About CPF

The California Preservation Foundation (CPF), a 501c3 nonprofit, was incorporated in 1978. We now support a national network of more than 20,000 members and supporters. Click here to learn how you can become a member.

Project Team

Client: Resurrection Oakland Church 
Pastor, Brent Webster

Nzilani Glass Conservation
Project Lead & Principal Conservator
Ariana Makau

Studio Head
Armelle Le Roux

Operations Manager
Lydia Henkel-Moellmann

Videographer
Dylan Nolfi

Glaziers
Tim Eyes
Jenna Kurtz
Jesse Medina
Stephen Steinbrink

Stained Glass Conservator
Greer Ashman

Master Carpenter
Albert Wengerd

Support Team:

Architectural Metalsmiths
Frank Trousil & Doug Whaley

Rbhu Engineering
Co-Founder
Alireza (Ali) Lahijanian

Rigger
Sean Cotton

Unique Scaffolding
John Soto 
Jamey Knight

 

118-year-old Inverted Stained Glass Dome Conservation, Resurrection Oakland

The Stained Glass Dome Conservation of Resurrection Oakland is the winner of a 2020 Preservation Design Award for Craftsmanship/Preservation Technology. Award recipients are selected by a jury of top professionals in the fields of architecture, engineering, planning, and history, as well as renowned architecture critics and journalists. The Award will be presented on Wednesday, October 21, 2020 at an online awards ceremony. Tickets and sponsorship options are available at californiapreservation.org/awards.

About this project

In early 2019, the company was contacted by Resurrection Church in downtown Oakland to conserve the 12 panel, inverted stained-glass dome in their sanctuary. The building had originally been owned by the First Church of Christ, Scientist (1902-2015), then been purchased to be converted to a retail space (2015-2019), then bought in 2019 by ResOak, Oakland to used again as a church. At 118-years-old, the dome was in a critical state of disrepair, requiring multi-approached conservation involving engineers, metal-smiths, stained-glass, scaffolding and documentation. This included glass stabilization, re-leading and the re-engineering of its structural support system. The uncommon inverted orientation of the dome required the team to come up with innovative new methods to return the dome to its original state, while also improving its structural integrity, allowing a new generation of congregants and the public at large to enjoy its beauty.