Lauren Onaga Portfolio | 2024

SELECTED WORKS

2021 - 2024

LAUREN ONAGA

CALIFORNIA STATE POLYTECHNIC UNIVERSITY, POMONA

01 (5-10)

02 (11-20)

03 (21-28)

04 (29-36)

05 (37-44)

06 (45-50)

ABOUT

Architecture Student | Artist | Design Enthusiast

I am an incredibly ambitious and artistically driven architecture student with a fervent passion for design that bridges the gap between art and function. I possess great technical skills and am highly proficient in rendering, collaborating with teams, and anticipating user wants and needs. I am extremely passionate about art and design and I am experienced in drafting, sketching, painting, and crafting with multiple different media. My resourcefulness, determination, and artistic vision will make me a valuable asset your team.

Architecture has the power to transform communities, inspire individuals, and shape a better future for society. I am eager to learn from experienced professionals and contribute my creative energy and analytical skills to your firm.

EDUCATION

CALIFORNIA STATE POLYTECHNIC UNIVERSITY, POMONA

- Bachelor of Architecture | in progress

- 2020 - present

- 3.77 GPA

HONORS

- DEAN’S LIST :

- PRESIDENT’S HONOR LIST :

CONTACT

EMAIL:

PHONE: LINKEDIN:

Fall 2020

Spring 2021

Fall 2021

Spring 2022

Fall 2022

Spring 2023

Fall 2023

2020 - 2021

2021 - 2022

2022 - 2023

lionaga@cpp.edu

(626) 755-0399

www.linkedin.com/in/lauren-onaga

Rhino

AutoCAD

Revit

Twinmotion

V-Ray

Adobe Photoshop

Adobe Illustrator

Adobe InDesign

Adobe Acrobat

Microsoft Office

Google Workspace

Procreate

EXPERTISE EXPERIENCE

TEACHER’S ASSISTANT

SKILLS

Graphic Art / Design

Drawing / Sketching

Painting

Drafting

Rendering

Digital Art

Model - Making

3-D Printing

Laser Cutting

Screen Printing

Photography

Working with clay, fabric, yarn, & other media

January 2023 - May 2023

- Guided first-year architecture students by troubleshooting 3Dmodeling issues and fostering design development skills

STUDIO ASSISTANT

August 2023

- Painted and prepared pieces for art exhibition and documented projects through photography for archival purposes

FREELANCE GRAPHIC DESIGNER

May 2021

- Designed three stickers for the Asian American club at the University of Chicago specifically meant to highlight the food and culture of Asia

July 2023

- Designed three stickers for the Sri Lankan Students’ Association club at California State Polytechnic University, Pomona that feature cultural aspects of Sri Lanka

FREELANCE ARCHITECTURAL DESIGNER

August 2023 - November 2023

- Collaborated with fellow architecture students in conceptualizing and designing a Mediterranean-style restaurant. Took ownership of interior design by designating furniture that echoed the essence of the region, orchestrating the spatial layout for optimal guest flow and ambiance, and brought the vision to life through immersive interior renderings.

NASA MPLAN - A.S.T.R.O.

SENARIO BASED XR IMMERSIVE TRAINING ENV.

FOURTH YEAR | FALL SEMESTER | MICHAEL FOX

This project transcends a mere proposal; it redefines the paradigm of astronaut training for sustained lunar presence . Aiming to win the coveted NASA STTR 2023 Program Solicitation , this concept envisions a revolutionary adaptive spatial interface — weaving together cutting-edge extended reality (XR) , augmented reality (AR) , and the use of artificial intelligence (AI) to create a dynamic training environment that will propel humanity’s cosmic footprint.

Traditional simulators pale in comparison to the immersive authenticity an adaptive space can offer. This project proposes a novel approach, where the physical environment itself becomes a living canvas for AR enhancements. The proposal focuses on specific scenarios in which the developed AR navigation technology coupled with the analog component can be leveraged to improve an astronaut’s ability to function more autonomously. The interactive design is of a space focused on adaptability, as the goal lies in designing a space that adapts to workflows rather than designing a workflow. The habitat will be mapped into the real environment of the moon while the virtual space that is augmented with analogue components can be used to simulate tasks and workflows. An integrated AI continuously learns from astronaut interactions, optimizing the habitat layout in real-time for maximum efficiency. This evolving environment fosters adaptability and problem-solving skills vital for lunar missions.

This project is a bold vision for the future of space exploration — a daring commitment to push the boundaries of training and design through the power of adaptive technology . This technology transcends the lunar frontier. Its applications extend to terrestrial architecture, curating adaptive spaces that respond to user needs in real-time . This project has the potential to revolutionize fields like construction, healthcare, and education by creating dynamic, responsive environments that cater to evolving needs

NASA MPLAN

ABOUT PROJECT

A component of this project involved a one-to-one scale physical model of the lunar habitat that manifested its spacial possibilities. The research laboratory room was chosen to be built on the campus of California State Polytechnic University, Pomona and facilitated realworld integration and fostered engagement with the design.

