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HOK 2021 Design Annual
https://www.hok.com/design-annual/2021-reframing-a-sustainable-future/
Stanford University School of Medicine ​ Center for Academic Medicine

Stanford University School of Medicine ​ Center for Academic Medicine

Palo Alto, California
  • Design for Integration Design for Equitable Communities Design for Ecosystems Design for Water Design for Economy Design for Energy Design for Well-Being Design for Resources Design for Change Design for Discovery
A thoughtful process that balances beauty and function. Looking beyond the current client to positively impact future occupants and the community. Benefitting both human and nonhuman inhabitants over time. Responsible use of this precious natural resource. Adding value to the owners, users, community and planet. Reducing energy use while enhancing performance, comfort and enjoyment. Supporting holistic health for occupants and the community. Using materials that minimize environmental impact while improving performance. Allowing for adaptability, resilience and reuse over time. Using lessons learned to advance the profession and produce better buildings.

HOK designed the Stanford Center for Academic Medicine to provide respite for staff that work long hours in hospitals and clinics. It also accommodates their academic and research endeavors.

The site’s natural attributes informed the design.​

read caption +
The west office wing is lifted above the ground, forming a large, two-story porch below.
read caption +
The outdoor porch links the 19th century, Frederick Law Olmsted-designed arboretum to Stanford Medicine’s hospitals and school.
A Threshold

The building massing serves as a threshold between the Stanford Medicine academic and clinical campus in Palo Alto and the adjacent arboretum.

Three narrow, interconnected office wings rise above a central courtyard. The U-shaped building provides views to nature from all vantage points.

Courtyard: Portal to Nature 

The building is designed around a landscaped courtyard planted with native species.

Publicly accessible through an open-air breezeway along Quarry Road, it connects to the arboretum’s trails.

Walkways overlooking the courtyard provide outdoor access from office wings. Bridges traverse the courtyard edges.

A Sense of Community

The building feels open and welcoming, with many public areas easily accessible from the central courtyard. Access to office areas is controlled and secure.

The large entry plaza and courtyard are designed for communal uses on the ground floor: a restaurant-style café, conference room and fitness center.

New pathways at the ground plane connect to public art and landscape features.

read caption +
A third-floor connector bridge immerses occupants in nature. 
Outdoor Workspaces 

The design takes advantage of Northern California’s mild climate by moving 20 percent of the program beyond the building’s walls. People can socialize and work in a diverse mix of outdoor spaces.

Porches, balconies, sky bridges and covered walkways extend from the building. Upper terraces create the sensation of being in the trees. These spaces experience breezes and shade in the summer and calmness and direct sunlight in the winter.

read caption +
Flexible outdoor areas offer a range of social, cognitive and physical benefits that enhance well-being.
read caption +
Though the building appears to float within a canopy of trees, it actually rests atop a large parking structure.
read caption +
The building’s annual energy use intensity—15.9 kBtu/sf/yr (including renewables)—represents an 85% energy savings from baseline.
Sustainable Design

The design minimizes the Center’s impact on the environment. The slender wings and mixed structural column grid reduce the building’s footprint and materials.

A passive-first design approach takes full advantage of the site. The sun, wind and ecosystem influenced everything from the initial planning decisions to the building details.

The curtain wall—with ceramic frit patterns and three-story metal louvres on the west facade—minimizes glare while optimizing indoor thermal comfort and daylight.

Genius of Biome

The team created biophilic design guidelines.

The coast live oak tree inspired the design of the Center, which, like the tree, houses multiple environments within a single space. This native Californian tree forms an ideal environment for life. Its foliage blocks direct sun while allowing filtered light and breezes to pass through, creating a microhabitat of cool air under its canopy. Its structure reinforces the layering effect, creating a sense of space and movement.

read caption +
The colors, textures and patterns of the arboretum’s landscape come together to form a biophilic palette that is carried indoors. 
Internal Organization 

The building wings are intentionally narrow, with no workspaces more than 30 feet from a window. This gives all occupants access to natural light and views of the neighboring arboretum and School of Medicine.

The entrance lobby and large interior gathering spaces are in the southwest corner, illuminated by natural light.

Organized as a collection of neighborhoods, the Center’s primary collaboration zones occur at the corners and ends of the wings. ‘Refuel stations’ adjacent to outdoor terraces provide alternative workspaces and areas for respite.

Community Connectivity

The Center is accessible via the university’s free, electrified public transportation system, as well as the bike paths and walking trails that run through the arboretum. On-site bike parking is available.

An underground garage eliminates the need for the surface parking that is prevalent in many California office developments.

The Center is conveniently located near the Stanford Shopping Center and several restaurants across the street.

