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Originally a saltwater storage facility, the new Center for Coastal Studies at Scripps sits at the edge of land and sea.

The project preserves the original concrete tank while transforming it into a light-filled research facility focused on durability, reduced carbon, and long-term adaptability. New openings bring in ocean air and views, allowing much of the building to operate without active cooling, while resilient materials help it withstand the coastal climate.

Architect: @millerhull
Contractor: @pcl_construction
Civil Engineer: Snipes-Dye Associates
Structural Engineer: @degenkolbengineers
Mechanical, Electrical & Plumbing Engineer: Randall Lamb Associates, Inc.
Photographer: @chipperhatter

Originally a saltwater storage facility, the new Center for Coastal Studies at Scripps sits at the edge of land and sea.

The project preserves the original concrete tank while transforming it into a light-filled research facility focused on durability, reduced carbon, and long-term adaptability. New openings bring in ocean air and views, allowing much of the building to operate without active cooling, while resilient materials help it withstand the coastal climate.

Architect: @millerhull
Contractor: @pcl_construction
Civil Engineer: Snipes-Dye Associates
Structural Engineer: @degenkolbengineers
Mechanical, Electrical & Plumbing Engineer: Randall Lamb Associates, Inc.
Photographer: @chipperhatter

Originally a saltwater storage facility, the new Center for Coastal Studies at Scripps sits at the edge of land and sea.

The project preserves the original concrete tank while transforming it into a light-filled research facility focused on durability, reduced carbon, and long-term adaptability. New openings bring in ocean air and views, allowing much of the building to operate without active cooling, while resilient materials help it withstand the coastal climate.

Architect: @millerhull
Contractor: @pcl_construction
Civil Engineer: Snipes-Dye Associates
Structural Engineer: @degenkolbengineers
Mechanical, Electrical & Plumbing Engineer: Randall Lamb Associates, Inc.
Photographer: @chipperhatter

Originally a saltwater storage facility, the new Center for Coastal Studies at Scripps sits at the edge of land and sea.

The project preserves the original concrete tank while transforming it into a light-filled research facility focused on durability, reduced carbon, and long-term adaptability. New openings bring in ocean air and views, allowing much of the building to operate without active cooling, while resilient materials help it withstand the coastal climate.

Architect: @millerhull
Contractor: @pcl_construction
Civil Engineer: Snipes-Dye Associates
Structural Engineer: @degenkolbengineers
Mechanical, Electrical & Plumbing Engineer: Randall Lamb Associates, Inc.
Photographer: @chipperhatter

Originally a saltwater storage facility, the new Center for Coastal Studies at Scripps sits at the edge of land and sea.

The project preserves the original concrete tank while transforming it into a light-filled research facility focused on durability, reduced carbon, and long-term adaptability. New openings bring in ocean air and views, allowing much of the building to operate without active cooling, while resilient materials help it withstand the coastal climate.

Architect: @millerhull
Contractor: @pcl_construction
Civil Engineer: Snipes-Dye Associates
Structural Engineer: @degenkolbengineers
Mechanical, Electrical & Plumbing Engineer: Randall Lamb Associates, Inc.
Photographer: @chipperhatter

Originally a saltwater storage facility, the new Center for Coastal Studies at Scripps sits at the edge of land and sea.

The project preserves the original concrete tank while transforming it into a light-filled research facility focused on durability, reduced carbon, and long-term adaptability. New openings bring in ocean air and views, allowing much of the building to operate without active cooling, while resilient materials help it withstand the coastal climate.

Architect: @millerhull
Contractor: @pcl_construction
Civil Engineer: Snipes-Dye Associates
Structural Engineer: @degenkolbengineers
Mechanical, Electrical & Plumbing Engineer: Randall Lamb Associates, Inc.
Photographer: @chipperhatter

Originally a saltwater storage facility, the new Center for Coastal Studies at Scripps sits at the edge of land and sea.

The project preserves the original concrete tank while transforming it into a light-filled research facility focused on durability, reduced carbon, and long-term adaptability. New openings bring in ocean air and views, allowing much of the building to operate without active cooling, while resilient materials help it withstand the coastal climate.

Architect: @millerhull
Contractor: @pcl_construction
Civil Engineer: Snipes-Dye Associates
Structural Engineer: @degenkolbengineers
Mechanical, Electrical & Plumbing Engineer: Randall Lamb Associates, Inc.
Photographer: @chipperhatter

Originally a saltwater storage facility, the new Center for Coastal Studies at Scripps sits at the edge of land and sea.

The project preserves the original concrete tank while transforming it into a light-filled research facility focused on durability, reduced carbon, and long-term adaptability. New openings bring in ocean air and views, allowing much of the building to operate without active cooling, while resilient materials help it withstand the coastal climate.

Architect: @millerhull
Contractor: @pcl_construction
Civil Engineer: Snipes-Dye Associates
Structural Engineer: @degenkolbengineers
Mechanical, Electrical & Plumbing Engineer: Randall Lamb Associates, Inc.
Photographer: @chipperhatter

Originally a saltwater storage facility, the new Center for Coastal Studies at Scripps sits at the edge of land and sea.

The project preserves the original concrete tank while transforming it into a light-filled research facility focused on durability, reduced carbon, and long-term adaptability. New openings bring in ocean air and views, allowing much of the building to operate without active cooling, while resilient materials help it withstand the coastal climate.

Architect: @millerhull
Contractor: @pcl_construction
Civil Engineer: Snipes-Dye Associates
Structural Engineer: @degenkolbengineers
Mechanical, Electrical & Plumbing Engineer: Randall Lamb Associates, Inc.
Photographer: @chipperhatter

At the new U.S. Consulate General Mérida, the area's architectural history and its unique natural environment informed the site's landscape design, with stone walls, edging, and water troughs referencing common features found in haciendas throughout the region.