Further amplifying the immersive experience, VR equipment superimposes the project’s 3D digital model onto the physical space . Guests donning headsets become active participants, navigating the virtual lunar landscape within the confines of the physical model. This synergy of the real and virtual fosters a profound sense of presence and allows users to directly interact with the design on a human scale.

Beyond mere presentation, this physical model becomes a platform for dialogue and exploration. It bridges the gap between abstract concept and tangible reality , providing a vital tool for refining the design through user feedback and iterative testing. Ultimately, it stands as a testament to the transformative power of architectural representation, offering a glimpse into the future of lunar habitation that awaits.

KEY INFO

The objective of this specific topic is to develop and mature extended reality (XR) technologies that can support NASA’s goal of a sustained presence on the Moon, the exploration of Mars, and the subsequent human expansion / exploration across the solar system.

KEY INFO

This project benefitted from a valuable partnership with All of It Now (AOIN) Their exceptional rendering skills brought both the interior and exterior of the lunar habitat to life, enriching the A.S.T.R.O. presentation and immersing viewers in the project’s potential.

Utilizing advanced collaboration tools such as Trimble Connect , the A.S.T.R.O. team seamlessly coordinated across disciplines while fostering efficient communication and synchronized workflow . This collaborative spirit, coupled with dedicated teamwork, played a crucial role in delivering a polished and impactful final project.

Multi-Family omplex

Mixed Use

02

MIXED USE MULTI-FAMILY HOUSING

THIRD YEAR | SPRING SEMESTER | JOHN BOHN

Located within the city of Santa Ana, this mixed-use development offers a vibrant , socially connected space for both residents and the broader public. The design prioritizes family-friendly spaces and convenient amenities within easy reach, fostering a strong sense of community as the building seamlessly integrates residential units with engaging public spaces .

The building design consists of wood cladding, multi-colored aluminum seamed facade cladding, concrete, and a perforated metal screen system. The wood and aluminum siding provide a splash of intriguing colors to the project, making the complex more vibrant and warm . The concrete is used on the podium level and arches up beyond multiple stories, demonstrating the potential of concrete const ruction. This material’s inherent strength anchors the building, conveying a sense of stability and permanence . Simultaneously, the concrete’s ability to be formed into both geometric and organic shapes defies expectations and hints at the boundless potential of innovative construction techniques . The perforated metal screen system adds a captivating layer of intrigue as its intricate and dynamic pattern creates harmony with the vibrant city.

This project required dedicated communication and collaboration , emphasizing the idea of connection with a pedestrian promenade that seamlessly links both projects to one another . This engaging open space features a dynamic series of programs all arranged to create a winding pathway. This encourages casual encounters and bolsters social interaction

This mixed-use development transcends functionality, offering a vibrant core of human interaction and purpose-driven design . By prioritizing social connection, engaging program elements, and diverse spatial design, it establishes a welcoming and dynamic place for residents and the broader community to thrive

Multi-Family omplex

Mixed Use

Multi-Family omplex

Mixed Use

The residential component caters to a range of lifestyles, strategically allocating unit types based on their spatial needs

Smaller studio and one-bedroom units envelope a light-infused courtyard that promotes casual encounters and fosters a lively social atmosphere . Above the busy marketplace, twobedroom units rise in a progressive stack— echoing the form of a ziggurat

Multi-Family omplex

Mixed Use

CIRCULATION

To cater to diverse preferences, the design incorporates a dual circulation system . A meandering exploratory path invites leisurely strolls, allowing residents to appreciate the vibrant atmosphere and architecture. Alternatively, for those seeking a more direct approach, a secondary path offers quick and efficient access to specific destinations.

A key feature of this complex is a unique two-story grocery marketplace . This readily accessible space not only serves the immediate needs of residents but also doubles as a communal focal point . While the first story serves as a typical grocery store for residents looking to cook their own meals, a diverse food court is also located on the second story and offers convenient dining options for all— creating a vibrant social hub within the retail space.

Multi-Family omplex

Mixed Use

Multi-Family omplex

Mixed Use

VIEW COMPLETE DESIGN DEVELOPMENT DOCUMENTS HERE

Includes cover sheet, unit plans, elevations, codes, schedules, RCPs, and additional details.

Musuem of Japanese Contemporary Art

03

MUSEUM OF JAPANESE CONTEMPORARY ART

SECOND YEAR | FALL SEMESTER | MARIA SVIRIDOVA

Emerging from historic Little Tokyo, this museum is meant to celebrate the culture of Japan and display the works of many artists— specifically paintings and installations by Yoshimoto Nara and Chiharu Shiota.

At the heart of the museum lies a central cylindrical volume , serving as a versatile focal point. This dynamic shell functions simultaneously as a lightwell , providing the interior with natural lighting , as well as a means of creating unique views and perspectives for visitors and a method of seamlessly connecting the the floors to one another . Strategic slits perforate the shell , channeling sunlight all the way down from third to first floor.

This project serves as an immersive journey into the heart of Japanese contemporary culture. Through its dynamic form, purposeful facade design, and open connection to the outside, the museum stands as a testament to architecture’s ability to translate and celebrate the nuances of cultural expression .

