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Shaping Community at Rainier Village

RAINIER VILLAGE

Student: Emily Ford
Studio: ARCH 503 — Brad Khouri — Fall 2025
Location: Seattle, Washington

Project Description

Rainier Village reimagines urban housing in Rainier Beach as a place where sustainability, equity, and community come together. This five-story mixed-use development offers 89 homes ranging from compact studios to spacious four-bedroom apartments and townhouses, ensuring a diversity of residents can find a place here. By integrating commercial spaces and community gathering areas, the project extends beyond housing to support neighborhood life and social connection.

Ground Level
Rainier Village Plans

The building is organized into three distinct volumes, breaking down its overall scale to better fit within the surrounding context. This approach improves access to natural light and enables passive solar strategies, reducing energy demands while enhancing interior comfort. At the heart of the project, a green courtyard manages stormwater while providing a shared outdoor space for residents to gather, relax, and connect with nature. These layered strategies, including environmental performance, social spaces, and varied housing options, work together to create a livable and resilient urban community.

Ground Level
Rainier Village Section Perspective
Ground Level
Rainier Village Walkway Perspective

Images from title of project.

UW Architecture x StructureCraft – Timber Wave

TIMBER WAVE

Students: UW Architecture x StructureCraft
Studio: ARCH 505 — Tyler Sprague — Spring 2025
Location: Seattle, Washington

Project Description

The Timber Wave pavilion celebrates the union of architecture and structural engineering while highlighting the strength and versatility of Washington-grown timber. Designed by graduate architecture students in the Barry Onouye Endowed Studio, the project responds to questions of sustainability, reuse, and craftsmanship. Inspired by a Leonardo da Vinci sketch, the pavilion demonstrates how simple modules can achieve remarkable spans and forms—without the need for scaffolding or temporary supports.

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Plan and section Drawing.

Constructed entirely from donated Douglas Fir and Hemlock lumber, the pavilion employs a modular reciprocal system where each “W” shaped unit both supports and is supported by its neighbors. This method makes use of the timber’s natural bending during construction, which then settles into a stable compressive vault. With minimal cutting and reversible screws, the design preserves the reusability of the material while creating an elegant structural rhythm.

Final W Module.

 

The result is a series of five interlaced arches, rising over nine feet and spanning more than twenty-eight feet, that merge into a continuous wooden wave. Visitors can sit along integrated bench seating, explore the central opening to the sky, and even assemble miniature modules themselves. The Timber Wave invites curiosity, tactile interaction, and a deeper appreciation for sustainable building practices rooted in local resources.

Physical Model Study.

 

Perspective photo.

 

Images from RAINER BEACH FOOD HALL.

Concealed Connections: Columbia City Adaptive Reuse

Concealed Connections in Columbia City

Students: Marianna Morrone
Studio: ARCH 301 — Elisa Renouard And Stephen Triguero — Winter 2025
Location: Seattle, Washington

Project Description

Columbia City adaptive reuse offers a powerful way to honor history while addressing today’s needs. Concealed Connections transforms the former Columbia City Substation—once an essential piece of infrastructure—into a hub that unites art, community, and neighborhood identity. By linking the historic landmark district with surrounding residential streets, the project strengthens the area’s cultural fabric while ensuring this building continues to serve as a threshold for generations to come.

Street Elevation
Street Elevation

The design draws inspiration directly from the substation’s role in channeling and distributing energy. Just as electricity flows through circuits, the program elements power one another: a maker space provides resources for artists in residence, whose work animates the gallery. The wrapping screen that encloses the building becomes a switch, opening to invite movement through the site or closing to create moments of focus. This playful interplay of flow and containment creates a new kind of circuit—one that channels creativity, community, and connection.

Ground Level
Ground Level

By embracing adaptive reuse in Columbia City, this project demonstrates the power of reimagining historic infrastructure for contemporary needs. Similar transformations, like Seattle’s Georgetown Steam Plant
or Gas Works Park, show how industrial sites can be reborn as civic and cultural assets. Concealed Connections continues this tradition, proving that the past can fuel the future through innovative design and community engagement.

Ground Level
Ground Level

Images from BIOTIC CONTINUITY.

Layered Design for Art and Community

CORE ARTIST AND COMMUNITY CENTER

Students: Valentina Delgado Sabogal
Studio: ARCH 301 — Elisa Renouard and Stephen Trigueiro — Winter 2025
Location: Seattle, Washington

Project Description

Once a source of energy for Seattle, the Magnolia City Light Substation now stands abandoned—but this student proposal reimagines its future as a space that sparks creativity and connection. The project envisions the substation as a hub for artists and a gathering place for the Magnolia community, transforming an industrial relic into a vibrant neighborhood resource.

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Exhibition Space Render.

The concept draws inspiration from the layered structure of the Earth, with design elements that reflect depth and growth. At the “core” of the building lie artist studios—spaces dedicated to creative work and experimentation. Rising above them are layers of living and community-oriented spaces, including areas for interaction, collaboration, and exchange. This vertical progression mirrors both geological formation and the way communities build upon shared foundations.

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Concept Diagram.

 

By weaving together art, housing, and gathering spaces, the design not only revitalizes an abandoned site but also strengthens bonds within the surrounding neighborhood. It offers a vision for adaptive reuse that honors history while meeting contemporary needs for creativity, belonging, and resilience.

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Floor Plans.

 

Images from CORE ARTIST AND COMMUNITY CENTER.

 

Dwelling & Dining: Living with History

DWELLING & DINING

Students: Alexandra Gefflaut
Studio: ARCH 402 — Max Clairo — Spring 2025
Location: Seattle, Washington

Project Description

Dwelling & Dining explores new ways of living that center awareness, reflection, and connection to place. In this studio, the focus shifted from solving problems to asking deeper questions about how we inhabit the world and engage with our communities. The final projects were designed to be evocative—prompting thought and sparking dialogue rather than prescribing fixed outcomes.

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Dreamtime Sketch 1.

This project, in particular, highlights how history and time shape our present lives. Too often, “time illiteracy” distances us from the cultural, ecological, and social layers embedded in our surroundings. Through evocative design strategies, the work encourages people to pause, notice, and reflect on what is often invisible in daily rhythms. By surfacing these histories and fostering a sense of continuity, Dwelling & Dining proposes that design can be as much about awareness and memory as it is about form and function. It asks us to dwell more consciously, eat more mindfully, and engage more deeply with the stories that shape our shared environment.

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Dreamtime Sketch 3.

 

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River Map timeline and Dreamtime sketch.

 

Images from DWELLING & DINING.

 

Biotic Continuity in Magnolia

BIOTIC CONTINUITY

Students: Lia Poore
Studio: ARCH 301 — Angela Yang and Claudia Rosa López — Winter 2025
Location: Seattle, Washington

Project Description

This project, Biotic Continuity, rethinks what power means in the heart of Seattle’s Magnolia neighborhood. Once a 1940s electrical substation, the site is transformed into a place where energy flows not through wires but through people, ideas, and collaboration. The design recognizes the layered history of the building while opening new possibilities for the community it serves.

