Ryan Panganiban

ArchitecturePortfolio

Selected Works 2021- 2024

RyanPanganiban

ryan.g.panganiban@gmail.com (424) 703-9491

MAR 2023 - JAN 2024

Fall 2023

Summer 2023

Spring 2023

Experience

FoxLinArchitects

ArchitecturalAssociate 10 mon

Part Time

Full Time

Part Time

JUN 2022 - MAR 2023

Fall 2022

Summer 2022

FEB 2021 - JUNE 2022

1,513 AXP Hours Completed

JUN 2018 -AUG 2019

Diverse role with involvement in all major stages of the architectural process, with a focus on schematic design and design development.

KTGYArchitecture

ProjectAssociate Intern 8 mon

Part Time

Full Time

Internship within the technical development production team in the low-density studio; contributions to housing projects’ DD and CD phase.

Custom Source DesignArchitectural Metals

Shop Drawing Draftsman 1 yr 4 mon

Part Time

Detailed and precise architectural shop drawing development. Tactile comprehension of ﬁnish work and advanced grasp of late-stage construction stages, fostering practical implementation and contractor collaboration.

EnvirotechnoArchitecture

Architectural Intern 1 yr 3 mon (intermittent)

Part Time

Acquired foundational architectural skills in essential drawing types and the design processes through a part-time internship in architectural practice, gaining hands-on experience in an entry-level, part time role.

AUG 2019 - MAY 2024

Education

California Polytechnic State University, Pomona Bachelor ofArchitecture

Graduation: May 2024

Recognition

2023 - 2024

SEP 2022

MAY 2022

President’s Honor List

Interim Student Showcase

Mixed-use housing complex design in Los Angeles selected for Cal Poly Pomona’s annual student-work exhibit

Jack and Marilyn Zuber RemembranceAward

Third Year Design Studio mixed-use housing complex design was one of ten projects from Cal Poly Pomona’s class, of 112, chosen for recognition. The esteemed architectural jury awarded a $5,000 prize to award recipients.

MAY 2019

South Bay Magazine: 19 Under 19

Honored with South Bay Magazine’s 19 Under 19 Award for early achievements and ambition in architecture. Nominated by principal architect of EnvirotechnoArchitecture.

Skills & Credentials

PROFICIENT

*Revit, *Lumion, Enscape, *AutoCAD, *Sketchup, *Rhino, Vray, *Photoshop, InDesign

*With Professional Experience

Ryan Panganiban

Architecture

California Polytechnic State University, Pomona

Undergraduate Portfolio

ryan.g.panganiban@gmail.com (424) 703-9491

The Summer House

Santa Ynez Mountains, California

Personal Project

Vacation Retreat

2,575 Square Feet

Softwares Used: Revit,Autocad, Sketchup, Lumion

Located in the Santa Ynez Mountains north of Santa Barbara, on a bluﬀ overlooking the dry wilderness of the Los Padres National Forest, this vacation home is crafted to integrate the occupant into the topography and emphasize the surrounding landscape. Designed for personal use and hosting guests, the project features two bedrooms and a den, encompassing a total area that balances privacy with maximizing views. This Corten clad residence employs Type 5 construction with moment frame reinforcement to allow extensive glazing walls, high ceilings, and an operable open facade.

Thedesignaimstocreateaprocessionalexperience, leading the main circulation path to a light-ﬁlled, high-ceilinged living area that extends into a cantilevered lookout.

This main space partners with smaller, private spaces, enhancing each other in contrast. Large glazing walls, equipped with overhangs and light shelves, are strategically oriented eastward to maximizemorninglightandminimizeafternoonand evening heat gain while maintaining the connection with the scenic surroundings and to address a mild climate with warm summers.

Right Exterior Rendering

Left

Ground Floor Plan

Right (Top to Bottom)

Rendering with Operable Wall Open East Elevation

Rendering from Walkway

WATERPROOFING

SHEATHING

INTERIOR FLOOR FINISH

SUBFLOOR SHEATHING

FOUNDATION WALL

PARAPET CAP

FLASHING

RIDGE PLATE

PARAPET TOP PLATE

CORTEN BRACKET

FURRING STRIP

STANDING SEAM METAL ROOF

TREATED ROOF SHEATHING EXPOSED ROOF RAFTERS

PARAPET CAP FLANGE

SHEATHING PARAPET BASE PLATE

RIM JOIST

I-JOIST BEAM

BATT INSULATION

TOP PLATE

HEADER

GUTTER

WIDE FLANGE BEAM

I-JOIST BEAM

WINDOW HEAD NAILER

FLASHING

CORTEN SIDING WINDOW TREATED BACKING NAILER

CORTEN HEADER FLANGE

DOUBLE PANE

WINDOW BASE MULLION

CORTEN BEYOND

COMPOSITE FINISH

SUBFLOOR TREATMENT

SLAB

2x6 EXTERIOR BATT INSULATED WALL

CORTEN FINISH

ANCHOR BOLT

PARAPET WALWAY SLAB 2% SLOPE

FOUNDATION WALL

FOUNDATION FOOTING

Left

Enlarged Kitchen Floor Plan

Right (Top to Bottom)

