Heavy Civil Construction: Key Challenges & Best Practices

Heavy civil construction forms the basis of our functioning society. From large-scale public works projects to critical infrastructure, heavy civil construction projects are found in all aspects of modern life.

Some of the key aspects of heavy civil construction are massive jobsites, installation of complexly-engineered systems, use of public funds and increased stakeholder oversight in the design process. 

Heavy civil construction overlaps significantly with infrastructure construction, a catch-all term for any kind of work that touches public infrastructure. Some contractors may even use these terms interchangeably. Roads, bridges, airports and water infrastructure facilities are all examples of projects that may be considered both heavy civil and infrastructure construction.

This article explores the challenges and unique aspects of heavy civil construction, including examples of projects, issues with scale and oversight and best practices for handling heavy civil jobs.

Unique Aspects of Heavy Civil Construction

In general, projects that are considered heavy civil instead of infrastructure tend to involve significant earth-moving and structural work, are complex and are highly engineered.

Because heavy civil work often requires work on transportation systems and infrastructure, the owners of these projects are typically public entities, and often these jobs operate as public-private partnerships (PPPs). 

This can add complexity to completing these projects on time, as involvement from several governing bodies and municipalities can prolong the decision-making process in the design and preconstruction phases, and changes in political leadership can affect the approvals process. 

Another unique aspect of heavy civil projects is the multifaceted roles that civil contractors can play. They often take on the responsibilities of a general contractor (GC), leading large projects on their own. But it's also not uncommon for these contractors to also serve as subcontractors, working under a GC and still handling a significant portion of labor on their own.

Sometimes civil contractors step into the role of project managers (PMs), particularly in the engineering, procurement, and construction (EPC) sector.

For any contractor working in heavy civil construction, its important to define the scope of each crew member’s job and keep in regular communication to make sure everyone stays on task.

Types of Heavy Civil Projects

The following lists a few examples of projects that a heavy civil contractor may take on. 

• Mining Operations

  Building a mine is more than just blasting and drilling. It also requires constructing facilities and roads for extracted materials. A recent example is Canada’s Fort Hills project, which went into full production in 2018, and involved extensive excavation of one of the world's largest oil sands deposits.

• Land Reclamation

  Sometimes a body of water or wetland must be filled in to create new land for agriculture, infrastructure, or even residential areas. One massive and ambitious example of this is the Dubai Waterfront, which began in 2005 and aims to extend the city into the Arabian Gulf.

• Flood Barriers

  As climates change and cities grow, seaside areas like New Orleans have to construct new ways of preventing disaster. In 2013, the city built the Hurricane and Storm Damage Risk Reduction System (HSDRRS), which includes a colossal surge barrier to protect the region.

• Dam Construction

  Erecting a dam involves large-scale excavation, foundation establishment, and concrete works to create a structure capable of controlling water flow. It can also serve to generate electricity for the surrounding area, like The Grand Ethiopian Renaissance Dam is doing even before its full completion as Africa’s largest dam, as it harnesses the power of the Blue Nile River. 

• Tunnel Boring

  Digging a tunnel requires complicated geological surveying, drilling, and specialized, expensive equipment to carve passageways through the earth, often to improve transportation systems like subways. The Gotthard Base Tunnel in Switzerland is one example, opening in 2016 after 17 years of construction to become the world's longest and deepest railway tunnel.

• Port Construction and Expansion

  Building a port can massively shift an area’s economics, but it also changes the land immensely, calling for extensive dredging, and building quays to hold large vessels. Completed in 2014, the Port of Miami Tunnel exemplifies this kind of heavy civil construction, connecting the port to the mainland via tunnels that have quickly made it one of the U.S.’s busiest international ports.

Common Challenges of Heavy Civil Construction

Some of the problems with heavy civil projects resonate across all kinds of construction: issues in terms of hiring a capable workforce, material delivery and procurement, inspection, permitting and coordination with Authorities Having Jurisdictions (AHJs), for example.

But given the titanic scale of heavy civil projects, there are a handful of extra challenges a general contractor (GC) working in this field should look out for. 

Stakeholder Oversight

Public entities funding the project often employ their own trade specialists, project managers and engineers who need to approve design plans and any change orders. Working with essentially double the typical number of design team members can slow the timeline of a project early on, making it a difficult process to get to the actual build.

Scale

Some civil work — such as building roads or even an airport — occurs across such vast stretches of land that it crosses county or even state lines. This can make it difficult to effectively monitor every crew in the field. 

Coordination across multiple building departments and government bodies is often necessary. Some projects, like pipeline installations, may span miles and need to consider environmental regulations in each jurisdiction they cross into. 

