Tag Archive for: AI in construction

The Rise of Autonomous Construction Equipment

The age of technology is in full swing, but some people fear that artificial intelligence will take over too many existing jobs and put people out of work. Others, many industry leaders included, welcome the addition of AI in the workforce. The construction industry is no exception; the use of autonomous construction equipment is on the rise across the construction sector.

What is Autonomous Construction Equipment?

Autonomous construction equipment, such as dozers, excavators, load carriers, and haul trucks, are driverless machines that can be used to perform a variety of jobs on construction sites. These machines are typically controlled by an operator via a remote control program. This innovation has allowed many construction projects to be completed with minimal safety issues and maximum efficiency.

As the technology continues to develop and the usage benefits increase, these machines are becoming more common on job sites. Particularly, the use of autonomous vehicles (AV) has increased considerably over the past decade. In 2016, 20 states across the country introduced legislation concerning the use of AV. In 2017, that number grew to 33 states. In 2018, 15 of these states enacted a total of 18 bills regarding the use of AV.

What Does Autonomous Construction Equipment Mean for Jobs?

One of the biggest concerns around incorporating AV at construction sites is the potential negative impact on jobs. Will these vehicles take over jobs traditionally held by hard-working people and ultimately put those people out of work?

Fortunately, studies have shown that will not be the case! In fact, autonomous construction equipment could end up creating higher-paying jobs over time instead of taking them away. But this will not happen overnight, and the industry will end up changing dramatically. This transition over the next few decades is projected to raise the unemployment rate from 0.06% to 0.13%, but this indicates that jobs will be shifting in nature instead of being phased out.

For example, traditional operator roles have begun to transition to remote operators who will be operating the machinery with controllers. And these skills are in high demand!

Companies like Teleo are actively recruiting more operators and offering a position with “significantly better working conditions, making the job safer and more comfortable.” The remote control technology allows operators to safely run the machines from outside the cab, minimizing the risk of injury and providing them with a clear view of the work happening.

Times are definitely changing, and construction industry leaders are working hard to keep up. We can expect to see autonomous construction equipment on job sites across the country in a matter of decades. As such, learning the new skills of the trade will be essential to keeping up with the evolution of the industry.

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How an Inspection Robot Can Improve Bridge Safety

Many areas of the United States have bridge infrastructure that is in terrible condition.

Regular inspections are essential to identify potential issues and prevent catastrophic failures that can endanger human lives and cause significant economic damage. And now, with the use of inspection robots, the process can be safer, faster, and more cost-effective than traditional methods.

These specialized robots use advanced technologies such as sensors, cameras, and artificial intelligence to detect and analyze bridge defects that may have otherwise been skipped over.

By using this technology, bridge owners and operators can better assess potential issues and take the necessary proactive measures to address them.

The Current State of Our Bridges

According to the American Society of Civil Engineers, there are over 617,000 bridges in the United States, with 42% being 50 years old or older and nearing the end of their structural lives.

Bridges are aging, and 7.5% of all bridges in the United States are structurally deficient, meaning that all or part of the bridge is unsound.

Because of this, it’s necessary to inspect bridges more frequently to look for wear and tear that could cause safety issues and partial failure or total collapse. However, the federal government and state regulations for bridge inspections are all different.

The Benefit of an Inspection Robot

Inspection robots can be a substitute for humans in potentially dangerous environments, such as those where there is a fire or combustible gas. They can also contain high-definition and infrared cameras, microphones, and gas detectors.

Aside from replacing humans in hazardous situations, inspection robots provide far more mobility than humans, with the ability to move around tight spaces or climb up walls. This allows engineers to make more informed decisions quickly.

Robots can be controlled manually from a distance or programmed to complete certain tasks and instructions. These features create an effective tool for engineers.

As technology advances, these robots will only become more capable and versatile, opening up new possibilities for their use within the construction industry.

Drone Inspections

In recent years, drones have become more than just a hobby or a novelty. They are now effective tools that can assist humans in various industries, including construction and engineering.

Much like other inspection robots, drones save time and money and significantly reduce the risk of accidents by minimizing the need for workers to climb scaffolding or high areas.

They can also perform more complex inspections as technology improves. As we collect and analyze more data, the information we get from drone inspections will help engineers perform better bridge maintenance and make better design decisions. This improves the safety and longevity of our country’s infrastructure.

Traditional bridge inspection methods, alongside inspection robots, employ cutting-edge tools and equipment for hands-on inspections. But as technology improves, drones and robots’ abilities will continue to grow. This will make them more important for a wider range of construction and engineering tasks.

Growing into the Future with U.S. Bridge

Technology and robotics are changing construction and engineering forever. U.S. Bridge uses cutting-edge technology to evolve, like our exclusive BridgeScope tool.

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Top Emerging Technologies in Construction

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New and emerging technologies in construction develop at a rapid pace, making for some major changes in bridge design. They offer engineers more accurate models and detailed analyses of bridges and other projects, making for more advanced construction methods and design software.

Here’s a list of some of our favorite advanced technologies in construction that are great for bridge design and construction!

Building Information Modeling (BIM)

Building Information Modeling (BIM) pairs architects with engineers and construction professionals. This allows for more efficient communication and collaboration throughout the stages of construction. BIM enables engineers and designers to create 3D models that include a bounty of data, from the physical characteristics of a bridge to its functional features.