Official visitors and staff follow a low limestone wall to the main building entrance, marked by one of these water features. The consular entrance is separate, with a clear and direct approach framed by a limestone wall on one side and a lushly planted garden and shaded outdoor waiting pavilion on the other.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

At the new U.S. Consulate General Mérida, the area's architectural history and its unique natural environment informed the site's landscape design, with stone walls, edging, and water troughs referencing common features found in haciendas throughout the region.

Official visitors and staff follow a low limestone wall to the main building entrance, marked by one of these water features. The consular entrance is separate, with a clear and direct approach framed by a limestone wall on one side and a lushly planted garden and shaded outdoor waiting pavilion on the other.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

At the new U.S. Consulate General Mérida, the area's architectural history and its unique natural environment informed the site's landscape design, with stone walls, edging, and water troughs referencing common features found in haciendas throughout the region.

Official visitors and staff follow a low limestone wall to the main building entrance, marked by one of these water features. The consular entrance is separate, with a clear and direct approach framed by a limestone wall on one side and a lushly planted garden and shaded outdoor waiting pavilion on the other.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

At the new U.S. Consulate General Mérida, the area's architectural history and its unique natural environment informed the site's landscape design, with stone walls, edging, and water troughs referencing common features found in haciendas throughout the region.

Official visitors and staff follow a low limestone wall to the main building entrance, marked by one of these water features. The consular entrance is separate, with a clear and direct approach framed by a limestone wall on one side and a lushly planted garden and shaded outdoor waiting pavilion on the other.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Diving into the details at the Newhouse Replacement Building.

From locally sourced Douglas Fir mass timber and salvaged materials to the feature wall and innovative timber assemblies, each element reflects a commitment to sustainability, longevity, and place-based storytelling. Our design maintains continuity with the Capitol Campus’s neoclassical surroundings through form, geometry, and historic patterns, while carefully integrated systems support flexibility for future uses and an extended building lifespan.

Client: State of Washington, Department of Enterprise Services
Architect: @millerhull
Contractor: @hoffmancorp
Structural Engineer: @lundopsahl
Civil Engineer: Reid Middleton
Landscape Architect: Murase Associates
MEPTF Engineer: PAE Consulting Engineers
Security: @hohbach_lewin
Transportation: Heffron Transportation
Vertical Transportation: @greenbuschgroup
Building Envelope: @team4ea
Acoustics: @brcacoustics
Lighting: @weare_darklight
Signage: @mayerreed
Cost Estimating: JMB Consulting Group
Building Code: Pielow Consulting
Historic Preservation: @buildingworkarchitects
Photography: @laraswimmer

Steel is up, and views are unlocked at Sunset House.

The project’s moment frames are in, built to frame the sky, support the structure, and shade the spaces that make this home special. From the fab shop to final install, @dolan_gc is bringing the house to life!

Architect: @millerhull
General Contractor: @dolan_gc
Civil: LPD Engineering
Landscape: @bergerpartnership
Structural: AJP Engineering
Lighting: @lightplannw
Mechanical Basis of Design: PAE

Steel is up, and views are unlocked at Sunset House.

The project’s moment frames are in, built to frame the sky, support the structure, and shade the spaces that make this home special. From the fab shop to final install, @dolan_gc is bringing the house to life!

Architect: @millerhull
General Contractor: @dolan_gc
Civil: LPD Engineering
Landscape: @bergerpartnership
Structural: AJP Engineering
Lighting: @lightplannw
Mechanical Basis of Design: PAE

Steel is up, and views are unlocked at Sunset House.

The project’s moment frames are in, built to frame the sky, support the structure, and shade the spaces that make this home special. From the fab shop to final install, @dolan_gc is bringing the house to life!

Architect: @millerhull
General Contractor: @dolan_gc
Civil: LPD Engineering
Landscape: @bergerpartnership
Structural: AJP Engineering
Lighting: @lightplannw
Mechanical Basis of Design: PAE

Steel is up, and views are unlocked at Sunset House.

The project’s moment frames are in, built to frame the sky, support the structure, and shade the spaces that make this home special. From the fab shop to final install, @dolan_gc is bringing the house to life!

Architect: @millerhull
General Contractor: @dolan_gc
Civil: LPD Engineering
Landscape: @bergerpartnership
Structural: AJP Engineering
Lighting: @lightplannw
Mechanical Basis of Design: PAE

Steel is up, and views are unlocked at Sunset House.

The project’s moment frames are in, built to frame the sky, support the structure, and shade the spaces that make this home special. From the fab shop to final install, @dolan_gc is bringing the house to life!

Architect: @millerhull
General Contractor: @dolan_gc
Civil: LPD Engineering
Landscape: @bergerpartnership
Structural: AJP Engineering
Lighting: @lightplannw
Mechanical Basis of Design: PAE

Steel is up, and views are unlocked at Sunset House.

The project’s moment frames are in, built to frame the sky, support the structure, and shade the spaces that make this home special. From the fab shop to final install, @dolan_gc is bringing the house to life!

Architect: @millerhull
General Contractor: @dolan_gc
Civil: LPD Engineering
Landscape: @bergerpartnership
Structural: AJP Engineering
Lighting: @lightplannw
Mechanical Basis of Design: PAE

This replicable ALS-accessible home integrates smart technology, cross-laminated timber, and biophilic design.

Working with Matt’s Place Foundation, @millerhull created a sustainable, replicable 1,500-sq-ft home tailored to the needs of ALS patients’ and their family members or caretakers.

The carport and covered roof deck provide weather-protected spaces for the patient to move from vehicle to wheelchair safely and benefits from being in nature.

Cross-laminated timber walls and ceilings accommodate weather barriers, structural splines, recessed outlets, and accessible plumbing chases, while also providing a warm, biophilic environment for patient well-being.