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   First and Second Floor Plan.

At its core, the project imagines the substation as both “SUB” and “STATION”: a space adaptively reused to preserve its industrial heritage, and a stopping place where creativity and innovation take root. Artists and community stewards become the new hosts, activating the space with workshops, exhibitions, and gatherings. By shifting the narrative from utility to inspiration, the design breathes fresh life into a structure once defined by function alone. The result is a creative incubator that honors the past while generating new forms of connection and collective imagination.

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                  Sun Diagram.

 

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Physical Model.

 

Images from BIOTIC CONTINUITY.

 

Columbia City Substation Reimagined

COLUMBIA CITY SUBSTATION

Students: Olivia Ma
Studio: ARCH 301 — Elisa Renouard and Stephen Trigueiro — Winter 2025
Location: Seattle, Washington

Project Description

The Columbia City Substation, once a site of industrial infrastructure, is reimagined as a community art center that sparks creativity and connection. This adaptive reuse project highlights the importance of preserving local landmarks while giving them fresh meaning for contemporary community life. By centering art and creativity, the design breathes new energy into a once-utilitarian space.

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Walkway Render.

Drawing from the shared language of currents—both electrical and natural—the project explores how flow, rhythm, and movement inspire human imagination. The design integrates natural elements that invite reflection on the role of the environment in artistic expression. Light, water-inspired forms, and open gathering spaces create an atmosphere where creativity feels alive and accessible. More than just a renovation, the substation’s transformation into an art center offers Columbia City a place to gather, learn, and create together, ensuring the building remains a vital current in the neighborhood’s cultural landscape.

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Hybrid Composition and Physical Model.

 

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First Floor Plan.

 

Images from COLUMBIA CITY SUBSTATION.

 

Reimagining Magnuson Park Fire Station

FIRE AND FUEL

Students:Claudine Montakhab
Studio: ARCH 402 — Kathryn Merlino — Spring 2025
Location: Seattle, Washington

Project Description

This project reimagines the former naval fire and gas stations at Magnuson Park, transforming them into vibrant community spaces that include a grocery store, welcome center, and business hub. At its core, the design seeks to connect visitors more deeply with both the site’s history and its evolving role as a civic landmark.

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Plan Drawings.

Drawing inspiration from the existing porte cochere, the design introduces a series of arches and partitions, built from salvaged wood, that guide people along loose paths through the landscape and into the buildings. This new material palette contrasts with the existing brick, underscoring the dialogue between past and present. The surrounding grounds are re-envisioned as three distinct gardens, each reflecting a different chapter in the park’s history.

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Site plan and Section.

As visitors move through the site, their experience of the tower shifts dramatically. From afar, the tower dominates the skyline; up close, the building mass obscures it; and inside, the atrium offers framed glimpses and shadows. Finally, at the viewing platform, the tower’s height is felt as a striking negative space, reframing the structure as part of the interior experience. This layered journey redefines how people see and inhabit Magnuson Park’s historic landmarks.

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Sun and Entry Diagrams.

 

Images from FIRE AND FUEL.

 

Transforming a Substation into Community Space

THE ARTIST COLLECTIVE AND CAFE

Students: Nina Brenan
Studio: ARCH 301 — Elisa Renouard and Stephen Trigueiro — Winter 2025
Location: Seattle, Washington

Project Description

This project reimagines a disused Seattle City Light substation in Magnolia as a lively center for art, gathering, and community exchange. Instead of erasing the site’s history, the design adapts the existing structure to meet today’s needs while celebrating the character of the surrounding neighborhood. By transforming an industrial relic into a shared resource, the project demonstrates how adaptive reuse can strengthen local identity and create new opportunities for connection.

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South Elevation.

Drawing inspiration from Magnolia’s sloping topography and patterns of movement, the design integrates pathways, courtyards, and layered spaces that guide visitors through the site. Key features include artist housing, flexible gallery spaces, a communal kitchen and event area, and a welcoming café that anchors the site as a public gathering place. Together, these elements foster collaboration among artists and residents while inviting neighbors to engage with creative work. The project highlights how thoughtful reuse of existing infrastructure can spark new cultural energy and deepen community ties.

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Site Plan.

 

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Cafe Render.

 

Images from THE ARTIST COLLECTIVE AND CAFE.

 

Designing Space with Interior Landscapes

THE CDB OPERATING MANUAL

Students: Mira Hawley, Alex Nguyen, Jordan Carmel, Nathan Christopher, and Kyle Lim
Studio: ARCH 400 — Jim Nicholls — Autumn 2024
Location: Seattle, Washington

Project Description

The Community Design Building (CDB) serves as the home for the College of Built Environments’ spring Design Build Studio, but much of the building remained underused and lacking a clear spatial identity. Student design teams set out to change that, envisioning ways to transform the space into a more welcoming, functional environment.

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Site Plan.

The Interior Landscape team focused on how furniture could serve as architecture, using dimensional lumber to craft a system that organizes and animates the building. Their design introduced pieces that double as seating and storage, while also carving out additional places to work and gather. These simple yet versatile constructions bring clarity to the building’s layout, turning previously undefined areas into purposeful zones for collaboration, rest, and productivity. By rethinking furniture as a tool for shaping space, the project demonstrates how thoughtful design can maximize potential in overlooked environments and create community within existing structures.

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Students working on the Bench.

 

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Bench Picture with students.

 

Images from THE CDB OPERATING MANUAL.

 

Community Spark: Greening Columbia City

COMMUNITY SPARK

Students: Erik Rayas
Studio: ARCH 301 — Angela Yang and Claudia Rosa-López — Winter 2025
Location: Seattle, Washington

Project Description

Community Spark reimagines the connection between Columbia City’s bustling historic district and its quieter, nature-filled residential streets. Located in a culturally diverse neighborhood where green spaces are limited in the historic core, the project addresses a vital need: creating an accessible, welcoming environment where nature and community life intersect.

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              Mapping Diagram.

The design emphasizes “Reuse and Reduce,” transforming underused urban space into a transition zone that softens the shift from dense, concrete commercial areas to leafy residential ones. Community amenities—including a shared garden and a plant nursery—invite residents to engage with nature, learn about sustainable growing practices, and enjoy the health and social benefits of green space. By weaving together education, ecology, and community gathering, the project sparks curiosity and belonging. More than a park, Community Spark acts as a catalyst, strengthening ties between neighbors while reconnecting Columbia City to the natural systems that sustain it.

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Community Garden Watercolor.

 

Images from COMMUNITY SPARK.