Musuem of Japanese Contemporary Art

PROGRAM DIAGRAM

Musuem of Japanese Contemporary Art

CIRCULATION DIAGRAM

Musuem of Japanese Contemporary Art

The exhibition room is strategically exposed from above , offering a glimpse and drawing guests further into the heart of the installation. This visual connection between levels fosters a sense of anticipation and intrigue, preparing the viewers for the transformative experience that awaits.

Musuem of Japanese Contemporary Art

Musuem of Japanese Contemporary Art

The facade of this project embraces the tranquil essence of Zen gardens , translating their swirling sands into a built form. The exterior facade uses a GFRC canvas in which the textured surface echoes the dynamic patterns of raked sand , evoking a sense of serenity and contemplative stillness

FRONT ELEVATION

04

MT. WILSON SCIENTISTS’ RETREAT

THIRD YEAR | FALL SEMESTER | YASUSHI ISHIDA

This retreat for Mt. Wilson Observatory scientists embodies a dialogue between architectural form and scientific exploration. Drawing inspiration from the swirling forms of barred spiral galaxies, the building emerges as two curved, rectangular arms embracing a central core . This dynamic parti is a deliberate response to the lifestyle of those it will house .

The project is enclosed with glass in order to provide an abundant amount of natural light while offering breathtaking views of the surrounding mountainscape. The aluminum louvers were designed to provide shade and privacy while mimicking the profile of the nearby trees surrounding the building to connect the retreat to its environment.

This Mt. Wilson Observatory retreat represents the synergy between scientific inquiry and architectural expression . The building’s spiraling form reflects the celestial field it observes, while its program thoughtfully facilitates both individual comfort and communal enjoyment. Ultimately, it aims to provide a haven for scientists to rest, reconnect, and rekindle their passion for exploring the mysteries of the universe.

Mt. Wilson Scientist Retreat

Retreat

Mt. Wilson Scientist

Mt. Wilson Scientist Retreat

architecture blending into nature

Mt. Wilson Scientist Retreat

The program is meticulously organized around a clear delineation between public and private spaces . The ground level includes public areas such as the research lab and office, leading to a shared outdoor meeting deck that overlooks the mountain. A strategically placed partition guides the circulation , directing public access towards the deck while subtly protecting the scientists’ privacy. This partition transitions from dense slats to ones that gradually have wider gaps, creating a sense of anticipation as visitors journey from a small area to a panoramic view of Mt. Wilson.

Nestled on the lower slope sits the more secluded portion of the retreat . Private bedrooms and bathrooms for the scientists occupy this level, providing a comfortable respite after many long hours of hard work. A spiral staircase within an open atrium connects this intimate zone to the bustling upper level, fostering interaction and a sense of community among the residents.

Mt. Wilson Scientist Retreat

SECTION 1

Mt. Wilson Scientist Retreat

Retreat

Mt. Wilson Scientist

Mt. Wilson Scientist Retreat

MODELING

05

MODELING AND DESIGN

PROJECTS THAT DEMONSTRATE DESIGN AND 3D-MODELING SKILLS

MODELING

ORIGINAL / INSPIRATION

3D MODEL

INSIDE-OUTSIDE SPACE

This project explores the concept of an “in-between” space, blurring the lines between interior and exterior environments. Inspired by the profound imagery of a John Updike poem, the design aims to evoke a specific emotional response through form and materiality. The pavilion itself is constructed of concrete— its smooth, curved walls echoing the fluid movement of raindrops cascading down a glass window. The sleeping bay, strategically sunken into the ground, offers a unique immersive experience for the occupant. A strategically placed skylight allows the inhabitant to experience the falling rain above while nestled within the pavilion’s embrace, further emphasizing the interplay between interior and exterior.

of being out of the rain, but just out . I would lean close to the hear the raindrops ticking on the other side ; I would huddle under bushes until the rain penetrated; I loved doorways in a shower. On our side porch, it was my humble job, when it rained, to turn the wicker furniture with its seats to the wall and in these I would crouch, happy almost to tears, as the rain drummed on the porch rail and rattled the grape leaves of the arbor and touched my with a mist like the vain assault of an atomic army.”

FIREPLACE

This project explores the concept of a fireplace as a focal point for social interaction, imbued with the symbolic power of the four elements: earth, wind, fire, and water. The central element is a sculptural fireplace crafted from concrete. Its form evokes flowing, solidified lava , with strategically placed glass panels offering glimpses of the fire’s warmth, mimicking the glow of molten lava . This represents the fire element. The fireplace structure itself represents the earth element, with long, columnar concrete elements reminiscent of volcanic rock formations . These elements conceal the chimney and add texture to the hearth that simultaneously serves as a table. Water is introduced underneath glass raised access floors, creating the illusion of walking on water as the user interacts with the space. Finally, a strategically positioned skylight allows natural light to enter the gathering area, symbolizing the sky element. This design aims to foster a sense of connection with the natural world by creating an environment in which the four elements work together in harmony.

MODELING

MODELING

06 SERIES OF SKETCHES, DRAWINGS & PAINTINGS

ARTWORK