Facing the Challenges of Integrated Design and Project Delivery
Abstract
There is a new movement in the building industry that calls for
sustainable planning and design. Energy costs are consistently rising,
and the cost of maintaining a building and its systems will eat away
at profits the building owner expects to realize. In effect these seem-
ingly simple concepts can make or break the success of a project for
the owner.
Additionally, it is known that buildings “consume more than 30%
of the total energy and more than 60% of the electricity used in the US. Each
day five billion gallons of potable water is used solely to flush toilets. A typical
North American commercial construction project generates up to 2.5 pounds of
solid waster per square foot of completed fl oor space.”[1] This is significant!
This will change our landscape and the way we live if action is not
taken to address this constant waste of resources.
On an international scale, efforts such as Architecture 2030[2] and
2030 Carbon Neutral Challenge, and the United States Green Building
Council’s [3] Leadership in Energy and Environment Design (LEED)
rating system are two significant market drivers promoting change.
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References
Joint Committee AIA & AGC, Primer on Project Delivery (The American Institute of
Architects and The Association of General Contractors of America, 2004).
Edward Mazria, “Architecture 2030,” 2006, http://www.architecture2030.org.
“US Green Building Council,” http://www.usgbc.org/.
G.Z. Brown and Jeff Cole, Rethinking the Design Process (Portland, OR: Energy Studies
in Buildings Laboratory, University of Oregon and Konstrukt, May 18, 2006).
Better Bricks is the commercial sector initiative of the Northwest Energy Efficiency
Alliance. They assist integrated project delivery through education and training,
technical support, and through the Northwest network of integrated design labs