Community Spark - Plan Level 1 and 2Community Spark - FRONT SECTION N-SCommunity Spark - FRONT SECTION East to WestCommunity Spark - FRONT ELEVATION East to WestCommunity Spark - FRONT ELEVATION North to SouthCommunity Spark - Perspective 3Community Spark - Perspective 1Community Spark - Physical Model 1Community Spark - Aerial Physical Model 1

 

BLOCK105 Builds Food Equity

BLOCK105

Students: Cynthia Tan
Studio: ARCH 504 — Myer Harrell — Winter 2024
Location: Seattle, Washington

Project Description

BLOCK105 is a student-designed project that aligns with the Rainier Beach Action Coalition’s mission to expand access to healthy, affordable food. At its core, the project demonstrates how architecture can support community-led food systems while remaining economically viable and replicable. By focusing on equity and accessibility, the design creates a hub where food-related services can thrive and where the surrounding community feels supported.

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Interior Perspective Render.

The building is constructed with mass timber and organized around a grid-like structural system. This approach allows for prefabricated components, lowering construction costs and simplifying assembly. The system also makes the building highly adaptable: spaces can be efficiently compartmentalized to house multiple programs, and the structure can be disassembled or reconfigured in the future. Beyond technical innovation, the design is meant to be a model for other neighborhoods—a demonstration of how sustainable, affordable, and community-centered spaces can be achieved. BLOCK105 is more than a building; it’s a strategy for making food equity tangible and scalable.

Structural and Egress Diagram.

 

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Environmental Services.

 

Images from BLOCK105.

BLOCK105 - Site PlanBLOCK105 - Ground Floor PlanBLOCK105 - Second Floor PlanBLOCK105 - Third Floor PlanBLOCK105 - Roof PlanBLOCK105 - Section ABLOCK105 - Section BBLOCK105 - Building HeightBLOCK105 - Canopy Perspective Render

 

Cultural and Culinary Resilience in South Seattle

RAINER BEACH CULINARY CENTER

Students: Yun Fang
Studio: ARCH 504 — Myer Harrell — Winter 2024
Location: Seattle, Washington

Project Description

The Rainier Beach Culinary Center is designed as a catalyst for community empowerment and economic opportunity in South Seattle. As part of the Rainier Beach Food Innovation District, it responds to the neighborhood’s rich cultural diversity by supporting local food entrepreneurs—particularly immigrants and low-income residents—who often lack access to affordable kitchen space and business resources.

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Food Hall.

The Center provides shared kitchens, mentorship, and collaborative spaces where small businesses can thrive, while also serving as a hub for ethnic food innovation that reflects the community’s heritage. Four guiding sustainability strategies—Design for Water, Energy, Resources, and Equitable Communities—shape the project. These principles ensure the building conserves natural resources, reduces environmental impact, and supports equity at every level. By weaving together environmental responsibility, cultural vibrancy, and local entrepreneurship, the Rainier Beach Culinary Center demonstrates how place-based design can foster inclusive economic growth. More than just a building, it is a model for resilient community development that celebrates food as a driver of connection, culture, and opportunity.

First Floor Plan.

 

Second Floor Plan.

 

Images from RAINER BEACH CULINARY CENTER.

RAINER BEACH CULINARY CENTER - Section Perspective 1RAINER BEACH CULINARY CENTER - Section Perspective 2RAINER BEACH CULINARY CENTER - Roof Garden RenderRAINER BEACH CULINARY CENTER - Kitchen Render

 

Food and Equity at South Henderson Street

COMMISSARY KITCHEN

Students: Navdeep Kaur
Studio: ARCH 504 — Patreese Martin — Winter 2024
Location: Seattle, Washington

Project Description

In Rainier Beach, students envisioned a two-story community hub that celebrates food as a catalyst for connection and opportunity. Located on South Henderson Street, the building brings together a grand food hall with vendor stalls, a large commissary kitchen, and training spaces that empower local entrepreneurs. The design aims to strengthen community ties while creating pathways for education, workforce development, and small business growth.

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Food Hall Render.

The program includes shared kitchen resources, flexible business classrooms, offices, a community room, and practical support spaces like loading and recycling facilities. At the heart of the design are the four AIA Framework Design Goals: Water, Resources, Energy, and Equitable Communities. Strategies such as efficient energy systems, thoughtful water use, and resource-conscious material choices are paired with a deep commitment to social equity. By weaving together environmental responsibility and economic opportunity, the project positions the Rainier Beach Food Hall as both a neighborhood anchor and a model for resilient, inclusive design.

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Section Drawing.

 

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Water Cistern Diagram.

 

Images from COMMISSARY KITCHEN.

COMMISSARY KITCHEN - Basement PlanCOMMISSARY KITCHEN -First Floor PlanCOMMISSARY KITCHEN -Second Floor PlanCOMMISSARY KITCHEN - Section BCOMMISSARY KITCHEN - Structural DiagramCOMMISSARY KITCHEN - West and South FacadeCOMMISSARY KITCHEN - Second Level Hallway RenderCOMMISSARY KITCHEN - Stair RenderCOMMISSARY KITCHEN - Thermal Battery Space Render

 

Bridging Community at Rainier

BRIDGING COMMUNITY AT RAINIER

Students: Gunes Erel
Studio: ARCH 503 — Peter Cohan — Autumn 2023
Location: Seattle, Washington

Project Description

Bridges at Rainier reimagines a prominent corner with a mixed-use building that blends homes, shops, and live-work units. The design layers pathways and public spaces to encourage everyday encounters and active street life. Discover how architecture becomes a bridge to community connection. A key corner site into a vibrant mixed-use building where architecture itself becomes a bridge to community life. The project responds to the need for housing, neighborhood activation, and flexible space by weaving together residential, commercial, and live-work uses. Rather than treating the building as a boundary, the design opens it up as a place for interaction and connection.

North Elevation
North Elevation

Circulation paths are layered and interwoven, guiding residents and visitors through shared courtyards, walkways, and street-level activity zones. Retail and live-work spaces on the ground floor activate the sidewalk and invite neighbors inside, while upper levels provide a mix of housing options that contribute to density and affordability in the area. By combining private living with public engagement, the project turns a corner lot into a neighborhood hub.

Ground Level - Plan
Ground Level – Plan

The result is a design that supports both individual and collective needs—providing homes, workspaces, and gathering places in one. Bridges at Rainier shows how mixed-use architecture can foster connection, encourage economic vitality, and enrich everyday urban life.

 

Images from Bridging Community at Rainier.

 

Habitat Kitchen: A Community Hub

HABITAT KITCHEN

Students: Stephanie Williams
Studio: ARCH 504 — Myer Harrell — Winter 2024
Location: Seattle, Washington

Project Description

Habitat Kitchen is a new food-centered community hub in Seattle’s Rainier Beach neighborhood. More than a building, it is a place where residents can eat culturally relevant meals, learn cooking skills, launch food businesses, and build connections that strengthen neighborhood well-being. The project responds to the idea that food is not only nourishment but also a catalyst for health, dignity, and social connection.

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Commissary Kitchen Render.

The design combines a commissary kitchen, classrooms, and flexible gathering spaces to support multiple users. Diners can enjoy food created by and for their community. Cooks gain a humane and productive workplace, while food vendors receive the infrastructure needed to grow their businesses. Beyond food production, Habitat Kitchen is a social anchor, where casual encounters can spark lasting relationships. Every detail—light, space, materials, and flow—was designed to ensure people leave feeling better than when they arrived.

