flexiblefullpage -
billboard - default
interstitial1 - interstitial
catfish1 - bottom
Currently Reading

4 ways commissioning (Cx) could have prevented the NFL Deflategate scandal

Engineers

4 ways commissioning (Cx) could have prevented the NFL Deflategate scandal


By Brett Farbstein, LEED AP BD+C, CEM, CBCP, EBCP, CDT | CannonDesign | September 16, 2015
4 ways commissioning (Cx) could have prevented the NFL Deflategate scandal

Image courtesy CannonDesign

On September 3, a federal court judge in New York ruled against the NFL, vacating the punishment imposed on New England Patriots quarterback Tom Brady for his involvement in the Deflategate saga. Even if you’re not an NFL fan and don’t watch or listen to sports news, you’ve likely heard about Deflategate—the accusation of the Patriots deflating footballs to gain a competitive advantage during the January 2015 AFC Championship against the Indianapolis Colts. Whether you believe that Brady and the Patriots’ staff intentionally let air out of their footballs or you think it was simply weather conditions and the ideal gas law at work, the dispute over the equipment infraction could have been eliminated if the NFL had adopted a structured verification process similar to CannonDesign’s commissioning (Cx) protocols.

The term commissioning derives from the shipbuilding industry, referring to a thorough quality assurance process of the ship’s materials, systems and staff prior to being put into service. Commissioning has since been adopted for buildings, with this systematic review and verification process beginning during design and continuing through construction, occupancy and operations to ensure that a new facility operates as the owner intended. The process, as defined by ASHRAE Guideline 0, is widely accepted and referenced in the AEC industry for Mechanical, Electrical, Plumbing and Life Safety equipment and systems, as well as Building Enclosure assemblies.

If the NFL had taken the following steps, which are all part of our standard Cx process, Deflategate could have been avoided and fans could have remained focused on the true merits of the Patriots’ and Colts’ performances.

1. Clearly Defining the Requirements – The NFL’s rulebook does have a section on ball dimensions which includes size, shape, material and the pressure requirements of 12.5 and 13.5 psi. Unfortunately, the rules do not mention factors such as ambient temperature or specific types of gauges to be used for testing inflation. During the Cx process, the Owner’s Project Requirements (OPR) and Basis of Design (BOD) are reviewed for completeness and clarity. The OPR form the basis from which all building design, construction, acceptance and operational decisions are made. The BOD is a document written by the design team to put into a narrative format how they intend to meet the OPR and their methodology for design decisions.

2. Using Calibrated Testing Equipment – The NFL’s rulebook does not mention the air pressure testing gauges at all, only that the home team shall supply a pump. A building project’s specifications most often require that subcontractors, such as the HVAC balancer and plumber, use calibrated testing gauges. When reviewing test reports, the Cx provider checks to see that equipment certificates have been included and are current. The Cx provider may also spot-check measurements with their own calibrated equipment to verify test results.

3. Documenting Test Results – Per the NFL’s rulebook, the referee is the sole judge to determine if a ball is compliant with rulebook specifications, but there is no specified procedure or documentation protocols for recording pressure results. During the Deflategate investigation, it became known that there was no record of how much pressure each ball had when delivered to the Patriots’ ball attendant before the game. If there had been, the referee may have needed to let air out or add some to meet the pressure requirements. During commissioning, customized test scripts are developed for each piece of equipment or system. The equipment is then operated under the direction of the Cx provider to prove its functionality and the results are documented. If there are deficiencies, they’re documented on an issues log, requiring correction by the contractor. This documentation is included in the final Cx report delivered to the project owner or facility manager at turnover and establishes performance baseline.

4. Retesting – The NFL’s rulebook had no protocol for retesting the football’s air pressure during a game. The AFC Championship game was actually the first time it was ever done. Part of the Cx process is to revisit the project around ten months after occupancy to review any issues prior to warranty expiration. Additionally, commissioning can be ongoing, continuous or monitoring-based with regular check-ins to ensure the performance baseline is being maintained. Re-commissioning involves retesting equipment and systems after a few years have passed.

With the 2015 season upon us and Deflategate serving as a difficult lesson learned, the NFL is planning to implement at least a couple of these verification steps going forward, which should eliminate any future equipment violation controversies. Luckily for the AEC industry, building owners and facility managers have learned over time that the commissioning process is invaluable in reducing occupancy issues and complaints.

Learn more about CannonDesign's commissioning services here.

Tags

More from Author

CannonDesign | Jan 3, 2024

Designing better built environments for a neurodiverse world

For most of human history, design has mostly considered “typical users” who are fully able-bodied without clinical or emotional disabilities. The problem with this approach is that it offers a limited perspective on how space can positively or negatively influence someone based on their physical, mental, and sensory abilities.

CannonDesign | Oct 23, 2023

Former munitions plant reimagined as net-zero federal workplace

The General Services Administration (GSA) has embraced adaptive reuse with Building 48, an exciting workplace project that sets new precedents for how the federal government will approach sustainable design.

CannonDesign | Aug 22, 2023

How boldly uniting divergent disciplines boosts students’ career viability

CannonDesign's Charles Smith and Patricia Bou argue that spaces designed for interdisciplinary learning will help fuel a strong, resilient generation of students in an ever-changing economy.

CannonDesign | Jul 10, 2023

The latest pediatric design solutions for our tiniest patients

Pediatric design leaders Julia Jude and Kristie Alexander share several of CannonDesign's latest pediatric projects.

CannonDesign | May 11, 2023

Let's build toward a circular economy

Eric Corey Freed, Director of Sustainability, CannonDesign, discusses the values of well-designed, regenerative buildings.

CannonDesign | Apr 10, 2023

4 ways designers can help chief heat officers reduce climate change risks

Eric Corey Freed, Director of Sustainability, CannonDesign, shares how established designers and recently-emerged chief heat officers (CHO) can collaborate on solutions for alleviating climate change risks.

CannonDesign | Mar 9, 2023

5 laboratory design choices that accelerate scientific discovery

Stephen Blair, director of CannonDesign's Science & Technology Practice, identifies five important design strategies to make the most out of our research laboratories.

CannonDesign | Feb 9, 2023

3 ways building design can elevate bold thinking and entrepreneurial cultures

Mehrdad Yazdani of CannonDesign shares how the visionary design of a University of Utah building can be applied to other building types.

CannonDesign | Jan 9, 2023

How modular solutions can help address skyrocketing construction costs

Modular builder Joshua Mensinger details three ways modular solutions aid in lowering construction costs.

CannonDesign | Dec 9, 2022

What's old is new: Why you should consider adaptive reuse

While new construction allows for incredible levels of customization, there’s no denying that new buildings can have adverse impacts on the climate, budgets, schedules and even the cultural and historic fabrics of communities.

boombox1 - default
boombox2 -
native1 -

More In Category




Laboratories

HGA unveils plans to transform an abandoned rock quarry into a new research and innovation campus

In the coastal town of Manchester-by-the-Sea, Mass., an abandoned rock quarry will be transformed into a new research and innovation campus designed by HGA. The campus will reuse and upcycle the granite left onsite. The project for Cell Signaling Technology (CST), a life sciences technology company, will turn an environmentally depleted site into a net-zero laboratory campus, with building electrification and onsite renewables.

halfpage1 -

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021