The size of this work also impacts the amount of budget that will need to be allocated for equipment, and equipment costs tend to be higher than most commercial jobs. Over the course of the project, large,and costly amounts of equipment need to be rented or purchased, stored, maintained, rented — and, crucially, tracked across a huge worksite. 

Data Collection

Given the massive scale and intense oversight of heavy civil work, it’s critical to obtain reliable data from the field. However, teams on the ground can be hesitant to adopt new technology, and crewmembers may not understand that their daily tasks are also important data points for higher-ups to manage.

It’s necessary to onboard workers to data collection software, with training that ensures they understand more than just how to use a software or system. Crewmembers must comprehend the value of entering good data that will be useful to their management teams. 

Changing the culture of a workforce means taking the time to explain how the data someone enters will affect the project as a whole, and how someone’s daily log may be turned into actionable information for a PM or GC, and could even make its way into a report to stakeholders.

Site Preparation

These problems can intensify when dealing with government entities, as changes in administration can unravel prior agreements and force developers to revisit the entire permitting process.

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Best Practices for Working in Heavy Civil Construction

Heavy civil construction can be a complex field, but using a few key strategies can help smooth the process of completing the job on time. 

In particular, effective communication, fostering teamwork to address problems, and taking advantage of technology to streamline organization can be incredibly useful.

Communication

It’s incredibly common on any construction site that work doesn’t get done—or done correctly—because workers onsite didn’t speak to each other. These incidents can add up, and a project can quickly descend into chaos without a well-orchestrated communication strategy.

Regular owner-architect-contractor (OAC) meetings ensure alignment between the ownership, developers, and builders, while internal team briefings keep day-to-day operations on track.

But effective communication also extends beyond the interactions between project teams; it includes engaging with the wider community affected by the project. Public relations can become an integral part of the communication strategy, and management teams should host community meetings to discuss the progress, phases, and impacts of the project. 

These efforts help manage expectations, keep residents informed, and address their concerns while anticipating any issues they may have.

Collaboration

Fostering collaboration on a heavy civil construction site starts with identifying and engaging all stakeholders early, creating a foundation of communication that maintains everyone's involvement from start to finish. To maintain this collaborative spirit, regular and structured meetings are key, ensuring that all parties—from general contractors to government officials—are aligned on goals, timelines, and responsibilities.

Even though these jobs often have more sign-offs from stakeholders and governmental agencies that can slow the process down, this level of oversight can also have benefits. When challenges come up, a larger pool of experts and stakeholders can gather to brainstorm solutions.

Since government bodies hold power over the land being developed, they can also be useful in gaining approvals and acquiring permits that might otherwise take a long time.

Plus, since construction is an industry of people and connections, increased access to governmental agencies and workers is a benefit that can be reaped in the long run, as a GC may need these contacts in future jobs to gain approvals on time. 

Finally, given that these projects can experience hurdles at the government level, it can be helpful to tune into the local political landscape, and form relationships within it, so that the project has less risk of being waylaid by turnover. 

Connection

In the context of heavy civil construction, the need to connect goes beyond physical interactions; massive workforces and fast-paced work across long expanses of land means that using software to keep logs and documentation of the workplace are critical.

Using construction management software to its maximum potential can help streamline communications across a huge workforce. Being able to track changes to plans and drawings in real time, and the ability to share this data with the many eyes on the design team who need to approve it, can help speed up the decision-making process and keep a project on track.

During the build, given how large these worksites can be, it’s especially important to keep meticulous documentation of safety issues and inspection reports. Having access to real-time data and the exact location of an incident or inspection can reduce time spent tracking these places down, and can help a GC or PM keep focus on quality control or enhancing safety measures to minimize risk of future accidents. 

Documentation, however, is only useful if it’s accurate, and many construction workers are hesitant to add more technological processes to their workdays. To overcome the challenge of training an old-school workforce to embrace technology, it might be useful to involve crews and foremen in the transition process, potentially through incentive programs that reward efficient and consistent data entry.

Mastering the Complexity of Heavy Civil Construction

Contractors tend to stick to either heavy civil or commercial construction, but it is possible to move across this divide. The heavy civil field, while challenging, offers great opportunities for GCs looking to expand their horizons. 

In general, the vast scope of projects within heavy civil means that contractors tackle some of the most impactful work in the world, with the projects they work on literally shaping society upon completion.

Embracing the challenges of heavy civil construction can not only bolster one's expertise across all of construction but also open the door to potentially lucrative and high-profile projects. 

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