The property is equipped with smart technology tailored for ALS patients, including home control systems operated by the occupant’s eye movements.

Architect: @millerhull
Project: Matt’s Place
📍 Spokane, Washington
🏆 Housing Award 2025
📸 by Patrick Martinez (exterior), Tribe Media Lab (interior), Miller Hull (graphics and sketches)

#ArchitecturalPhotography #AIAAwards #ResidentialArchitecture

This replicable ALS-accessible home integrates smart technology, cross-laminated timber, and biophilic design.

Working with Matt’s Place Foundation, @millerhull created a sustainable, replicable 1,500-sq-ft home tailored to the needs of ALS patients’ and their family members or caretakers.

The carport and covered roof deck provide weather-protected spaces for the patient to move from vehicle to wheelchair safely and benefits from being in nature.

Cross-laminated timber walls and ceilings accommodate weather barriers, structural splines, recessed outlets, and accessible plumbing chases, while also providing a warm, biophilic environment for patient well-being.

The property is equipped with smart technology tailored for ALS patients, including home control systems operated by the occupant’s eye movements.

Architect: @millerhull
Project: Matt’s Place
📍 Spokane, Washington
🏆 Housing Award 2025
📸 by Patrick Martinez (exterior), Tribe Media Lab (interior), Miller Hull (graphics and sketches)

#ArchitecturalPhotography #AIAAwards #ResidentialArchitecture

This replicable ALS-accessible home integrates smart technology, cross-laminated timber, and biophilic design.

Working with Matt’s Place Foundation, @millerhull created a sustainable, replicable 1,500-sq-ft home tailored to the needs of ALS patients’ and their family members or caretakers.

The carport and covered roof deck provide weather-protected spaces for the patient to move from vehicle to wheelchair safely and benefits from being in nature.

Cross-laminated timber walls and ceilings accommodate weather barriers, structural splines, recessed outlets, and accessible plumbing chases, while also providing a warm, biophilic environment for patient well-being.

The property is equipped with smart technology tailored for ALS patients, including home control systems operated by the occupant’s eye movements.

Architect: @millerhull
Project: Matt’s Place
📍 Spokane, Washington
🏆 Housing Award 2025
📸 by Patrick Martinez (exterior), Tribe Media Lab (interior), Miller Hull (graphics and sketches)

#ArchitecturalPhotography #AIAAwards #ResidentialArchitecture

This replicable ALS-accessible home integrates smart technology, cross-laminated timber, and biophilic design.

Working with Matt’s Place Foundation, @millerhull created a sustainable, replicable 1,500-sq-ft home tailored to the needs of ALS patients’ and their family members or caretakers.

The carport and covered roof deck provide weather-protected spaces for the patient to move from vehicle to wheelchair safely and benefits from being in nature.

Cross-laminated timber walls and ceilings accommodate weather barriers, structural splines, recessed outlets, and accessible plumbing chases, while also providing a warm, biophilic environment for patient well-being.

The property is equipped with smart technology tailored for ALS patients, including home control systems operated by the occupant’s eye movements.

Architect: @millerhull
Project: Matt’s Place
📍 Spokane, Washington
🏆 Housing Award 2025
📸 by Patrick Martinez (exterior), Tribe Media Lab (interior), Miller Hull (graphics and sketches)

#ArchitecturalPhotography #AIAAwards #ResidentialArchitecture

This replicable ALS-accessible home integrates smart technology, cross-laminated timber, and biophilic design.

Working with Matt’s Place Foundation, @millerhull created a sustainable, replicable 1,500-sq-ft home tailored to the needs of ALS patients’ and their family members or caretakers.

The carport and covered roof deck provide weather-protected spaces for the patient to move from vehicle to wheelchair safely and benefits from being in nature.

Cross-laminated timber walls and ceilings accommodate weather barriers, structural splines, recessed outlets, and accessible plumbing chases, while also providing a warm, biophilic environment for patient well-being.

The property is equipped with smart technology tailored for ALS patients, including home control systems operated by the occupant’s eye movements.

Architect: @millerhull
Project: Matt’s Place
📍 Spokane, Washington
🏆 Housing Award 2025
📸 by Patrick Martinez (exterior), Tribe Media Lab (interior), Miller Hull (graphics and sketches)

#ArchitecturalPhotography #AIAAwards #ResidentialArchitecture

This replicable ALS-accessible home integrates smart technology, cross-laminated timber, and biophilic design.

Working with Matt’s Place Foundation, @millerhull created a sustainable, replicable 1,500-sq-ft home tailored to the needs of ALS patients’ and their family members or caretakers.

The carport and covered roof deck provide weather-protected spaces for the patient to move from vehicle to wheelchair safely and benefits from being in nature.

Cross-laminated timber walls and ceilings accommodate weather barriers, structural splines, recessed outlets, and accessible plumbing chases, while also providing a warm, biophilic environment for patient well-being.

The property is equipped with smart technology tailored for ALS patients, including home control systems operated by the occupant’s eye movements.

Architect: @millerhull
Project: Matt’s Place
📍 Spokane, Washington
🏆 Housing Award 2025
📸 by Patrick Martinez (exterior), Tribe Media Lab (interior), Miller Hull (graphics and sketches)

#ArchitecturalPhotography #AIAAwards #ResidentialArchitecture

This replicable ALS-accessible home integrates smart technology, cross-laminated timber, and biophilic design.

Working with Matt’s Place Foundation, @millerhull created a sustainable, replicable 1,500-sq-ft home tailored to the needs of ALS patients’ and their family members or caretakers.

The carport and covered roof deck provide weather-protected spaces for the patient to move from vehicle to wheelchair safely and benefits from being in nature.

Cross-laminated timber walls and ceilings accommodate weather barriers, structural splines, recessed outlets, and accessible plumbing chases, while also providing a warm, biophilic environment for patient well-being.

