The Ohio State University, and it's construction management team Turner Construction-Bovis Lend Lease, recently selected National Enclosure Co. to design and install the sophisticated curtainwall facade for the new Cancer and Critical Care facility. As part of the university's high-profile Project One initiative, the new facility adds nearly 800,000 sf and is located on the main campus in Columbus, Ohio. Completion of the approximately $15 million contract is expected to be December 2012.
The Ohio State University's Cancer and Critical Care facility is designed by internationally recognized Hellmuth, Obata + Kassabaum (HOK).
The design incorporates a highly energy efficient, unitized curtainwall facade for the tower, which is a key component in the design's projected achievement of LEED Gold status.
NEC has been selected as the Design Assist Contractor which integrates the firm with other team members to develop the final design implementation. NEC's contribution of a scalable design and installation technology will provide a standardized, factory-assembled unitized facade which will be adaptable and customized for the Cancer and Critical Care facility.
This recently awarded contract demonstrates the industry demand for high-performance and technologically-innovative solutions for advance facades on architectural projects. Whether glass, terracotta, aluminum, stainless steel, granite or stone, NEC has developed a cost-effective solution which is changing the way advance architecture is being achieved. BD+C
Related Stories
| Oct 15, 2013
Sustainable design trends in windows, doors and door hardware [AIA course]
Architects and fenestration experts are looking for windows and doors for their projects that emphasize speed to the project site, a fair price, resilient and sustainable performance, and no callbacks.
| Oct 7, 2013
10 award-winning metal building projects
The FDNY Fireboat Firehouse in New York and the Cirrus Logic Building in Austin, Texas, are among nine projects named winners of the 2013 Chairman’s Award by the Metal Construction Association for outstanding design and construction.
| Sep 24, 2013
8 grand green roofs (and walls)
A dramatic interior green wall at Drexel University and a massive, 4.4-acre vegetated roof at the Kauffman Performing Arts Center in Kansas City are among the projects honored in the 2013 Green Roof and Wall Awards of Excellence.
| 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
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
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 17, 2013
World's first 'invisible' tower planned in South Korea
The 1,476-foot-tall structure will showcase Korean cloaking technology that utilizes an LED façade fitted with optical cameras that will display the landscape directly behind the building, thus making it invisible.
| Sep 16, 2013
Study analyzes effectiveness of reflective ceilings
Engineers at Brinjac quantify the illuminance and energy consumption levels achieved by increasing the ceiling’s light reflectance.
| Sep 15, 2013
How to build a rainscreen using fiber cement panels - AIA/CEU course
This course will review the cause and effects of moisture intrusion and explain how fiber cement panels can be used as a rain screen to reduce moisture build-up, rotting interior walls, and mold growth.