Why Utility Coordination Failures Create Major Engineering Liability During Construction

Construction projects are everywhere. Over 919,000 crews across the nation build homes, improve businesses, and work on development or infrastructure projects. These projects are crucial to societal needs and our overall economy. The trouble is, they can fail from time to time.

When a construction project runs into an issue, it usually isn’t because of a singular, catastrophic event. It’s much more common to see a collection of smaller problems compound over time, leading to a much larger delay. Among these are utility coordination failures, such as hitting a buried electrical line or shutting down critical infrastructure when a water pipe floods a site.

When these events occur, they create significant construction engineering liability that can persist for decades. Legal issues, fines, environmental concerns, and fixes all take time and money. That is why working with professional engineers beforehand reduces risk, and hiring forensic engineering firms post-failure is crucial to determining accountability.

What Utility Coordination Actually Involves in Construction Projects

Engineers streamline utility coordination. Professional training, education, and experience help identify, evaluate, manage, and integrate existing systems with new utility demands. That is a necessary step before a construction project, excavating a site, or beginning development.

The reason coordination helps is that there are a diverse number of systems buried beneath a site or require “tying into” from local town/municipal connections. That can include:

• Electrical distribution
• Telecommunications
• Water and sewer systems
• Storm drainage
• Natural gas infrastructure
• Fiber optic networks
• Cathodic protection systems

The other issue, beyond technical integration, is that different parties own different utilities, operate under separate yet strict standards, and may not be updated due to incomplete town records.

The denser the construction site, the more likely construction engineering liability is. There is an entire branch of engineering called an SUE. This Subsurface Utility Engineer certification is specifically designed to manage utility coordination failure risk by identifying, designating, and mapping underground infrastructure. Without that oversight, which does still require a PE for formal submission, construction runs on assumptions.

Why Utility Coordination Failures Happen So Often

The good news is that most utility coordination failures are preventable. As long as there aren’t conflicting schedules or fragmented communication, the PE in charge can map out what is present, what is needed, and where to make changes.

The only real barriers to running a safe, coordinated construction site are communication and up-to-date records. Even a modern city with a fresh jobsite that hasn’t seen action in decades can have layer upon layer of utility connections or lines running underneath. Undocumented field changes or abandoned infrastructure are often not noted in the most up-to-date maps.

Late-stage coordination and communication breakdowns are the other causes of failures. There must be active lines of communication between utility owners, engineers, municipalities, contractors, and subs on site. If any part isn’t updated on critical conflicts, they will be missed.

The latest financial number attached to utility coordination failures is roughly $30 billion in societal costs. When you consider the breadth of construction projects across the country, that is too high a cost and prevents expansion and development where it’s needed most.

How Utility Conflicts Escalate into Engineering Liability

Whenever a utility conflict occurs, it leads directly to construction delays. In most cases, an engineer can step in, map out a solution, and people move on with the work. In other cases, the risk of arc flashes, flooding, fires, or electrocution is too high, and work must stop until a solution is presented. Even a couple of days of downtime can ruin some construction projects.

Construction engineering liability is closely tied to delays in critical infrastructure. When a utility line is damaged, it can halt communication lines, healthcare operations, transportation systems, or industrial production. That triggers an investigation that will work its way back to the name on the plans and the engineering firm doing the work.

Our professional electrical and forensic engineers at Dreiym Engineering often get called in to conduct those investigations. That is when accountability for repairs or fines is assigned, and no engineer wants to be on the receiving end of a professional correction. That engineer will have to face questions like:

• Was the utility properly identified?
• Were the drawings accurate?
• Did the engineer exercise reasonable care?
• Were field conditions ignored?
• Was excavation performed according to standards?

Legal, financial, insurance, and professional oversight are crucial to mitigating future liabilities.

Best Practices That Reduce Utility Coordination Failures

To reduce utility coordination failures, engineering teams need early involvement, consistent contact with stakeholders, and a skeptical approach to maps. They should be present throughout the entire project lifecycle to avoid most utility coordination failures. That might mean coordinating during conceptual design before permitting begins, verifying records, working directly with utility owners, and resolving utility conflicts before the first golden shovel hits the dirt.

Documentation is also crucial. Continually updating information whenever field conditions change helps ensure future work avoids many of the common risks associated with utility operations and connections. It’s a good idea to call in a SUE for help under a PE’s oversight.

While underground infrastructure exists in a dynamic space often shaped and reshaped by age, soil conditions, and prior development, you never know when something might lead to a bigger issue. A congested utility corridor may not have clearance between electrical, gas, and water connections. There could be temporary support systems or damaged grounding systems with exposed connectors.

The more research and verification ahead of any construction project, the better. At the same time, you want an engineering team that understands these risks and almost forces better communication among all team members. That communication is often what uncovers latent electrical lines or hidden sewage systems. When a subcontractor finds something risky and has a clear line of communication to the engineers in charge, failures are better mitigated.

Utility Coordination Is a Risk Management Issue, Not Just a Construction Task

The last thing anyone wants is a forensic engineering team coming in to assign accountability after utility coordination failures. It can be stressful to have a professional crew determine fault and then deal with years of litigation, rising insurance premiums, and municipal distrust that blocks future development.

The best thing you can do before starting any construction project is to work with an engineering firm first. Get a comprehensive map of the potential utility risks, so when the excavator is called in to set a foundation or lay building structures, you’ll know where to dig and where to avoid.

At Dreiym Engineering, we’ve spent over 30 years working with industrial and business construction projects before, during, and after utility coordination failures. Even if you simply want a little extra peace of mind, give us a call. Our team can handle post-failure investigations and provide documentation of the causes, drawing on our years of experience reporting to municipalities, insurance providers, and development stakeholders.