The property is equipped with smart technology tailored for ALS patients, including home control systems operated by the occupant’s eye movements.

Architect: @millerhull
Project: Matt’s Place
📍 Spokane, Washington
🏆 Housing Award 2025
📸 by Patrick Martinez (exterior), Tribe Media Lab (interior), Miller Hull (graphics and sketches)

#ArchitecturalPhotography #AIAAwards #ResidentialArchitecture

This replicable ALS-accessible home integrates smart technology, cross-laminated timber, and biophilic design.

Working with Matt’s Place Foundation, @millerhull created a sustainable, replicable 1,500-sq-ft home tailored to the needs of ALS patients’ and their family members or caretakers.

The carport and covered roof deck provide weather-protected spaces for the patient to move from vehicle to wheelchair safely and benefits from being in nature.

Cross-laminated timber walls and ceilings accommodate weather barriers, structural splines, recessed outlets, and accessible plumbing chases, while also providing a warm, biophilic environment for patient well-being.

The property is equipped with smart technology tailored for ALS patients, including home control systems operated by the occupant’s eye movements.

Architect: @millerhull
Project: Matt’s Place
📍 Spokane, Washington
🏆 Housing Award 2025
📸 by Patrick Martinez (exterior), Tribe Media Lab (interior), Miller Hull (graphics and sketches)

#ArchitecturalPhotography #AIAAwards #ResidentialArchitecture

Kennedy Library is featured on @dezeen.

Designed as a more open, welcoming place for students, our renovation brings the building back to its original intent, reconnecting spaces to the central courtyard and creating a clearer, more intuitive experience throughout.

“‘Every design move was focused on the student experience,’ Miller Hull Partnership principal Danielle Buttacavoli told Dezeen, explaining that the project extended the building's original design intent rather than departing from it. ​​On the exterior, the team replaced all of the exterior glazing with high-performance insulated glass and modified the roof to accommodate future photovoltaic installation. ‘These changes work with the retained exterior shade fins to reduce solar heat gain and improve the building's thermal performance,’ the studio said.” - Dezeen

Thank you, Dezeen! Read the story in our bio.

Client: @calpoly
Architect: @millerhull
Design-Build Contractor: @henselphelps
Structural Engineer: @buehlerengineering
Electrical Trade Partner: Howe Electric
Mechanical Trade Partner: FM Booth
Fire Protection Trade Partner: Transbay Fire Protection
Accessibility: Access Compliance Consultants
Elevator: @syskahennessy
FP Life Safety Code Analysis: @wodenfire
Energy Modeling: @glumac_engineers
Waterproofing: @rdhbuildingscience
Landscape: Oasis Associates
Civil: @garingtaylor
Signage: @mayerreed
Acoustics: Colin Gordon Associates
Photographer: @laraswimmer

Kennedy Library is featured on @dezeen.

Designed as a more open, welcoming place for students, our renovation brings the building back to its original intent, reconnecting spaces to the central courtyard and creating a clearer, more intuitive experience throughout.

“‘Every design move was focused on the student experience,’ Miller Hull Partnership principal Danielle Buttacavoli told Dezeen, explaining that the project extended the building's original design intent rather than departing from it. ​​On the exterior, the team replaced all of the exterior glazing with high-performance insulated glass and modified the roof to accommodate future photovoltaic installation. ‘These changes work with the retained exterior shade fins to reduce solar heat gain and improve the building's thermal performance,’ the studio said.” - Dezeen

Thank you, Dezeen! Read the story in our bio.

Client: @calpoly
Architect: @millerhull
Design-Build Contractor: @henselphelps
Structural Engineer: @buehlerengineering
Electrical Trade Partner: Howe Electric
Mechanical Trade Partner: FM Booth
Fire Protection Trade Partner: Transbay Fire Protection
Accessibility: Access Compliance Consultants
Elevator: @syskahennessy
FP Life Safety Code Analysis: @wodenfire
Energy Modeling: @glumac_engineers
Waterproofing: @rdhbuildingscience
Landscape: Oasis Associates
Civil: @garingtaylor
Signage: @mayerreed
Acoustics: Colin Gordon Associates
Photographer: @laraswimmer

Kennedy Library is featured on @dezeen.

Designed as a more open, welcoming place for students, our renovation brings the building back to its original intent, reconnecting spaces to the central courtyard and creating a clearer, more intuitive experience throughout.

“‘Every design move was focused on the student experience,’ Miller Hull Partnership principal Danielle Buttacavoli told Dezeen, explaining that the project extended the building's original design intent rather than departing from it. ​​On the exterior, the team replaced all of the exterior glazing with high-performance insulated glass and modified the roof to accommodate future photovoltaic installation. ‘These changes work with the retained exterior shade fins to reduce solar heat gain and improve the building's thermal performance,’ the studio said.” - Dezeen

Thank you, Dezeen! Read the story in our bio.

Client: @calpoly
Architect: @millerhull
Design-Build Contractor: @henselphelps
Structural Engineer: @buehlerengineering
Electrical Trade Partner: Howe Electric
Mechanical Trade Partner: FM Booth
Fire Protection Trade Partner: Transbay Fire Protection
Accessibility: Access Compliance Consultants
Elevator: @syskahennessy
FP Life Safety Code Analysis: @wodenfire
Energy Modeling: @glumac_engineers
Waterproofing: @rdhbuildingscience
Landscape: Oasis Associates
Civil: @garingtaylor
Signage: @mayerreed
Acoustics: Colin Gordon Associates
Photographer: @laraswimmer

Kennedy Library is featured on @dezeen.

Designed as a more open, welcoming place for students, our renovation brings the building back to its original intent, reconnecting spaces to the central courtyard and creating a clearer, more intuitive experience throughout.