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Section Perspective.

By centering community voices and everyday experiences, Habitat Kitchen demonstrates how thoughtful design can nurture health, creativity, and belonging in Rainier Beach.

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HABITAT KITCHEN Vicinity Map.

 

Images from HABITAT KITCHEN.

HABITAT KITCHEN - Plan GroundHABITAT KITCHEN - Plan Level 2HABITAT KITCHEN - Plan RoofHABITAT KITCHEN - Section East WestHABITAT KITCHEN - Section North SouthHABITAT KITCHEN - Balcony

 

Connecting Community at 9019 Rainier

9019 RAINIER

Students: Valerie Lange
Studio: ARCH 503 — Julia Nagele — Autumn 2024
Location: Seattle, Washington

Project Description

Located in Seattle’s Rainier Beach neighborhood, 9019 Rainier brings together housing, youth programs, and public amenities under one roof. The project addresses both a shortage of affordable homes and the need for spaces where young people can gather, learn, and grow. By integrating housing with community services, it strengthens neighborhood ties and creates opportunities for residents to thrive.

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    9019 RAINIER Diagram and Vignette.

The design includes 121 housing units, ranging from family-sized apartments to housing for youth, ensuring a diverse mix of residents. A dedicated teen center offers recreation, mentorship, and education programs, while a training kitchen provides culinary skills and job training. Public spaces are woven throughout the building, encouraging interaction between neighbors and visitors. Thoughtful architectural choices reflect Rainier Beach’s cultural diversity, and sustainable materials support a healthier environment. With its emphasis on inclusivity, environmental responsibility, and local identity, 9019 Rainier is more than just a building — it’s a hub for community life.

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9019 RAINIER Ground plan – level 2.

 

Images from 9019 RAINIER.

9019 RAINIER Upper Plan - Roof Plan9019 RAINIER Axonometric9019 RAINIER Elevation9019 RAINIER Diagram and Vignette 29019 RAINIER Henderson9019 RAINIER Interior

 

Cultivating Community at The Hive

THE HIVE

Students: Daniela Casalino
Studio: ARCH 504 — Rob Corser — Winter 2024
Location: Seattle, Washington

Project Description

The Hive reimagines food as a tool for empowerment and connection in Rainier Beach. At its core, the project creates opportunities for local food entrepreneurs to thrive by offering affordable access to facilities, mentorship, and a vibrant community hub. In a neighborhood rich with cultural diversity, the design celebrates food as both sustenance and a shared story.

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THE HIVE Aerial Sketch.

The program includes a commissary kitchen where small businesses can prepare meals without the high costs of private facilities, a food hall that brings neighbors together to share flavors, and teaching spaces where skills can be passed down to future generations. Flexible outdoor areas host markets, gatherings, and seasonal events, while a rooftop beekeeping program offers both ecological benefits and a symbolic link to community interdependence. Every design decision supports resilience—whether by lowering barriers for entrepreneurs, strengthening cultural exchange, or weaving food systems into the urban fabric. The Hive is more than a building; it is an ecosystem where creativity, culture, and community flourish.

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THE HIVE Commissary Kitchen.

 

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THE HIVE – Beekeeping Rooftop.

 

Images from THE HIVE.

THE HIVE - Floor 1THE HIVE - Floor 2THE HIVE - Floor 3THE HIVE - Human Scale DetailTHE HIVE - Bee DiagramTHE HIVE - Structure Exploded DiagramTHE HIVE - Pollinator GardenTHE HIVE - Food HallTHE HIVE - Section B

 

Terrace Kitchen for Rainier Beach

TERRACE KITCHEN

Students: Joy Muñoz
Studio: ARCH 504 — Myer Harrell — Winter 2024
Location: Seattle, Washington

Project Description

Terrace Kitchen reimagines the role of a community center by directly addressing food insecurity in Rainier Beach, a neighborhood historically underserved and facing limited access to fresh produce. More than just a building, it is a space that connects people through the act of growing, preparing, and sharing food. Its mission is to improve access to healthy nutrition while strengthening community resilience.

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Terrace Render.

The design centers around three key programs: terraced gardens that invite hands-on learning in cultivating food, a commissary kitchen that supports local entrepreneurs and shared cooking, and classrooms paired with teaching kitchens where residents can learn about nutrition, culinary skills, and sustainable food systems. Together, these spaces form a cycle of growth, education, and community empowerment.

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TERRACE KITCHEN Sketches.

Materiality also plays a role in telling the story. The structure blends mass timber with rammed earth, celebrating natural textures and grounding the building in its environment. Subtle details—like the warmth of wood meeting the tactile quality of earth—create a welcoming atmosphere that reflects the values of nourishment and connection. Terrace Kitchen demonstrates how thoughtful design can address pressing social needs while fostering pride and sustainability in a community.

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Structure plan and Axonometric.

 

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Diagram and Wall Detail.

 

Images from TERRACE KITCHEN.

TERRACE KITCHEN - Site PlanTERRACE KITCHEN - Ground PlanTERRACE KITCHEN - Second Floor PlanTERRACE KITCHEN - AxonometricTERRACE KITCHEN - Garden RenderTERRACE KITCHEN - Physical ModelTERRACE KITCHEN - Environmental Service 1TERRACE KITCHEN - Section 2TERRACE KITCHEN - Environmental Service 2

 

Rainier Beach Food Hall

RAINER BEACH FOOD HALL

Students: Kristina Maier
Studio: ARCH 504 — Alicia Daniels Uhlig — Winter 2024
Location: Seattle, Washington

Project Description

The Rainier Beach Food Hall is imagined as both a welcoming gateway and a dynamic community hub for the Rainier Beach neighborhood. Located next to the Light Rail Station and Chief Sealth Trail, it offers residents and visitors a striking first impression while fostering economic opportunity, cultural expression, and everyday gathering. The project draws from the AIA’s Framework for Design Excellence, centering sustainability and urban livability as guiding principles.

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Massing Diagram.

Built with cross laminated timber (CLT), the structure combines environmental responsibility with warmth and durability. Its double-height food court supports local vendors, providing an inviting place for neighbors and visitors to share a meal. A rooftop community garden and spaces for murals allow the community to contribute directly to the design, reinforcing a sense of ownership and pride. Beyond food, the project includes a professional commissary kitchen for food trucks and caterers, along with a teaching kitchen, classrooms, and meeting spaces that expand educational and entrepreneurial opportunities. Together, these elements create a vibrant, multi-use destination that strengthens connections across Rainier Beach while showcasing the power of design to serve both people and place.

Food Hall Render.

 

Images from RAINER BEACH FOOD HALL.

