The Roman Catholic Diocese of Orange has two retained architectural firms, Johnson Fain (with a focus on the Cathedral building itself) and Rios Clementi Hale Studios (with a focus on the exterior spaces), to create a design plan that addresses the complex needs of the 1.3-million-member diocese and the day-to-day needs of a more than 10,000-member Cathedral parish.
In addition to addressing these pressing needs, the design committee was tasked to develop a multifaceted plan that not only addressed the complex design requirements of transforming the Christ Cathedral into a space that is both liturgically and intrinsically Catholic, but also addresses a variety of intricate engineering challenges to bring the building and its grounds to the cutting-edge with regard to technology and site usability.
Within the interior of the cathedral the design ethic conserves and revitalizes the excellent and inspirational architecture that exists while transforming the space into one that supports the liturgical aspects of the Catholic faith and the centrality of the Eucharist.
The exterior design of the site works to create a structure and theme commensurate with the dynamism and beauty of the existing structures. This new landscape and the new spaces that will be created honor the history of the site, its architecture, and its worshippers while also enabling its renewed life as a Roman Catholic cathedral.
The design reinforces the liturgical importance of the cathedral building in relation to the adjacent buildings and welcomes pilgrims into an experience of faith as they enter the campus and cathedral.
PEDALS OF LIGHT
The design team confronted several dynamic challenges throughout this process unique to creating a Catholic cathedral that supports a solemn and prayerful experience from an existing structure. Given the glass façade of the cathedral, heat transfer, excess light, and acoustics presented a significant challenge. To address this, the design team developed an innovative treatment to be installed on the ceiling of the cathedral. The proposed treatment will be composed of a series of four rigid "petals" that cover each of the more than 10,000 panes of glass, opening between 15 and 45 degrees.
These petals will not only control light and heat transfer, but will assist with the acoustic properties of the space. The placement and aperture of the petals was a result of analyzing the sun's path of travel across the building's façade, an analysis of existing acoustic reverberation times and a careful study of how new lighting can be coordinated to cover the large and tall volume.
Additionally, the placement of the altar, the center point of the Catholic Mass, presented a challenge given the nearly one million cubic feet of space and the visually arresting Hazel Wright Organ, the fourth largest within a Church in the world. The liturgical experts and design team addressed this issue by drawing inspiration from the historical tradition of the Church. One of the oldest forms of a Catholic Church is an antiphonal layout, with the altar at the center of the space, with congregants on either side. This layout and altar placement allows for the maximum use of the space while ensuring the altar is truly the center point of focus within the cathedral.
This ambitious project has been divided into two phases of work: phase one will address itself to the worship level of the cathedral, major infrastructure elements, the cathedral courtyard and a reflection garden that will house the existing campus statuary and beautiful replicas of the more than 1800 "Walk of Faith" stones currently throughout the campus. Phase two will include an expansion of the Cathedral Memorial Gardens Cemetery, the undercroft, or lower level of the cathedral, and the remainder of the Master Plan for the campus grounds.
There is a $29 million allocation from the $100 million For Christ Forever capital campaign to support phase one of this project. Additional funding is being raised for this development plan through a long-planned "leadership gift" phase of the capital campaign.
HISTORY OF CHRIST CATHEDRAL
In the late 1970s, legendary American architect Philip Johnson and his partner John Burgee presented their designs for an "all-glass church" to Reverend Robert Schuller. Upon seeing the plans, Reverend Schuller exclaimed, "Wow, it looks like a crystal cathedral!" The building was a massive undertaking, taking over two years to complete. Standing 120 feet tall (12 stories), 141 feet long and 207 feet wide, this 78,397-square-foot edifice is constructed entirely of glass and steel.
With more than 10,000 panes of mirrored glass, the cathedral structure is known the world over for its inspiring beauty and breathtaking scale. The main sanctuary seats more than 2,000 people and will become a spiritual home to Orange County's more than 1.3 million Catholics. The cathedral has closed for an extensive renovation to remake the space as a place of Catholic worship and will reopen after its formal dedication in 2017.
Related Stories
Government Buildings | May 10, 2024
New federal buildings must be all-electric by 2030
A new Biden Administration rule bans the use of fossil fuels in new federal buildings beginning in 2030. The announcement came despite longstanding opposition to the rule by the natural gas industry.
Sustainable Development | May 10, 2024
Nature as the city: Why it’s time for a new framework to guide development
NBBJ leaders Jonathan Ward and Margaret Montgomery explore five inspirational ideas they are actively integrating into projects to ensure more healthy, natural cities.
Mass Timber | May 8, 2024
Portland's Timberview VIII mass timber multifamily development will offer more than 100 affordable units
An eight-story, 72,000-sf mass timber apartment building in Portland, Ore., topped out this winter and will soon offer over 100 affordable units. The structure is the tallest affordable housing mass timber building and the first Type IV-C affordable housing building in the city.
Architects | May 8, 2024
Ivan O’Garro, AIA joins LEO A DALY as a vice president
Integrated design firm LEO A DALY welcomes Ivan O’Garro, AIA, as a vice president and managing principal of its Atlanta studio.
K-12 Schools | May 7, 2024
World's first K-12 school to achieve both LEED for Schools Platinum and WELL Platinum
A new K-12 school in Washington, D.C., is the first school in the world to achieve both LEED for Schools Platinum and WELL Platinum, according to its architect, Perkins Eastman. The John Lewis Elementary School is also the first school in the District of Columbia designed to achieve net-zero energy (NZE).
Healthcare Facilities | May 6, 2024
Hospital construction costs for 2024
Data from Gordian breaks down the average cost per square foot for a three-story hospital across 10 U.S. cities.
Biophilic Design | May 6, 2024
The benefits of biophilic design in the built environment
Biophilic design in the built environment supports the health and wellbeing of individuals, as they spend most of their time indoors.
MFPRO+ Special Reports | May 6, 2024
Top 10 trends in affordable housing
Among affordable housing developers today, there’s one commonality tying projects together: uncertainty. AEC firms share their latest insights and philosophies on the future of affordable housing in BD+C's 2023 Multifamily Annual Report.
Retail Centers | May 3, 2024
Outside Las Vegas, two unused office buildings will be turned into an open-air retail development
In Henderson, Nev., a city roughly 15 miles southeast of Las Vegas, 100,000 sf of unused office space will be turned into an open-air retail development called The Cliff. The $30 million adaptive reuse development will convert the site’s two office buildings into a destination for retail stores, chef-driven restaurants, and community entertainment.
Codes and Standards | May 3, 2024
New York City considering bill to prevent building collapses
The New York City Council is considering a proposed law with the goal of preventing building collapses. The Billingsley Structural Integrity Act is a response to the collapse of 1915 Billingsley Terrace in the Bronx last December.