Long-time champions of timber construction and Canadian practice Michael Green Architecture will soon break ground on North America's tallest wooden building. Standing at 27.5 meters, the Wood Innovation Design Center (WIDC), Prince George, British Columbia, will exhibit wood as a sustainable building material widely available around the globe, and aims to improve the local lumber economy while standing as a testament to new construction possibilities.
The structure will contain a mezzanine level, classrooms, offices, and a public gallery on the ground floor dedicated to the palpable experience of wood, lounges, and a rooftop deck. Owned by the state, the project will also house the University of Northern British Columbia’s Masters of Engineering program, in addition to private office and public spaces.
The structure will be made almost entirely of wood, save for metal connections and a concrete foundation. Even the elevator core, which is traditionally made in concrete, will be made of thick timber panels whose density and size afford the appropriate fire-rating characteristics. The framing system allows for a greater façade transparency, accepting natural light and extending views with a low-emissivity glass skin and opaque timber screens that help control solar gain. Floor and ceiling slabs will be composed of mass timber panels (MTP) that provide lateral stability in addition to eliminating the need for surface finishes, and provide for many new design opportunities for future wood constructs.
Video walk-through:
http://www.youtube.com/watch?feature=player_embedded&v=S2F3ssM61E0#!
(http://www.designboom.com/architecture/michael-green-architecture-widc-north-americas-tallest-wood-building/)
Related Stories
| May 3, 2012
2012 BUILDING TEAM AWARDS: Rush University Medical Center
This fully integrated Building Team opted for a multi-prime contracting strategy to keep construction going on Chicago’s Rush University Medical Center, despite the economic meltdown.
| May 3, 2012
U of Michigan team looking to create highly efficient building envelope designs
The system combines the use of sensors, novel construction materials, and utility control software in an effort to create technology capable of reducing a building’s carbon footprint.
| May 3, 2012
Best commercial modular buildings and marketing programs recognized
Judges scored entries on architectural excellence, technical innovation, cost effectiveness, energy efficiency, and calendar days to complete.
| May 3, 2012
Zero Energy Research Lab opens at North Texas
The living lab—the only one of its kind in Texas—is designed to test various technologies and systems in order to achieve a net-zero consumption of energy.
| May 3, 2012
NSF publishes ANSI standard evaluating the sustainability of single ply roofing membranes
New NSF Standard provides manufacturers, specifiers and building industry with verifiable, objective criteria to identify sustainable roofing products.
| May 3, 2012
Gilbane to provide CM services for North Reading’s integrated middle/high school
The project scope includes a wastewater treatment plant, demolition of the existing high school and extensive athletic fieldwork.
| May 3, 2012
Ground broken for $94 million hospital expansion at Scripps Encinitas
New facility to more than double emergency department size, boost inpatient beds by 43%.
| May 3, 2012
Rudolph and Sletten, Inc. wins CMAA award
Firm recognized for the renovation of Grossmont-Cuyamaca Community College’s Student Administrative & Griffin Student Center.