RAINER BEACH FOOD HALL - First Floor PlanRAINER BEACH FOOD HALL - Second Floor PlanRAINER BEACH FOOD HALL - Third Floor PlanRAINER BEACH FOOD HALL - Annotated SectionRAINER BEACH FOOD HALL - P-Patch Render

 

Urban Farmhouse in Rainier Beach

RAINIER LANDING

Students: Hunter Bradshaw
Studio: ARCH 503 — Melissa Wechsler — Autumn 2024
Location: Seattle, Washington

Project Description

Rainier Landing reimagines how housing and food systems can work together to support a thriving community. Located in Seattle’s Rainier Beach neighborhood, the project responds to urgent needs for affordable housing while tackling food insecurity head-on. Its guiding vision, Urban Farmhouse, merges the comfort of home with the productivity of urban agriculture, fostering a sense of belonging and shared purpose.

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    Rainier Landing Form Diagram and axonometric.

The mixed-use development provides well-designed, affordable apartments above active ground-floor spaces dedicated to community activities and local food production. Residents have access to shared gardens, rooftop greenhouses, and spaces for food preparation and education. Materials are chosen for durability and warmth, creating an inviting environment while reducing environmental impact. The design encourages daily interaction between neighbors, whether through tending vegetables together or hosting meals in shared kitchens.

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Rainier Landing Courtyard.

By combining housing with hands-on food access, Rainier Landing offers a replicable model for addressing both shelter and nourishment in urban settings. It’s a place where community grows—literally and figuratively—rooted in the values of connection, sustainability, and resilience.

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      Rainier Landing Lower Clubhouse.

 

Images from RAINIER LANDING.

Rainier Landing Concept DiagramRainier Landing Parti DiagramRainier Landing Site PlanRainier Landing L0_L1.5 Floor PlansRainier Landing L2_L5 Floor PlanRainier Landing Roof PlanRainier Landing Section PerspectiveRainier Landing Courtyard NightRainier Landing Rainier Street

 

Sustainable Food Hub in Rainier Beach

RENDEZVOUS

Students: Cameron Reese
Studio: ARCH 504 — Patreese Martin — Winter 2024
Location: Seattle, Washington

Project Description

Rendezvous reimagines how food, community, and sustainability intersect in Seattle’s Rainier Beach neighborhood. Designed as a vibrant food hub, the project brings people together through shared meals, learning, and cultural exchange while addressing urgent environmental challenges. At its core, the design seeks to strengthen community resilience, promote equitable access to resources, and celebrate the neighborhood’s diverse identity.

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RENDEZVOUS Sketches.

The project’s architecture is inspired by the flow of water, symbolizing both life and movement through the community. A food hall, commissary kitchen, and learning center anchor the space, serving as platforms for local entrepreneurs, chefs, and educators. Beyond its program, Rendezvous emphasizes system integration—designing every element of the building to work in harmony. Energy conservation strategies reduce reliance on nonrenewable sources, while rainwater harvesting and reuse showcase a sustainable approach to resource management. The project follows the AIA’s Framework for Design Excellence, merging technical innovation with social impact. By prioritizing both environmental stewardship and equitable engagement, Rendezvous demonstrates how design can create a shared space where food, culture, and sustainability converge.

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Perspective Section and Shading Studies.

 

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Food Hall Render.

 

Images from RENDEZVOUS.

RENDEZVOUS - Site PlanRENDEZVOUS - Plan Level 1RENDEZVOUS - Plan Level 2RENDEZVOUS - Context MapRENDEZVOUS - Axonometric and System DiagramsRENDEZVOUS - Structure and Roof DetailRENDEZVOUS - Amphitheater RenderRENDEZVOUS - Kitchen RenderRENDEZVOUS - Physical Model

 

Beacon of Hope in Berlin

LIGHTHAUS

Students: Justin Sze
Studio: ARCH 505 — Elizabeth Golden — Spring 2024
Location: Berlin, Germany

Project Description

Light-haus is envisioned as more than just a building—it is a symbol of hope and resilience for Berlin’s refugee community. Like a lighthouse guiding ships safely to shore, the project provides refuge, orientation, and the promise of belonging in an unfamiliar city. At its heart, the design reflects the belief that architecture can foster connection, stability, and possibility for those navigating displacement.

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LIGHTHAUS Concept map and Upper plan.

The building serves as a vibrant hub, offering spaces for gathering, learning, and support, while its luminous presence becomes a visual marker of welcome. Its form and function emphasize openness and community, creating a place where new beginnings can take root. As time progresses, Light-haus shines outward—its impact extending beyond its walls to inspire the broader Berlin region. By embodying unity and resilience, the project transforms into a guiding light, one that symbolizes hope not just for refugees but for the entire city.

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LIGHTHAUS invite protect diagram.

 

Images from LIGHTHAUS.

LIGHTHAUS PROGRAM DIAGRAMLIGHTHAUS URBAN PERSPECTIVE COLORED 2LIGHTHAUS URBAN PERSPECTIVE COLOREDLIGHTHAUS COURTYARD PERSPECTIVE COLORED

 

Hjem: Courtyard Office for Connection

HJEM

Students: Eleanor Lewis and Madeline Wettstein
Studio: ARCH 506 — Peter Cohan — Autumn 2024
Location: Copenhagen, Denmark

Project Description

Hjem explores how office architecture can move beyond efficiency to cultivate human connection and comfort. After two weeks of site analysis in Copenhagen, students returned to Seattle to design an office extension for Lundgaard & Tranberg Arkitekter that responds to both place and people. At its heart is a central courtyard, envisioned as a gathering space where natural light, fresh air, and social exchange intersect.

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Hjem Model and Figure Ground Map.

The design emphasizes the sensory qualities of materials and space. Warm wood tones, textured surfaces, and daylight-filled interiors create an environment that feels both welcoming and restorative. Offices and work areas are arranged around the courtyard, ensuring that every space maintains a visual and physical link to the outdoors. The layout encourages collaboration while also offering quiet corners for reflection and focus.

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Hjem Structure Diagram.

By blending material warmth with thoughtful spatial organization, Hjem shows how an office can nurture well-being as much as productivity. In a city known for its design culture, this project demonstrates how architecture can honor tradition while pushing toward a more human-centered workplace.

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Hjem Courtyard Render.

 

Images from HJEM.

Hjem circulation and New_old DiagramHjem Plan first floorHjem Plan Second floorHjem Section AHjem Office Double Height Space RenderHjem Office RenderHjem Office Loft RenderHjem Kitchen and Courtyard RenderHjem Courtyard second level Render

 

Sunu Kerr: Our Home in Lynnwood

SUNU KERR

Students: Amy Kale, Marga Lee, and Chenlu Zhang
Studio: ARCH 506 — Elizabeth Golden — Autumn 2024
Location: Everett, Washington

Project Description

“Sunu Kerr” (Our Home) is a vision for housing that honors the traditions, needs, and aspirations of Lynnwood’s West African diaspora. Rooted in the idea that home is more than a building, the project prioritizes cultural expression, intergenerational connection, and a sense of belonging. In an increasingly diverse city, it offers a model for community-driven design that celebrates heritage while adapting to modern needs.

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Sunu Kerr Aerial View of Courtyard.