Kitchen Interior Elevation

Base Cabinet Section (Left)

Pantry Cabinet Section (Right)

Desert Bridge Education Center

Joshua Tree, California

Fourth Year, Fall 2022

Extreme Enviroments Topic Studio

Professor Michael Fox

Softwares Used: Revit, Rhino, Vray

In Collaboration with Kenneth Truong, Ian Ibarra, and Matthew Lin

Located in Queen Valley, south of Queen Mountain in Joshua Tree, California, the Desert Bridge Education Center serves as a children’s sleepaway camp and education center. The facility is segmented into four main components: cabins, facilities, learning center, and observatory, as well asconnectingbridges,alldesignedtofosteradeeper appreciation of the desert’s vibrant ecosystem and the immersive qualities of natural environments.

The site features distinct north and south rock formationswithaﬂatexpanseinbetween,providing an opportunity for a space making relationship between the buildings and the rocks. Responding to the extreme climate variations, the structures are built using locally sourced rammed earth, which provides excellent thermal mass, reducing temperature ﬂuctuations inside the buildings.

Essential services like electrical, water, and septic systems are managed through solar power throughout the project and tanks located at the south facilities which is integrated with the connective infrastructure of the bridge, emphasizing selfsuﬃciency and minimal environmental impact.

Right Rendering

Left

Site Map

Right (Top to Bottom)

Images

South Rock Formation from West

South Rock Formation from Ridge

South Rock Formation from East

Diagram

Site Plan Strategy Diagram

Drawing Tangents

Tangents are drawn along rock formations, creating datum lines throughout the site. These major datum intersections mark the locations of signiﬁcant buildings. By drawing tangents parallel to the rock formations, signiﬁcant space-making strategies emerge between buildings and rocks within these datum points.

Guiding Spaces, Connecting Pathways

Path-making Space-makingIntersection

(GIRLS) BATHROOM (BOYS)

(BOYS)

Administration Floor Plan

Axonometric

Cabin Exploded Isometric

Cabin on the Site

Right (Top to Bottom) Site

Cabin Site Plan on South Rock Formation

Bridge Technical Drawings Right

Bridge Rendering on Site

Left

The Walk

The building placement on the site is firstly a reaction of natural positions of the rock formations, which serve as anchoring points for the structures. Formations like this historically aided in wayfinding, mirroring ancestral practices, and now provide a unique educational framework.

Secondly, another key reason for this program distribution strategy is specifically for the experience of the walk between buildings. This short walk forces visitors to engage with the surrounding landscape before even entering the learning center, offering a natural introduction as they transition towards the educational and observatorial spaces, enhancing the learning experience through a connection with the landscape.

Below

Visualization of Learning Center

1601 South Figueroa

LosAngeles, California

Fifth Year, Spring 2024

Professor Michael Fox

Live Work Space

57,340 Square Feet

Softwares Used: Revit, Rhino, Vray

LosAngeles thrives as a nucleus for creative minds, yet it demands dedicated spaces where these energies can coalesce and grow, especially in the context of the workplace. This project, situated at the intersection of Figueroa Street and Venice Boulevard meets this critical need by establishing a shared analog space that anchors the creative spirit of the burgeoning cohort of young, self-employed creatives who are steering away from traditional corporate environments.

1601 South Figueroa is a live-work complex that integrates housing, workspaces, and creative studios. It oﬀers a dynamic combination of private and open work areas, communal studio spaces, and public amenities including an open marketplace, an auditorium, lounge areas, and extensive gallery space. The design is centered around a concept of a prescribed above-ground spaces and ﬂexible below-ground areas. Above ground, the space is divided into three blocks: Living spaces, Workspaces, and Studio spaces, each designed to foster interaction among neighbors and co-workers.

The underground immerses you in the marketplace and gallery spaces. This highly active area, open to the public, and inviting of the Figueroa foot trafﬁc, showcases a constantly changing scene of local crafts, art, food and drink and independent vendors. Here artists and small business owners engage in an open, ﬂexible setting.

Right Aerial Rendering