While past renovation and restoration work on Liberty Island received more fanfare—particularly the tedious rebuilding of Lady Liberty’s copper skin in the mid- 1980s—the latest update arguably has had a greater impact on the three million people that visit the monument each year. What started out as a straightforward fire and life safety upgrade to bring the entire site up to code turned into a much grander mission for the Building Team: to improve the overall experience for visitors.
The scope of the project included the insertion of two enclosed exit staircases and an emergency evacuation elevator in the statue’s pedestal to replace outdated infrastructure, construction of two exit stairs from the terreplein at the base of the pedestal, and upgrades to all visitor facilities.
At each step of the project, the team factored visitor experience into its design solutions. The new pedestal staircases, for instance, were configured to offer more intimate views of the structure’s massive concrete walls and riveted steel members.
STATUE OF LIBERTY NATIONAL MONUMENT
New York, N.Y.Building TeamSubmitting firm: Mills + Schnoering Architects (architect)Owner: National Park ServiceStructural engineer: Keast & HoodMEP engineer: Joseph R. Loring & AssociatesConstruction manager: Atkins North AmericaGeneral contractor: Joseph A. Natoli ConstructionGeneral InformationSize: 52,790 sfConstruction time: October 2011 to October 2012Delivery method: Design-bid-build
The team utilized laser scanning and BIM modeling to determine the optimal arrangement of the winding staircases and elevator shaft within the confined space. Their goal: to get as close as possible to the historic elements while still meeting fire/life safety and program requirements. In one section of the facility, for example, the bottom of an Eiffel steel beam forms the ceiling of the enclosed staircase, allowing patrons to reach up and touch the beam and its fasteners. High-efficiency lighting was used throughout to highlight the historic fabric and elements.
Complicating the project were the logistics of material and equipment delivery. Everything required for the project, including the labor force, had to be shipped by boat from Jersey City, N.J., and screened by the U.S. Park Police on every trip. All deliveries had to be scheduled in advance to ensure that USPP personnel and K9 teams were available. Stabilizing admixtures had to be added to the concrete to delay the curing process during the 35-minute barge ride. Once on Liberty Island, materials and equipment were moved by crane to four access points around the pedestal and carefully maneuvered inside the structure through the standard-size doors.
“Between working in the confined, historically sensitive spaces and managing the logistics of getting everything to the island, the team deserves this award,” said judge Daniel L. Doyle, PE, LEED AP O+M, President of Grumman/Butkus Associates (www.grummanbutkus.com).
Related Stories
| Dec 29, 2014
14 great solutions for the commercial construction market
Ideas are cheap. Solutions are what count. The latest installment in BD+C's Great Solutions series presents 14 ways AEC professionals, entrepreneurs, and other clever folk have overcome what seemed to be insoluble problems—from how to make bricks out of agricultural waste, to a new way to keep hospitals running clean during construction.
| Dec 29, 2014
HealthSpot station merges personalized healthcare with videoconferencing [BD+C's 2014 Great Solutions Report]
The HealthSpot station is an 8x5-foot, ADA-compliant mobile kiosk that lets patients access a network of board-certified physicians through interactive videoconferencing and medical devices. It was named a 2014 Great Solution by the editors of Building Design+Construction.
| Dec 28, 2014
Robots, drones, and printed buildings: The promise of automated construction
Building Teams across the globe are employing advanced robotics to simplify what is inherently a complex, messy process—construction.
BIM and Information Technology | Dec 28, 2014
The Big Data revolution: How data-driven design is transforming project planning
There are literally hundreds of applications for deep analytics in planning and design projects, not to mention the many benefits for construction teams, building owners, and facility managers. We profile some early successful applications.
| Dec 28, 2014
AIA course: Enhancing interior comfort while improving overall building efficacy
Providing more comfortable conditions to building occupants has become a top priority in today’s interior designs. This course is worth 1.0 AIA LU/HSW.
| Dec 28, 2014
6 trends steering today's college residence halls
University students want more in a residence hall than just a place to sleep. They want a space that reflects their style of living and learning.
| Dec 28, 2014
Using energy modeling to increase project value [AIA course]
This course, worth 1.0 AIA LU/HSW, explores how to increase project value through energy modeling, as well as how to conduct quick payback and net present value studies to identify which energy strategies are most viable for the project.
| Dec 28, 2014
The lowdown on LODs: Bringing clarity to BIM
These days, BIM is par for the course across most facets of design. But a lot of the conversation surrounding BIM still lacks clarity due to ambiguous terminology, a lack of clear-cut guiding illustrations, and widely varying implementation, writes GS&P's John Scannell.
| Dec 28, 2014
The future of airport terminal design: destination status, five-star amenities, stress-free travel
Taking a cue from the hospitality industry, airport executives are seeking to make their facilities feel more like destinations, writes HOK's Richard Gammon.
| Dec 28, 2014
10 key design interventions for a healthier, happier, and more productive workplace
Numerous studies and mountains of evidence confirm what common sense has long suggested: healthy, happier workers are more productive, more likely to collaborate with colleagues, and more likely to innovate in ways that benefit the bottom line, writes Gensler's Kirsten Ritchie.