The plan draws inspiration from traditional West African spatial patterns, where courtyards, gathering areas, and shared resources bring neighbors together. Flexible units allow families to adapt spaces as needs change, while shared kitchens, gardens, and cultural activity rooms support everyday interaction. Sustainable materials, natural ventilation, and passive shading strategies create a comfortable, environmentally responsible living environment. By weaving together familiar design elements with forward-thinking sustainability, “Sunu Kerr” creates a place where cultural identity is visible, daily life is enriched, and community bonds are strengthened. It’s a design that reflects the past, responds to the present, and looks toward a connected future.

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Sunu Kerr Cabana.

 

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Sunu Kerr Context Aerial View.

 

Images from SUNU KERR.

Sunu Kerr MassingSunu Kerr STREET PLANSunu Kerr Second Level PlanSunu Kerr Third Level PlanSunu Kerr Courtyard BantabaSunu Kerr Kid's Play AreaSunu Kerr Living Walkway - Level 1 PerspectiveSunu Kerr Living Walkway - Level 2 PerspectiveSunu Kerr Market

 

Pemberton Mill Unites Work and Community

PEMBERTON MILL

Students: Brendan Colford
Studio: ARCH 507 — Matt Catrow and Susan Jones — Winter 2025
Location: British Coloumbia, Canada

Project Description

Pemberton Mill is more than a sawmill — it’s a hub for community resilience, sustainable resource use, and wildfire recovery. Located in the heart of a region severely impacted by forest fires, the site serves as both a processing center for salvaged timber and a home base for seasonal workers, sawmill operators, firefighters, educators, and forest maintenance crews. Its location ensures quick response to fire events while also fostering long-term community and environmental stewardship.

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    Pemberton Mill Circularity Diagram.

The site’s three buildings — the sawmill, solar kiln, and workforce lodge — work in tandem to process fire-damaged wood and provide essential services. The workforce lodge, built from cross-laminated timber salvaged from Vancouver’s First Nations Elementary School, is the centerpiece. The first floor houses a public woodshop, administrative offices, and a breezy dogtrot leading to the river. Elevated above the floodplain, the upper floors offer 13 single rooms, shared facilities, a large communal kitchen, and lounge spaces under a dramatic barrel-vault ceiling. In summer, pivot doors open to a sun-filled courtyard for recreation and gatherings. By merging housing, production, and public space, Pemberton Mill becomes a place where recovery work, sustainable forestry, and community life thrive together.

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Pemberton Mill Site Plan.

 

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Pemberton Mill Front Entrance.

 

Images from PEMBERTON MILL.

Pemberton Mill First FloorPemberton Mill Second FloorPemberton Mill third FloorPemberton Mill Office KitchenPemberton Mill Office SpacePemberton Mill Third floor communal KitchenPemberton Mill typical workforce lodgingsPemberton Mill Section and detailPemberton Mill Assembly Detail

 

Sustainable Living in Rainier Beach

CONIFER

Students: Chlo Duttry
Studio: ARCH 503 — Rick Mohler — Autumn 2024
Location: Seattle, Washington

Project Description

Conifer reimagines urban housing in Rainier Beach, Seattle, by uniting sustainability, community, and inclusivity. This five-story mixed-use complex supports residents of all ages, from young families to older adults, through a range of housing options and generous shared spaces. The design responds to the neighborhood’s need for accessible housing while promoting vibrant, daily interactions between generations.

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          Rendering of the Conifer community room.

At the heart of Conifer is a lush green stormwater infrastructure courtyard that manages runoff while creating a calm, communal outdoor retreat. Residents share amenities including a large daycare center, fitness gym, and community kitchens that encourage social connection and resource sharing. Housing units range from studios to three-bedroom layouts, accommodating diverse household sizes. The building’s mixed-use nature and sustainable strategies strengthen the local fabric by reducing environmental impact and fostering a sense of belonging. Conifer offers a model for how urban development can serve both people and planet in equal measure.

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          Rendering of the Conifer street front.

 

Images from the CONIFER.

Interior FacadeSite PlanTypical Residential LevelAxonometric viewContextual Axon DiagramSection - CONIFERAriel PerspectiveCourtyard RenderInterior Unit Render

 

TINI wikiHouse Design Build Studio

 

The TINIwikiHouse design build studio is the first step in a research collaboration with community partners dedicated to providing high quality temporary shelter for the unhoused. Our project brings together the expertise of a low income housing non-profit, and the production sophistication of a volunteer-based tiny house construction foundation. The foundation has produced more than 500 stick frame tiny houses to date. To do so, they have honed a streamlined production system that employs jigs to produce floor, wall and roof panels to be fully assembled, clad and painted in a warehouse facility. Teams of volunteers work productively in an assembly line manner, and the houses are of high quality. The low income housing non-profit is responsible for planning, approvals, site construction and management of Tiny House Villages, and together with the tiny house construction foundation and other builders, they have completed 18 villages to date.

But along the way, some important gaps and bottlenecks have appeared in this otherwise streamlined system. One is the lack of space to store completed tiny Houses that are awaiting installation in Village projects that are delayed in site acquisition and approvals processes. Another issue is the logistical challenge of shipping entire houses, which limits the range of the building foundation to a smaller regional area. Finally, our partners expressed the desire for higher performing, longer lasting houses that can be customized to create a greater variety of forms, and that can eventually be disassembled for re-deployment. The “WIKI versus STICKS” design build research studio was born out of these opportunities for innovation in Tiny house production. Our research questions all surround the potential efficacy of CNC flat-pack panelized construction to address the gaps in existing stick frame pre-fabrication of tiny houses. This project and its strategic partnerships will extend well beyond Prototype 001, with a goal of making this approach operational in two years.

This first prototype of a TINIwikiHouse -number 001 -was designed and produced during a 10-week capstone graduate research studio. The capstone studios are a key feature of our recently revised M-Arch curriculum. The approach adopted for Prototype 001 was the adaptation and customization of an open-source production approach called WikiHouse (www.wikihouse.cc). This European initiative is a box-based prefabrication system that maximizes insulation potential and ease of assembly. We used this example as a starting diagram and developed our own custom panelization designs and procedures, resulting in a system of interchangeable prefabricated wall and roof panels. Our goals of achieving easy factory-based CNC fabrication, straightforward component assembly, easy storage and shipping, and a satisfying volunteer experience of onsite assembly were the subjects of initial testing in Prototype 001.

The studio course is framed as a form of Action Research, with learning outcomes that included collaborative design, pre-fabrication strategies and social equity, all of which were evaluated based on an end-of-project reflection. Further, this studio also served Departmental and College-wide strategic initiatives for applying research to the societal challenges of equitable and accessible housing for all, while simultaneously forging and deepening community partnerships. The result was a highly integrated approach to technical research in service of greater social and economic justice. From this ambitious first step, the TINIwikiHouse project is currently seeking funding for a planned Prototype 002 that will continue testing component modifications for lighter weight panels, increased ease of production and choreography of volunteers for assembly, disassembly and rebuilding for future TINI houses.

