Marble Collegiate Church, built in 1854 on a dirt road, is now surrounded by a densely populated Manhattan neighborhood. Gaining national recognition during the 52-year tenure of Norman Vincent Peale, the Romanesque Revival landmark still serves more than 2,200 congregants, plus a vast broadcast audience via TV, radio, Internet streaming, and podcasts.
In 1999, church leaders, under the guidance of the late Senior Minister Arthur Caliandro, began discussing a long-range building plan. Priorities included consolidating worship spaces, which had become dispersed between the sanctuary and adjacent “Middle Building”; repairing the roof and the sanctuary ceiling; adding an underground chapel; building a permanent contemplative labyrinth to replace a temporary canvas version; making all facilities accessible; and gaining city approval for public assemblies in the refurbished sanctuary and community room. (Check out more BD+C coverage of religious facilities construction.)
Helpern Architects and Structure Tone (CM) led the Building Team in a multi-phase project, completed between 2011 and 2013. Due to the extensiveness of the roof and ceiling repairs, the team installed a motorized interior scaffold that could be expanded during the week and retracted for weekend worship.
The roof structure of the Marble Collegiate Church was stabilized with steel trusses sistered alongside the timber originals, which now only need to support the ceiling. City-approved synthetic slate replaced deteriorated asphalt roofing, and the ceiling’s plaster and paintings were restored.
An underground level that formerly housed a multipurpose room was re-excavated and reorganized, making space for a stepped, 70-seat chapel, an enlarged, 300-sf columbarium, and a 1,600-sf multi-purpose space, with a 30-foot-diameter labyrinth embedded in the terrazzo floor. A much-needed elevator and lift, and updated HVAC, electrical, IT, and life safety infrastructure, were important aspects of the project. Modern broadcasting equipment was added to support ongoing outreach.
Dr. Peale was famous for his belief in the Power of Positive Thinking. The congregation’s vision—and the conscientious, creative work of the Building Team—have produced a restoration that exemplifies the bold optimism of “America’s hometown church.”
MARBLE COLLEGIATE CHURCH
New York, N.Y.Building TeamSubmitting firms: Helpern Architects (architect) and Structure Tone (CM)Owner: Collegiate Church CorporationOwner’s representative: Seamus Henchy & AssociatesSE: Robert Silman AssociatesMEP/FP engineer: URS CorporationGeotechnical consultant: Langan Engineering & Environmental ServicesAcoustical consultant: Shen Milsom & WilkeGeneral InformationSize: 26,070 sf (expanded size)Construction cost: Confidential, at owner’s requestConstruction time: January 2011 to January 2013Delivery method: CM at risk
To keep the sanctuary operational during extensive roof and ceiling repairs, the Building Team designed a motorized scaffold system. The structure rolled through the sanctuary during the week and was retracted on weekends for worship. Stained glass windows were protected by plywood screens, covered with life-sized images of the windows printed on stretched canvas.
Related Stories
| Sep 23, 2013
What you missed: Top construction market news for the week of September 15
Construction market news was mostly positive last week, with the AIA, AGC, and Census Bureau all seeing an uptick in key metrics.
| Sep 20, 2013
August housing starts reveal multifamily still healthy but single-family stagnating
Peter Muoio, Ph.D., senior principal and economist with Auction.com Research, says the Census Bureau's August Housing Starts data released yesterday hints at improvements in the single-family sector with multifamily slowing down.
| Sep 20, 2013
Public owners have mixed opinions regarding integrated delivery: Mortenson study
Mortenson Construction has released "Integrated Delivery: A Catalyst for Collaboration and Teamwork." The free report summarizes findings from a large group seminar conducted by the contractor at the 2013 AIA Public Architect Workshop, which was held in conjunction with this year's AIA National Convention.
| Sep 20, 2013
Perimeter roof edge: The first line of defense in a wind event [AIA course]
Aside from the roof membrane itself, the perimeter roof edge is the most critical component of the roofing system. As such, it warrants more scrutiny when designing a roof system.
| Sep 19, 2013
What we can learn from the world’s greenest buildings
Renowned green building author, Jerry Yudelson, offers five valuable lessons for designers, contractors, and building owners, based on a study of 55 high-performance projects from around the world.
| Sep 19, 2013
6 emerging energy-management glazing technologies
Phase-change materials, electrochromic glass, and building-integrated PVs are among the breakthrough glazing technologies that are taking energy performance to a new level.
| Sep 19, 2013
Roof renovation tips: Making the choice between overlayment and tear-off
When embarking upon a roofing renovation project, one of the first decisions for the Building Team is whether to tear off and replace the existing roof or to overlay the new roof right on top of the old one. Roofing experts offer guidance on making this assessment.
| Sep 19, 2013
Calling all young AEC leaders
If you're an up-and-coming leader at your AEC firm and are interested in advancing your career, join the BD+C editorial team at our 3rd Annual Under 40 Leadership Summit, Oct. 9-11 in San Francisco.
| Sep 19, 2013
BIM 2.0 and Google Glass: Science fiction or coming attractions for a job site near you?
Todd Wynne of Rogers-O’Brien Construction is one of only 8,000 people around the globe granted a pair of Google Glass for testing. Here's what he's been up to with the technology.
| Sep 18, 2013
Annual SteelDay to include 125 free events around the U.S.
Hosted by the American Institute of Steel Construction (AISC), its members and partners, SteelDay invites the AEC community and the public to see the contributions the industry has made in the design and construction of steel buildings and bridges.