre-existing joints; and then create our own that expressed the word unassuming. One joint is from Mies van der Rohe's Farnsworth house and the other is from a construction catalog of generic steel joints.

24
Axonometric - Sheathed Close up of Analytic

Definition of Unassuming (adjective)

1. not pretentious or arrogant; modest 2. quiet and not attracting attention Method/Formal Operation: Wrap because it conceals and protects the value and inner complexities of something. disguise, concealment, cover-up, protect Study Space for your Occupant

An unassuming space is one that many of us have probably been in, a hole-in-the wall restaurant, a hotel hallway, a neighborhood park. All these places, at a glance seem simple, one-note, and boring, bu when you take a closer look at the building details, like the joints, molding around the doors, the lighting, and the decor you gain an appreciation for the space.

25
Authored Joint Form Mies Van Der Rohe's Farnsworth House Generic Joint Created Joint EXCERPT
26 Sheathed Partially Sheathed Unsheathed
27 Living Study Analytic

ADAPTABLE MODULAR LIVING

Our project focused on creating an adaptable, modular system for a customizable prefabricated temporary homeless shelter in LA. We created 3 different modules; the kitchen, bathroom, and bedroom that the users are able to add and assemble into single or family units. Stylistically, we took inspiration form the Japanese tea houses which translated into the model by having adjustable stilts as part of the foundation, the pop-out sleeping bunk with a sliding screen door, and the front porch. We were also encouraged to incorporate sustainability into our project by using recycled materials during the construction.

28 Physical Model
Exploded Axonometric

Single Unit Plan and Sections

29
Magnets Inside the Walls Allow for Different Arrangements Model Catalogue

THINKING INSIDE THE BOX: INDOOR PLAYGROUND

This project builds on top of the previous project, The Unassuming Living Study, by using the same joints on a larger scale. Since the site was located at a daycare center for a hospital in Koreatown, LA, the project prompted an indoor playground design. Curvilinear surfaces and bold textures fill interior of the stricture for a fun atmosphere. These bold textures were all sourced from around the site. The rectangular "box" frame is held together with joints created from the previous project.

30
Close up of Analytic
Preliminary Sketch

All the materials that were used in the construction of the playground were found around the site. Materials were sourced from a nearby hospital, taco shop, and bike shop.

31

Perspective With Context

32
33
Indoor Playground Analytic

Thank you

Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.