The Building Commissioning Association (BCA) officially released its New Construction Building Commissioning Best Practices. This publicly available document is applicable to most building types and distills the long list of guidelines, and longer list of tasks, into easy-to-navigate activities that represent the ideal commissioning process.
This document represents a collaborative effort on the part of several leading experts in the field of commissioning. Bruce Pitts of Wood Harbinger, Inc and Karl Stum of Summit Building Engineering spearheaded this two-year effort.
According to its authors, it aims to promote commissioning in the marketplace by defining the qualities and characteristics of best commissioning practices and to raise professional standards by establishing a benchmark against which the market can gauge quality and professionalism, and which the BCA can use to objectively evaluate other commissioning initiatives, including their own.
“I am proud of this Best Practices document,” stated BCA President Mark F. Miller, PE, CCP. “A unique and valuable aspect of this document is to identify several of the most common issues, pitfalls and challenges that BCA members see in the industry related to the practice of commissioning new construction and major renovation projects. Our hopes are that by highlighting these challenges and identifying proven strategies for overcoming them that this will heighten awareness and understanding and lead the industry to overcome these problems while promoting quality and standardization in the industry.”
New Construction Building Commissioning Best Practices draws upon existing resources such as the BCA’s own Building Commissioning Handbook, NEBB Procedural Standards for “Whole Building Systems Commissioning of New Construction”, National Institute of Building Science (NIBS) “Whole Building Design Guide”, ASHRAE Guideline 0-2005, ASHRAE Guideline 1.1-2007 and the USGBC LEED rating system.
Best Practices in Commissioning Existing Building is available in its entirety on the BCA website at www.bcxa.org. BD+C
Related Stories
University Buildings | Oct 16, 2015
5 ways architecture defines the university brand
People gravitate to brands for many reasons. Campus architecture and landscape are fundamental influences on the college brand, writes Perkins+Will's David Damon.
Architects | Oct 13, 2015
Architects Foundation expands National Resilience Initiative
The group is launching a search for three more NRI members.
Architects | Oct 13, 2015
Santiago Calatrava wins the European Prize for Architecture
The award honors those who "forward the principles of European humanism."
Office Buildings | Oct 5, 2015
Renderings revealed for Apple's second 'spaceship': a curvy, lush office complex in Sunnyvale
The project has been dubbed as another “spaceship,” referencing the nickname for the loop-shaped Apple Campus under construction in Cupertino.
Airports | Oct 5, 2015
Perkins+Will selected to design Istanbul’s 'Airport City'
The mixed-use development will be adjacent to the Istanbul New Airport, which is currently under construction.
High-rise Construction | Oct 5, 2015
Zaha Hadid designs cylindrical office building with world’s tallest atrium
The 200-meter-high open space will cut the building in two.
Architects | Oct 2, 2015
Herzog & de Meuron unveils design for Vancouver Art Gallery expansion
The blocky, seven-story wood and concrete structure is wider in the middle and uppermost floors.
Airports | Sep 30, 2015
Takeoff! 5 ways high-flyin' airports are designing for rapid growth
Nimble designs, and technology that humanizes the passenger experience, are letting airports concentrate on providing service and generating revenue.
Contractors | Sep 30, 2015
FMI: Construction in place on track for sustained growth through 2016
FMI’s latest report singles out manufacturing, lodging, and office sectors as the drivers of nonresidential building activity and investment.
Reconstruction & Renovation | Sep 29, 2015
What went wrong? Diagnosing building envelope distress [AIA course]
With so many diverse components contributing to building envelope assemblies, it can be challenging to determine which of these myriad elements was the likely cause of a failure.