“‘Every design move was focused on the student experience,’ Miller Hull Partnership principal Danielle Buttacavoli told Dezeen, explaining that the project extended the building's original design intent rather than departing from it. ​​On the exterior, the team replaced all of the exterior glazing with high-performance insulated glass and modified the roof to accommodate future photovoltaic installation. ‘These changes work with the retained exterior shade fins to reduce solar heat gain and improve the building's thermal performance,’ the studio said.” - Dezeen

Thank you, Dezeen! Read the story in our bio.

Client: @calpoly
Architect: @millerhull
Design-Build Contractor: @henselphelps
Structural Engineer: @buehlerengineering
Electrical Trade Partner: Howe Electric
Mechanical Trade Partner: FM Booth
Fire Protection Trade Partner: Transbay Fire Protection
Accessibility: Access Compliance Consultants
Elevator: @syskahennessy
FP Life Safety Code Analysis: @wodenfire
Energy Modeling: @glumac_engineers
Waterproofing: @rdhbuildingscience
Landscape: Oasis Associates
Civil: @garingtaylor
Signage: @mayerreed
Acoustics: Colin Gordon Associates
Photographer: @laraswimmer

Kennedy Library is featured on @dezeen.

Designed as a more open, welcoming place for students, our renovation brings the building back to its original intent, reconnecting spaces to the central courtyard and creating a clearer, more intuitive experience throughout.

“‘Every design move was focused on the student experience,’ Miller Hull Partnership principal Danielle Buttacavoli told Dezeen, explaining that the project extended the building's original design intent rather than departing from it. ​​On the exterior, the team replaced all of the exterior glazing with high-performance insulated glass and modified the roof to accommodate future photovoltaic installation. ‘These changes work with the retained exterior shade fins to reduce solar heat gain and improve the building's thermal performance,’ the studio said.” - Dezeen

Thank you, Dezeen! Read the story in our bio.

Client: @calpoly
Architect: @millerhull
Design-Build Contractor: @henselphelps
Structural Engineer: @buehlerengineering
Electrical Trade Partner: Howe Electric
Mechanical Trade Partner: FM Booth
Fire Protection Trade Partner: Transbay Fire Protection
Accessibility: Access Compliance Consultants
Elevator: @syskahennessy
FP Life Safety Code Analysis: @wodenfire
Energy Modeling: @glumac_engineers
Waterproofing: @rdhbuildingscience
Landscape: Oasis Associates
Civil: @garingtaylor
Signage: @mayerreed
Acoustics: Colin Gordon Associates
Photographer: @laraswimmer

Kennedy Library is featured on @dezeen.

Designed as a more open, welcoming place for students, our renovation brings the building back to its original intent, reconnecting spaces to the central courtyard and creating a clearer, more intuitive experience throughout.

“‘Every design move was focused on the student experience,’ Miller Hull Partnership principal Danielle Buttacavoli told Dezeen, explaining that the project extended the building's original design intent rather than departing from it. ​​On the exterior, the team replaced all of the exterior glazing with high-performance insulated glass and modified the roof to accommodate future photovoltaic installation. ‘These changes work with the retained exterior shade fins to reduce solar heat gain and improve the building's thermal performance,’ the studio said.” - Dezeen

Thank you, Dezeen! Read the story in our bio.

Client: @calpoly
Architect: @millerhull
Design-Build Contractor: @henselphelps
Structural Engineer: @buehlerengineering
Electrical Trade Partner: Howe Electric
Mechanical Trade Partner: FM Booth
Fire Protection Trade Partner: Transbay Fire Protection
Accessibility: Access Compliance Consultants
Elevator: @syskahennessy
FP Life Safety Code Analysis: @wodenfire
Energy Modeling: @glumac_engineers
Waterproofing: @rdhbuildingscience
Landscape: Oasis Associates
Civil: @garingtaylor
Signage: @mayerreed
Acoustics: Colin Gordon Associates
Photographer: @laraswimmer

Kennedy Library is featured on @dezeen.

Designed as a more open, welcoming place for students, our renovation brings the building back to its original intent, reconnecting spaces to the central courtyard and creating a clearer, more intuitive experience throughout.

“‘Every design move was focused on the student experience,’ Miller Hull Partnership principal Danielle Buttacavoli told Dezeen, explaining that the project extended the building's original design intent rather than departing from it. ​​On the exterior, the team replaced all of the exterior glazing with high-performance insulated glass and modified the roof to accommodate future photovoltaic installation. ‘These changes work with the retained exterior shade fins to reduce solar heat gain and improve the building's thermal performance,’ the studio said.” - Dezeen

Thank you, Dezeen! Read the story in our bio.

Client: @calpoly
Architect: @millerhull
Design-Build Contractor: @henselphelps
Structural Engineer: @buehlerengineering
Electrical Trade Partner: Howe Electric
Mechanical Trade Partner: FM Booth
Fire Protection Trade Partner: Transbay Fire Protection
Accessibility: Access Compliance Consultants
Elevator: @syskahennessy
FP Life Safety Code Analysis: @wodenfire
Energy Modeling: @glumac_engineers
Waterproofing: @rdhbuildingscience
Landscape: Oasis Associates
Civil: @garingtaylor
Signage: @mayerreed
Acoustics: Colin Gordon Associates
Photographer: @laraswimmer

Kennedy Library is featured on @dezeen.

Designed as a more open, welcoming place for students, our renovation brings the building back to its original intent, reconnecting spaces to the central courtyard and creating a clearer, more intuitive experience throughout.

“‘Every design move was focused on the student experience,’ Miller Hull Partnership principal Danielle Buttacavoli told Dezeen, explaining that the project extended the building's original design intent rather than departing from it. ​​On the exterior, the team replaced all of the exterior glazing with high-performance insulated glass and modified the roof to accommodate future photovoltaic installation. ‘These changes work with the retained exterior shade fins to reduce solar heat gain and improve the building's thermal performance,’ the studio said.” - Dezeen

Thank you, Dezeen! Read the story in our bio.

