Kol Emeth Center, the world’s first LEED Platinum, net zero and net zero water synagogue, opened recently in Palo Alto, Calif. The design gives nods to tradition and inspires a connection to the natural world as a source of spiritual well-being.
Unlike a traditional synagogue, the building’s flexible environment contains indoor and outdoor spaces that can be used individually or in combination. The structure was built using a strategic off-site fabrication strategy that minimized its construction footprint, including a shading lattice made from 2,200 timber shorts that were diverted from a landfill.
The complex consists of three independent structures that contain a sanctuary, classrooms, administrative offices, a multi-purpose room, and a garden. Airy, welcoming spaces promote flow between indoors and outdoors, connecting congregants both physically and visually to the natural world. Using simple but impactful features such as skylights, clerestory windows, and full-length sliding glass walls, Field Architecture created an environment that provides optimal daylighting and temperature control throughout the building.
The sanctuary, outdoor courtyard, and social hall are joined by an undulating canopy that filters natural light, creating a dynamic experience that changes as the sun moves throughout the day. The canopy emulates the traditional Jewish chuppah, and the 12 large wooden pillars supporting it represent the 12 tribes of Israel.
A delicate timber lattice wraps around the trio of buildings and evokes the traditional prayer shawls worn by Jews during worship while also modulating light and shade. Designed using parametric tools to optimize spacing, alignment, and rotation, the lattice imbues a centuries-old tradition with contemporary meaning. The front façade of the building integrates a garden serving as a living habitat showcasing native plants for the enjoyment of both congregants and neighborhood residents.
Congregation Kol Emeth has been a part of the Palo Alto community for 50 years.
On the building team:
Owner and/or developer: Congregation Kol Emeth
Design architect: Field Architecture
Architect of record: EID Architects
MEP engineer: Fard Engineers
Structural engineer: Mar Structural Design
General contractor/construction manager: Smith Hyder Construction
Related Stories
| May 11, 2012
Betz promoted to senior vice president for McCarthy’s San Diego Office
He will oversee client relations, estimating, office operations and personnel as well as integration of the company’s scheduling, safety and contracts departments.
| May 11, 2012
CRSI appoints Brace chairman
Stevens also elected to board of directors and vice-chair.
| May 11, 2012
Dempster named to AIA College of Fellows
Altoon Partners’ technical and construction services leader honored for his contributions.
| May 11, 2012
AIA launches education and training portal
New portal to host Contract Documents training, education resources in one convenient place.
| May 10, 2012
Chapter 7 When Modern Becomes Historic: Preserving the Modernist Building Envelope
This AIA CES Discovery course explores the special reconstruction questions posed by Modern-era buildings.
| May 10, 2012
Chapter 6 Energy Codes + Reconstructed Buildings: 2012 and Beyond
Our experts analyze the next generation of energy and green building codes and how they impact reconstruction.
| May 10, 2012
Chapter 5 LEED-EB and Green Globes CIEB: Rating Sustainable Reconstruction
Certification for existing buildings under these two rating programs has overtaken that for new construction.
| May 10, 2012
Chapter 4 Business Case for High-Performance Reconstructed Buildings
Five reconstruction projects in one city make a bottom-line case for reconstruction across the country.
| May 10, 2012
Chapter 3 How Building Technologies Contribute to Reconstruction Advances
Building Teams are employing a wide variety of components and systems in their reconstruction projects.
| May 10, 2012
Chapter 2 Exemplary High-Performance Reconstruction Projects
Several case studies show how to successfully renovate existing structures into high-performance buildings.