Positive / Negative Studio


This studio investigates the architectural character of space and enclosure. It posits necessity as the ground of architectural invention and defines design as an exploration of the most elemental gestures of enclosure in response to the site and the requirements of use. The studio also explores ways of seeing and narrating spatial experience. In addition, it focuses on the development of a critical design process as one of the most fundamental skills in the discipline of architecture.

The foundation studios emphasize the importance of wholeness – spatially, materially and conceptually. Wholeness is dynamic, a balance of forces, and is constructed through proportion and the process of making. The main force for this studio is light, whose interaction with mass reveals void and interprets the character of site and space. Wholeness is the result of imagination and story, the narrative thread that guides design exploration and makes it meaningful.

Throughout the studio, Semper’s paradigm of wall, platform and roof – which protect and elevate the hearth and help maintain and represent the activities that gather around it. The hearth is not necessarily a literal fireplace, but may be understood metaphorically as a center – as the reason or idea for gathering and establishing enclosure. The wall, platform and roof may be articulated in terms of two contrasting orders of construction: stereometric and tectonic. Stereometric construction involves the stacking of load bearing elements such as blocks, timber or the more contemporary technique of cast-in-place concrete. The logic of this construction is heavy and fixed; space is construed as mass and there is a strong difference between the inside and outside, solid and void. Tectonic construction employs frame and cladding and is potentially lighter and more flexible. Spatial distinctions between inside and outside, solid and void are more ambiguous; space is understood as a field.

Once the poetic logic of these two systems is understood, the joining of space, materials and activities becomes the focus of the design process. Expressing the way in which these archetypal elements bear and resist gravity helps relate building to our bodies and narrate the drama of spatial experience. The emotion of making and storytelling form the foundation of the studio’s design explorations

 

Project Description:

A photographer has purchased a 50′ X 100′ lot at the corner of Shilshole Avenue NW and NW Vernon Place, thus realizing a lifelong dream of constructing a place to make and exhibit photographic work on one site. This building will foster the photographer’s exploration of ideas and techniques of a particular photographer whose work has been inspirational, and will present the artist’s idea of image making to the public.

Led only by my instincts I draw, not architectural syntheses, but sometimes even childish compositions, and via this route I eventually arrive at an abstract basis to the main concept, a kind of universal substance with whose help the numerous quarreling problems can be brought into harmony.                   

– Alvar Aalto, “The Trout in the Mountain Stream”

In the essay “The Trout in the Mountain Stream” Alvar Aalto describes how he begins the design process. He puts aside the site and program information – the “numerous quarreling problems” – and searches for a more abstract basis or foundation for the design. Aalto sees the process as essentially an artistic one. He typically began a project by drawing or making an abstract painting. Design investigation is non-linear and like the trout, involves a continuous iteration between beginnings and ends, mountain stream and sea. The trout is not a building and is more like a gesture or a game that dramatizes/presents the FORCES, EMOTION AND GRAIN of an idea.

In play we may move below the level of the serious, as a child does; but can also move above it – in the realm of the beautiful and the sacred.

– J. Huizinga, “homo ludens”

The trout begins with the childhood game of “rock/paper/scissors” in order to explore the nature of materials and their interaction. Rock has mass and will be made with stacked and glued cardboard and/or other paper.   Scissors are made with binding wire and paper is trace. Paper and scissors are one material – wire sandwiched between trace. Like the game of “rock/paper/scissors,” the goal of the trout is lively interaction in which the whole is greater than the sum of the parts. It contains all the elements of play: “order, tension, movement, change, solemnity, rhythm, rapture.”

 

Images 1-4:  A Space for Sugimoto, Max Clairo

Images 5-11: Nevis Granum

Images 12-18: POS/NEG, Jeremy McGlone

Mexico City Studio

How can we make our living spaces more adaptable as our daily circumstances change drastically? From pandemics to natural disasters, we are constantly working to find a balance between adapting to unexpected shifts in our environment and enjoying the everyday moments of our lives. This studio researched adaptive reuse and renovation options for a well-loved existing housing complex in Mexico City that is falling into disrepair but maintains a lively community.

Images 1-3: Between Everyday and Emergency, Claire Sullivan

This proposal explores the question: what if necessary earthquake evacuation infrastructure were paired with public space to complement the aerial pedestrian streets at Mario Pani’s seminal CUPA housing project in Mexico City? Centro Urbano Presidente Aleman, more commonly referred to as CUPA, is an alternative housing proposal that was completed in 1949 in Mexico City by architect Mario Pani. This work came during a movement to prove that shared housing was a progressive and sustainable way of living outside of a single family home. With about 1,000 apartments plus public amenities on site and many original apartment owners still tenants, CUPA remains a vibrant example for successful urban housing today. Over the years and through a few earthquakes, the structure has become unstable and is at high risk for seismic destruction should another natural disaster hit. The building has many unique renovations specific to apartment owners and has a cherished community spirit throughout it. In the time of the pandemic and speculating into the future for needs of incoming residents, this project challenges and expands on the “sky streets” or wide communal walkways in the building by exploring how semi-private space looks and how residents can have some precious personal outdoor space without having to go to the ground level out in public, especially as many elderly residents have expressed. Speculating into the future for the needs of incoming residents and how this beloved housing complex might adapt to unforeseen conditions, one opportunity these apartments present is a stronger indoor-outdoor relationship at the unit level. This proposal, combined with the context of street skies at CUPA, bumps out the communal walkways to provide more permanent space for residents to interact with neighbors and step out for fresh air without an excursion planned. The independent frame acts as a series of balconies for activity and a central stair to be enveloped by the life of CUPA, as well as acting as life raft with an emergency stair. Through a kit of parts method, the steel grid provides places for balconies for individual residents, circulation for neighbors, and safety for the complex if an earthquake were to hit. With the goals of more indoor-outdoor connection, relationship to neighbors, improved access vertically through the building, and a light touch on the site, this independent frame hosts a series of balconies for activity and central stair to be enveloped by the life of CUPA, as well as a life raft in the event of an earthquake emergency.

 

Images 4-6: Life on the Edge, Emily Crichlow

This project studies the existing barrier fence and proposes a new condition on the edges of the site that create ever changing thresholds that start to identify ways to merge and also accommodate the connection between public street life and a residential housing complex. The most challenging part of this project was designing a site intervention at a location that our studio was unable to visit due to travel restrictions. Working with these conditions taught me the importance of understanding not only the physical characteristics of a site, but also the embedded cultural and social influences.

Seven Generations Studio

Studio Description: 

Co-led by Daniel Glenn, an Apsáalooke (Crow) architect specializing in contemporary Indigenous architecture and planning, the studio supported the presence of Native cultures and Indigenous life on campus. A contemporary Native student housing and gathering space provides a welcoming home and support center for Native students. Multi-generational housing and a resident elder program fosters multi-generational exchange. Studio time was spent in close consultation with Native Students and Elders to determine the ideal program and campus location. Comprehensive and integrated sustainability strategies are showcased; mass timber is utilized for structure. Multiple scales of social gathering spaces are nurtured and emphasized through the work of this studio.