Client: @calpoly
Architect: @millerhull
Design-Build Contractor: @henselphelps
Structural Engineer: @buehlerengineering
Electrical Trade Partner: Howe Electric
Mechanical Trade Partner: FM Booth
Fire Protection Trade Partner: Transbay Fire Protection
Accessibility: Access Compliance Consultants
Elevator: @syskahennessy
FP Life Safety Code Analysis: @wodenfire
Energy Modeling: @glumac_engineers
Waterproofing: @rdhbuildingscience
Landscape: Oasis Associates
Civil: @garingtaylor
Signage: @mayerreed
Acoustics: Colin Gordon Associates
Photographer: @laraswimmer

The new U.S. Consulate General Mérida is our fourth project completed with @state_obo, and achieved LEED Gold Certification earlier this year.

Exceeding stringent federal performance goals by integrating utility optimization and natural hazard adaptation, the Consulate serves the needs of American citizens and visa applicants from across Mexico’s Yucatán peninsula, including the popular destinations of Cancún and Cozumel. The seven-acre campus draws upon the dual influences of the historic Maya and colonial eras, seen through the lens of the region’s rich contemporary culture.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

The new U.S. Consulate General Mérida is our fourth project completed with @state_obo, and achieved LEED Gold Certification earlier this year.

Exceeding stringent federal performance goals by integrating utility optimization and natural hazard adaptation, the Consulate serves the needs of American citizens and visa applicants from across Mexico’s Yucatán peninsula, including the popular destinations of Cancún and Cozumel. The seven-acre campus draws upon the dual influences of the historic Maya and colonial eras, seen through the lens of the region’s rich contemporary culture.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

The new U.S. Consulate General Mérida is our fourth project completed with @state_obo, and achieved LEED Gold Certification earlier this year.

Exceeding stringent federal performance goals by integrating utility optimization and natural hazard adaptation, the Consulate serves the needs of American citizens and visa applicants from across Mexico’s Yucatán peninsula, including the popular destinations of Cancún and Cozumel. The seven-acre campus draws upon the dual influences of the historic Maya and colonial eras, seen through the lens of the region’s rich contemporary culture.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

The new U.S. Consulate General Mérida is our fourth project completed with @state_obo, and achieved LEED Gold Certification earlier this year.

Exceeding stringent federal performance goals by integrating utility optimization and natural hazard adaptation, the Consulate serves the needs of American citizens and visa applicants from across Mexico’s Yucatán peninsula, including the popular destinations of Cancún and Cozumel. The seven-acre campus draws upon the dual influences of the historic Maya and colonial eras, seen through the lens of the region’s rich contemporary culture.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

The new U.S. Consulate General Mérida is our fourth project completed with @state_obo, and achieved LEED Gold Certification earlier this year.

Exceeding stringent federal performance goals by integrating utility optimization and natural hazard adaptation, the Consulate serves the needs of American citizens and visa applicants from across Mexico’s Yucatán peninsula, including the popular destinations of Cancún and Cozumel. The seven-acre campus draws upon the dual influences of the historic Maya and colonial eras, seen through the lens of the region’s rich contemporary culture.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

The new U.S. Consulate General Mérida is our fourth project completed with @state_obo, and achieved LEED Gold Certification earlier this year.

Exceeding stringent federal performance goals by integrating utility optimization and natural hazard adaptation, the Consulate serves the needs of American citizens and visa applicants from across Mexico’s Yucatán peninsula, including the popular destinations of Cancún and Cozumel. The seven-acre campus draws upon the dual influences of the historic Maya and colonial eras, seen through the lens of the region’s rich contemporary culture.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

The new U.S. Consulate General Mérida is our fourth project completed with @state_obo, and achieved LEED Gold Certification earlier this year.

Exceeding stringent federal performance goals by integrating utility optimization and natural hazard adaptation, the Consulate serves the needs of American citizens and visa applicants from across Mexico’s Yucatán peninsula, including the popular destinations of Cancún and Cozumel. The seven-acre campus draws upon the dual influences of the historic Maya and colonial eras, seen through the lens of the region’s rich contemporary culture.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

The new U.S. Consulate General Mérida is our fourth project completed with @state_obo, and achieved LEED Gold Certification earlier this year.

Exceeding stringent federal performance goals by integrating utility optimization and natural hazard adaptation, the Consulate serves the needs of American citizens and visa applicants from across Mexico’s Yucatán peninsula, including the popular destinations of Cancún and Cozumel. The seven-acre campus draws upon the dual influences of the historic Maya and colonial eras, seen through the lens of the region’s rich contemporary culture.

Client: @state_obo
Design Architect: @millerhull
Architect of Record: @stantec
General Contractor: @blharbert
Photographer: @nic.lehoux

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

The Kendeda Building at @georgiatech redefines what’s possible for sustainable design in the Southeast.

One of the first Living Building Challenge certified projects in the region, the building operates as a net-positive energy and water system, designed to give more than it takes. From its photovoltaic canopy to rainwater collection and mass timber structure, every element works together as a model for regenerative design in a hot, humid climate. More than a building, it’s a living laboratory—shaping how students, designers, and communities think about the future of the built environment.

Client: @georgiatech
Donor: The Kendeda Fund
Architect: @millerhull
Collaborating Architect and Prime Architect: @lordaecksargent
General Contractor: @skanskausa
Landscape Architect: @andropogonltd
MEP Engineer: PAE and Newcomb & Boyd
Greywater Systems: @biohabitats
Civil Engineer: Long Engineering
Structural Engineer: @uzuncase
Photographer: @greggwillettphoto

On Mercer Island, overlooking Lake Washington, this residence is organized around light and views, using expansive glazing to connect the interior to the water.