Project Credits
San Francisco studio
Expertise
Architecture, Consulting, Engineering, Health + Well-Being, Interiors, Landscape Architecture, Planning + Urban Design, Sustainable Design
Image Credits
Tim Griffith
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Group 8 Group 8 Copy

Stanford University School of Medicine ​ Center for Academic Medicine

Palo Alto, California
  • Design for Integration Design for Equitable Communities Design for Ecosystems Design for Water Design for Economy Design for Energy Design for Well-Being Design for Resources Design for Change Design for Discovery
A thoughtful process that balances beauty and function. Looking beyond the current client to positively impact future occupants and the community. Benefitting both human and nonhuman inhabitants over time. Responsible use of this precious natural resource. Adding value to the owners, users, community and planet. Reducing energy use while enhancing performance, comfort and enjoyment. Supporting holistic health for occupants and the community. Using materials that minimize environmental impact while improving performance. Allowing for adaptability, resilience and reuse over time. Using lessons learned to advance the profession and produce better buildings.

HOK designed the Stanford Center for Academic Medicine to provide respite for staff that work long hours in hospitals and clinics. It also accommodates their academic and research endeavors.

The site’s natural attributes informed the design.​

read caption +
The west office wing is lifted above the ground, forming a large, two-story porch below.
read caption +
The outdoor porch links the 19th century, Frederick Law Olmsted-designed arboretum to Stanford Medicine’s hospitals and school.
A Threshold

The building massing serves as a threshold between the Stanford Medicine academic and clinical campus in Palo Alto and the adjacent arboretum.

Three narrow, interconnected office wings rise above a central courtyard. The U-shaped building provides views to nature from all vantage points.

Courtyard: Portal to Nature 

The building is designed around a landscaped courtyard planted with native species.

Publicly accessible through an open-air breezeway along Quarry Road, it connects to the arboretum’s trails.

Walkways overlooking the courtyard provide outdoor access from office wings. Bridges traverse the courtyard edges.

A Sense of Community

The building feels open and welcoming, with many public areas easily accessible from the central courtyard. Access to office areas is controlled and secure.

The large entry plaza and courtyard are designed for communal uses on the ground floor: a restaurant-style café, conference room and fitness center.

New pathways at the ground plane connect to public art and landscape features.

read caption +
A third-floor connector bridge immerses occupants in nature. 
Outdoor Workspaces 

The design takes advantage of Northern California’s mild climate by moving 20 percent of the program beyond the building’s walls. People can socialize and work in a diverse mix of outdoor spaces.

Porches, balconies, sky bridges and covered walkways extend from the building. Upper terraces create the sensation of being in the trees. These spaces experience breezes and shade in the summer and calmness and direct sunlight in the winter.

read caption +
Flexible outdoor areas offer a range of social, cognitive and physical benefits that enhance well-being.
read caption +
Though the building appears to float within a canopy of trees, it actually rests atop a large parking structure.
read caption +
The building’s annual energy use intensity—15.9 kBtu/sf/yr (including renewables)—represents an 85% energy savings from baseline.
Sustainable Design

The design minimizes the Center’s impact on the environment. The slender wings and mixed structural column grid reduce the building’s footprint and materials.

A passive-first design approach takes full advantage of the site. The sun, wind and ecosystem influenced everything from the initial planning decisions to the building details.

The curtain wall—with ceramic frit patterns and three-story metal louvres on the west facade—minimizes glare while optimizing indoor thermal comfort and daylight.

Genius of Biome

The team created biophilic design guidelines.

The coast live oak tree inspired the design of the Center, which, like the tree, houses multiple environments within a single space. This native Californian tree forms an ideal environment for life. Its foliage blocks direct sun while allowing filtered light and breezes to pass through, creating a microhabitat of cool air under its canopy. Its structure reinforces the layering effect, creating a sense of space and movement.

read caption +
The colors, textures and patterns of the arboretum’s landscape come together to form a biophilic palette that is carried indoors. 
Internal Organization 

The building wings are intentionally narrow, with no workspaces more than 30 feet from a window. This gives all occupants access to natural light and views of the neighboring arboretum and School of Medicine.

The entrance lobby and large interior gathering spaces are in the southwest corner, illuminated by natural light.

Organized as a collection of neighborhoods, the Center’s primary collaboration zones occur at the corners and ends of the wings. ‘Refuel stations’ adjacent to outdoor terraces provide alternative workspaces and areas for respite.

Community Connectivity

The Center is accessible via the university’s free, electrified public transportation system, as well as the bike paths and walking trails that run through the arboretum. On-site bike parking is available.

An underground garage eliminates the need for the surface parking that is prevalent in many California office developments.

The Center is conveniently located near the Stanford Shopping Center and several restaurants across the street.

Project Credits
San Francisco studio
Expertise
Architecture, Consulting, Engineering, Health + Well-Being, Interiors, Landscape Architecture, Planning + Urban Design, Sustainable Design
Image Credits
Tim Griffith
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