Images 1-5  The Family House  Steven Moehring

Images 6-10 Campus As Village  Nishat Tasnim

Architecture in an Urban Context

This studio, together with Architecture 590, the Architecture 504 studio in the winter quarter and the companion coursework in design technology and contemporary architectural theory in both the fall and winter quarters, forms the second and third quarters of the integration block in the UW Master of Architecture Program. This segment of the curriculum explored the existential challenges of climate change and growing social inequity within the context of global urbanization. The focus was architecture’s role in creating livable, equitable and sustainable communities. The curriculum pursued this focus within the only two studios and companion coursework that all M.Arch students are required to complete. The Arch 503/Arch 504 sequence engages both the urban scale and the architectural scale, using a study area in Seattle that has significant historical characteristics and is rapidly changing. The studio seeks to understand the interface between the architectural and urban and how they form and inform each other.

The architectural project consisted of a multi-family housing component and a small-scale institutional building component within an overall framework of “Fabric and Figure”. The focus in Arch 503 was understanding the relationship between the site and surrounding urban condition (past, present and future) and developing an architectural design in response. This included a clear site/building strategy and an understanding of the relationship between the housing program (Fabric) and institutional program (Figure). The primary focus in Arch 503 was the development of the housing portion of the program including ground floor uses that may include housing, commercial space, or both. Emphasis was placed on the learning objectives and outcomes outlined above including human health, safety. and welfare at multiple scales, accessible design, technical knowledge and design synthesis.

1-7 Nexus, Farinaz Sayad
8-14 Iris, Justin Ly
15-19 The View, Kellie Kou
20-26 Outreach, Haili Brown

Urban Food Center Studio

This studio focused on the urban integration of food production and consumption and its ability to affect transformation of the neighborhood. Urban food production anchored an architectural design process exploring insides vs. outsides, natural vs. manufactured, and public vs. private through the continuous production of drawings and models.

1-6 Urban Food Center, Greta DuBois

7-12 Urban Food Center, Nayana Cardoso

Dwelling in the Sicilian Countryside

Dwelling in the Sicilian Countryside Anew

Thousands of small cities and towns in Italy have undergone disinvestment and depopulation for over a century now, raising questions about the future of productive landscapes, cultural heritage, urban-rural inequality and social cohesion. 2020 awoke interest in these issues, as remote workers sought out these places and envisioned new alternatives to life in large metropolitan centers. As a resolution to the COVID-19 pandemic appears on the horizon, towns like Palazzolo Acreide are in a race to find innovative sustainable development models to rechart the future of the urban environments and communities. Students proposed an intervention in the urban core of Palazzo Acreide to accommodate a mixed-use program, exploring novel ways to weave life, work and travel. The studio searched for concrete and meaningful ways in which architecture can encourage new ways of living together in the towns of the Sicilian countryside.

This studio rethinks the future of disinvested towns in Southern Italy undergoing changes since the COVID-19 pandemic and the widespread experiment with remote work. Students proposed an architectural intervention for Palazzolo Acreide in Sicily after a series of dialogues with community members, politicians, philanthropists and architects. The studio questioned the role that interventions at the building scale can play as catalysts in their urban context, and explored the architectural devices they can employ to achieve this in compelling ways.

Images 1-6 Coexisting with History, Hailey Alling

Images 7-12 Qualities of a Wall, Parker McKean

The Nordic Spirit Studio

The National Nordic Museum was founded in 1980 and is dedicated to the history of the area’s Nordic immigrants. The museum serves as a community gathering place and shares Nordic culture by providing educational and cultural experiences from Danish, Finnish, Icelandic, Norwegian and Swedish Americans. Shared values and perspectives serve as guiding principles for the core exhibition experience, tracing themes of connection to nature, sustainability, social justice, and innovation from the earliest anthropological records through contemporary Nordic society.

Originally located in a former elementary school in Ballard, in 2018 the National Nordic Museum moved into a new building designed by Mithun on Market Street.
The area now called Ballard was originally settled by the Duwamish Tribe after the last glacial period. It later became the center of Seattle’s ethnically Scandinavian
seafaring community.

When the museum originally obtained the property for their new building, they also acquired the lot to the east for possible future expansion. A museum garden currently separates it from the adjacent property. The garden contains a donor’s wall, a sauna that was originally built in the Finn Hill neighborhood near Bothell in 1910, and an old 34-foot fishing vessel. The Nordic Spirit was built in northern Norway in the mid-1800s. Based on a classic Scandinavian design it represents the continuation of an ancient boatbuilding tradition that can be traced back to the fourth century. Built using lapstrake construction, the Nordic Spirit is similar in form and structure to the Viking long ships that carried adventurers from Scandinavia to Iceland, Greenland and North America.

Design Projects
The studio will undertake two design projects during the quarter that relate directly to the Nordic Museum’s short and long-term goals. The first will be the design of a new shelter for the Nordic Spirit, which currently lies under a temporary canopy at the east end of the museum garden. The second will be to design an addition to the Vmuseum on the adjacent property. Besides more exhibit space, program possibilities include an expanded museum restaurant and store, a Nordic innovation
hub, collaborations with other cultural institutions or even a mixed-use building with housing and retail.

The first project will be highly tectonic in nature, focusing on the unique properties of materials, their roles in architectural assemblage and their connections at both literal and figural joints. The second project will build un the first and involve the design of a building that fulfills the functional requirements of a diversity of uses, addresses issues of urban context, programming, life safety, structural design and construction, while at the same aspiring to the creation of an unequivocal architecture.

Images 1-5  Nordic Innovation Center, Alyssa Purnomo

Images 7-12 Nordic Harbor, Lucy Zhong & Geng Chen

Ballard Rehabilitation Facility

The Ballard Rehabilitation & Veterans Occupational Services (BRAVOS) Facility is a care facility for veterans of the U.S. armed forces. In addition to the functional program, found in a separate document, you should consider the purposes and uses of your facility as a healing environment with a mission to heal the whole person, physically, emotionally and spiritually. You should look beyond the therapeutic and vocational services and how the design of the facility can help connect or reconnect veterans to their families and their community. I am not a veteran, but we should all learn of the life issues of this special group of service men and women. If there are veterans in the class, they should serve as a source of information.

 

A precedent project, the Center for the Intrepid, has been provided. You should read through this project document. The scale of this center is much larger than our 10,000 square foot area, but many of the spatial examples should be reviewed.

 

A statement by Surgeon General of the Army, Lt. General Kiley said:

Recognizing that the soldiers’ future quality of life, their ability to care for themselves and provide for their families, and their very survival depends on the treatment, rehabilitation and advanced training skills they receive following their injury. The Chairman of the Intrepid Fallen Heroes Fund (IFHF), Arnold Fisher, called and asked, “How can we help?”

 

Images 1-6 Stephanie King