Architect: @millerhull
Contractor: Miller & Miller Construction
Structural Engineer: @quantumconsultingengineers
Photographer: Benjamin Benschneider

On Mercer Island, overlooking Lake Washington, this residence is organized around light and views, using expansive glazing to connect the interior to the water.

Architect: @millerhull
Contractor: Miller & Miller Construction
Structural Engineer: @quantumconsultingengineers
Photographer: Benjamin Benschneider

On Mercer Island, overlooking Lake Washington, this residence is organized around light and views, using expansive glazing to connect the interior to the water.

Architect: @millerhull
Contractor: Miller & Miller Construction
Structural Engineer: @quantumconsultingengineers
Photographer: Benjamin Benschneider

On Mercer Island, overlooking Lake Washington, this residence is organized around light and views, using expansive glazing to connect the interior to the water.

Architect: @millerhull
Contractor: Miller & Miller Construction
Structural Engineer: @quantumconsultingengineers
Photographer: Benjamin Benschneider

On Mercer Island, overlooking Lake Washington, this residence is organized around light and views, using expansive glazing to connect the interior to the water.

Architect: @millerhull
Contractor: Miller & Miller Construction
Structural Engineer: @quantumconsultingengineers
Photographer: Benjamin Benschneider

On Mercer Island, overlooking Lake Washington, this residence is organized around light and views, using expansive glazing to connect the interior to the water.

Architect: @millerhull
Contractor: Miller & Miller Construction
Structural Engineer: @quantumconsultingengineers
Photographer: Benjamin Benschneider

On Mercer Island, overlooking Lake Washington, this residence is organized around light and views, using expansive glazing to connect the interior to the water.

Architect: @millerhull
Contractor: Miller & Miller Construction
Structural Engineer: @quantumconsultingengineers
Photographer: Benjamin Benschneider

On Mercer Island, overlooking Lake Washington, this residence is organized around light and views, using expansive glazing to connect the interior to the water.

Architect: @millerhull
Contractor: Miller & Miller Construction
Structural Engineer: @quantumconsultingengineers
Photographer: Benjamin Benschneider

Parco is a mixed-use response to the resurgence of urban living in National City, CA.

Set within one of the region’s earliest pedestrian-oriented street grids, the project brings housing, retail, and workplaces into close alignment, supporting a growing population while reinforcing the social and commercial life of the neighborhood.

Ground floor transparency, local art, and reclaimed alley space extend the public realm, while co-living units and shared amenities prioritize efficiency, affordability, and community.

Client: Malick Infill Development and Protea Properties
Architect: @millerhull
Contractor: @cannonconstructorsnorth
Civil Engineer: SWS Engineering, Inc.
Structural Engineer: @dciengineers
Mechanical, Electrical & Plumbing Engineer: H+W Engineering
Landscape Architect: @mcculloughlandarch
Interior Designer: @tecture
Photographer: @chipperhatter

Parco is a mixed-use response to the resurgence of urban living in National City, CA.

Set within one of the region’s earliest pedestrian-oriented street grids, the project brings housing, retail, and workplaces into close alignment, supporting a growing population while reinforcing the social and commercial life of the neighborhood.

Ground floor transparency, local art, and reclaimed alley space extend the public realm, while co-living units and shared amenities prioritize efficiency, affordability, and community.

Client: Malick Infill Development and Protea Properties
Architect: @millerhull
Contractor: @cannonconstructorsnorth
Civil Engineer: SWS Engineering, Inc.
Structural Engineer: @dciengineers
Mechanical, Electrical & Plumbing Engineer: H+W Engineering
Landscape Architect: @mcculloughlandarch
Interior Designer: @tecture
Photographer: @chipperhatter

Parco is a mixed-use response to the resurgence of urban living in National City, CA.

Set within one of the region’s earliest pedestrian-oriented street grids, the project brings housing, retail, and workplaces into close alignment, supporting a growing population while reinforcing the social and commercial life of the neighborhood.

Ground floor transparency, local art, and reclaimed alley space extend the public realm, while co-living units and shared amenities prioritize efficiency, affordability, and community.

Client: Malick Infill Development and Protea Properties
Architect: @millerhull
Contractor: @cannonconstructorsnorth
Civil Engineer: SWS Engineering, Inc.
Structural Engineer: @dciengineers
Mechanical, Electrical & Plumbing Engineer: H+W Engineering
Landscape Architect: @mcculloughlandarch
Interior Designer: @tecture
Photographer: @chipperhatter

Parco is a mixed-use response to the resurgence of urban living in National City, CA.

Set within one of the region’s earliest pedestrian-oriented street grids, the project brings housing, retail, and workplaces into close alignment, supporting a growing population while reinforcing the social and commercial life of the neighborhood.

Ground floor transparency, local art, and reclaimed alley space extend the public realm, while co-living units and shared amenities prioritize efficiency, affordability, and community.

Client: Malick Infill Development and Protea Properties
Architect: @millerhull
Contractor: @cannonconstructorsnorth
Civil Engineer: SWS Engineering, Inc.
Structural Engineer: @dciengineers
Mechanical, Electrical & Plumbing Engineer: H+W Engineering
Landscape Architect: @mcculloughlandarch
Interior Designer: @tecture
Photographer: @chipperhatter

Parco is a mixed-use response to the resurgence of urban living in National City, CA.

Set within one of the region’s earliest pedestrian-oriented street grids, the project brings housing, retail, and workplaces into close alignment, supporting a growing population while reinforcing the social and commercial life of the neighborhood.

Ground floor transparency, local art, and reclaimed alley space extend the public realm, while co-living units and shared amenities prioritize efficiency, affordability, and community.

Client: Malick Infill Development and Protea Properties
Architect: @millerhull
Contractor: @cannonconstructorsnorth
Civil Engineer: SWS Engineering, Inc.
Structural Engineer: @dciengineers
Mechanical, Electrical & Plumbing Engineer: H+W Engineering
Landscape Architect: @mcculloughlandarch
Interior Designer: @tecture
Photographer: @chipperhatter

Parco is a mixed-use response to the resurgence of urban living in National City, CA.

Set within one of the region’s earliest pedestrian-oriented street grids, the project brings housing, retail, and workplaces into close alignment, supporting a growing population while reinforcing the social and commercial life of the neighborhood.

Ground floor transparency, local art, and reclaimed alley space extend the public realm, while co-living units and shared amenities prioritize efficiency, affordability, and community.

Client: Malick Infill Development and Protea Properties
Architect: @millerhull
Contractor: @cannonconstructorsnorth
Civil Engineer: SWS Engineering, Inc.
Structural Engineer: @dciengineers
Mechanical, Electrical & Plumbing Engineer: H+W Engineering
Landscape Architect: @mcculloughlandarch
Interior Designer: @tecture
Photographer: @chipperhatter

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

A Lopez Island residence celebrating light, views, and a deep connection to nature. Expansive windows frame the forest and water beyond, bringing the outdoors in and creating a home that feels fully immersed in its surroundings.

Architect: @millerhull
Structural Engineer: Julie Smith-Lubke
Contractor: @ascentbuildingco
Photographer: Benjamin Benschneider

Fisher Pavilion is Seattle Center’s hub for community events in the heart of the city’s most iconic campus.

Tucked beneath a public plaza and opening to a central fountain, the earth-sheltered pavilion preserves views and connections between surrounding buildings. Its operable garage doors and nearly 20-foot-high event hall host everything from exhibitions and catered events to winter ice skating, making it a central gathering place in the shadow of the Space Needle.

Client: @cityofseattlegov
Architect: @millerhull
Contractor Team: Howard S. Wright Construction, a @balfourbeatty_us company
Civil & Structural Engineer: AKB Engineers
Mechanical Engineer: @greenbuschgroup
Mechanical Subcontractor: @holmbergmechanical
Electrical Engineer: Sparling, Inc.
Electrical Subcontractor: @aztec_electric_llc
Acoustical & Audio: @greenbuschgroup
Landscape: @siteworkshop
Hardware Consultant: Adams Consulting
Specifications: @millerhull
Costing: Robinson Company
Waterproofing Subcontractor: Snyder
Roof Pavers Subcontractor: Appian
Photography: Steve Keating and Yoram Bernet

Fisher Pavilion is Seattle Center’s hub for community events in the heart of the city’s most iconic campus.

Tucked beneath a public plaza and opening to a central fountain, the earth-sheltered pavilion preserves views and connections between surrounding buildings. Its operable garage doors and nearly 20-foot-high event hall host everything from exhibitions and catered events to winter ice skating, making it a central gathering place in the shadow of the Space Needle.

Client: @cityofseattlegov
Architect: @millerhull
Contractor Team: Howard S. Wright Construction, a @balfourbeatty_us company
Civil & Structural Engineer: AKB Engineers
Mechanical Engineer: @greenbuschgroup
Mechanical Subcontractor: @holmbergmechanical
Electrical Engineer: Sparling, Inc.
Electrical Subcontractor: @aztec_electric_llc
Acoustical & Audio: @greenbuschgroup
Landscape: @siteworkshop
Hardware Consultant: Adams Consulting
Specifications: @millerhull
Costing: Robinson Company
Waterproofing Subcontractor: Snyder
Roof Pavers Subcontractor: Appian
Photography: Steve Keating and Yoram Bernet

Fisher Pavilion is Seattle Center’s hub for community events in the heart of the city’s most iconic campus.

Tucked beneath a public plaza and opening to a central fountain, the earth-sheltered pavilion preserves views and connections between surrounding buildings. Its operable garage doors and nearly 20-foot-high event hall host everything from exhibitions and catered events to winter ice skating, making it a central gathering place in the shadow of the Space Needle.

Client: @cityofseattlegov
Architect: @millerhull
Contractor Team: Howard S. Wright Construction, a @balfourbeatty_us company
Civil & Structural Engineer: AKB Engineers
Mechanical Engineer: @greenbuschgroup
Mechanical Subcontractor: @holmbergmechanical
Electrical Engineer: Sparling, Inc.
Electrical Subcontractor: @aztec_electric_llc
Acoustical & Audio: @greenbuschgroup
Landscape: @siteworkshop
Hardware Consultant: Adams Consulting
Specifications: @millerhull
Costing: Robinson Company
Waterproofing Subcontractor: Snyder
Roof Pavers Subcontractor: Appian
Photography: Steve Keating and Yoram Bernet

Fisher Pavilion is Seattle Center’s hub for community events in the heart of the city’s most iconic campus.

Tucked beneath a public plaza and opening to a central fountain, the earth-sheltered pavilion preserves views and connections between surrounding buildings. Its operable garage doors and nearly 20-foot-high event hall host everything from exhibitions and catered events to winter ice skating, making it a central gathering place in the shadow of the Space Needle.

Client: @cityofseattlegov
Architect: @millerhull
Contractor Team: Howard S. Wright Construction, a @balfourbeatty_us company
Civil & Structural Engineer: AKB Engineers
Mechanical Engineer: @greenbuschgroup
Mechanical Subcontractor: @holmbergmechanical
Electrical Engineer: Sparling, Inc.
Electrical Subcontractor: @aztec_electric_llc
Acoustical & Audio: @greenbuschgroup
Landscape: @siteworkshop
Hardware Consultant: Adams Consulting
Specifications: @millerhull
Costing: Robinson Company
Waterproofing Subcontractor: Snyder
Roof Pavers Subcontractor: Appian
Photography: Steve Keating and Yoram Bernet