MIDAS CIM, developed by MIDAS IT, is the world’s first BrIM (Bridge Information Modeling). This is an extension of a BIM that can generate instant and accurate outcomes for all phases of a project. It also provides an integrated platform that connects modelers, constructors, drafters, designers, and engineers in one sole model. It’s currently the only solution that can effectively reduce inefficiencies in cost, time, and communication that a design change can disrupt.

New Construction Materials

With new construction materials, the landscape of bridge construction is vastly different than it was decades ago. One of the newest and best materials for bridge design is self-healing concrete. Traditional concrete is highly susceptible to cracking. However, new concrete mixtures can fill themselves with the help of limestone-producing bacteria that can occupy the cracks of concrete as they form. This will prevent costly damage brought on by unfixed cracks.

Besides concrete cracks, natural disasters are a crucial aspect of consideration for bridge designers. Hurricanes, tornadoes, and earthquakes all impose irreversible damage to different structural elements of bridges. This is costly, however, the advent of new construction materials can skirt these costs.

One such material that is still under research is Superelastic Reinforcement, a shape memory alloy that can return to its original shape even after high stress.

Smart Construction

Smart technology is tremendously impacting the construction industry. This is because the likes of artificial intelligence (AI), virtual reality (VR), drones, site robots, and other construction techniques are now the new norm at every construction site. Bridge construction is no exception. With the help of LiDAR sensors and GPS tracking, bridge engineers can identify the precise location where a bridge will stand, thus greatly minimizing errors.

With today’s technologies in construction, it’s possible to keep track of anything and everything happening on bridges. For example, Kuwait’s Sheikh Jaber al-Ahmad Al-Sabah Causeway included the Supervisory Control and Data Acquisition (SCADA) in its bridge system. The system includes traffic cameras to track movements in the case of an emergency. It also incorporates systems for condition monitoring, and crack detection in its concrete and steel structures to provide overall structural health monitoring.

Computer-Aided Software

Bridge design gets more complicated and powerful as time goes on. Because of this, all-in-one computer-aided software programs are necessary. The software programs must be able to process complex modeling challenges and in-depth structural analyses.

Powerful software with a user-friendly user interface (UI) and intuitive modeling tools will allow bridge engineers to reduce modeling and analysis errors. This will provide a more accurate and reliable bridge design.

Build the Future with U.S. Bridge

U.S. Bridge uses the best materials and methods to create strong and reliable bridges quickly in the industry. We pride ourselves on our broad selection of prefabricated bridge styles and our signature bridge designs that can meet your project needs and leave a lasting impression.

Not to mention, our easy-to-use Bridgescope tool allows anyone to customize their bridge design and get a head start on their projects! Contact us today for any questions or bridge inquiries.

Avoid Rework in Construction by Eliminating Bad Data

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Data is important in any job and naturally, it’s important for construction. It supports and dictates the decision-making process. However, when that data is incorrect it can make for a costly rework budget.

In 2016, data mistakes cost the United States an outstanding 3.1 trillion dollars in budget overruns and project delays. Over half of that was in the construction industry alone.

Rework in construction means losing time and money for your project. It obviously leads to serious frustrations between team members and clients. But it can be avoided by eliminating bad data.

Eliminating Bad Data

Single Focal Point

Deciding where you could benefit most from having data-driven insight and clear value will maximize your return on investment (ROI). This will encourage organizational buy-in.

For example, some industry leaders start with safety and quality assurance, two areas where data is readily available. Having a single point of focus directs the efforts of individuals, which accelerates the impact of improvements.

Identify your Data

Many firms revealed in a survey that the volume of data they use is overwhelming. They reported feeling lost and not knowing where to start. Though only 36% of the surveyed firms reported implementing a process to identify bad data. In fact, many industry leaders stated that it took nearly two years to completely “clean” their own data.

Preventing this time-hogging undertaking involves standardizing data capture. This can confirm accurate and actionable insight.

Structure your Data

It is extremely important to keep all data in a specific environment. This also means having a single preference solution to any impending situation that might arise. This will help to fuse complementary technology solutions with a strong integration capability to help facilitate the amount of project data.

This will help you avoid not having information or the correct information you need readily available when your construction team needs it. Using a specific data environment also makes collaboration between project managers much easier all while helping avoid creating more bad data and rework in construction.

Double Check Everything

Double-checking everything might be painful and tedious, but much of the bad data is due to small mistakes. According to a report conducted by FMI and Autodesk, 24% of bad data is either inaccurate or incorrect. Simple typos can make a huge difference when collecting data.

Obviously, this will take more time so, create a dedicated team or invest in an outsourced company. By doing something as simple as double-checking your work you can avoid costly mistakes.

Data Management Staff

When hiring staff, look for data management and analysis skills in potential candidates. These skills continue to be a critical advantage for construction firms. Teach and train these skills to employees who do not already possess them.

Firms must also evaluate existing processes and standards in order to better understand where data is bad or incomplete.

After hiring a devoted staff to manage and analyze data, implement a formal data strategy. Doing so will lift the burden from already busy supervisory staff.  Formal training can also help, as it is a common part of implementing a common data strategy. This training can reinforce additional on-the-job training.

Formal data strategies also improve data consistency and insights. It will also take the guessing work out of the equation for project management and field supervision staff.

Save on Rework

It is important to implement all of these key points in the battle against bad data. It is also healthy for a firm to think of new and innovative ways to fight bad data. Use what makes sense, if something doesn’t work, don’t be afraid to scrap it in favor of something better.

Bad data will only create bigger problems down the line, so implementing decisions to preemptively stop bad data now will help you avoid expensive rework in construction projects.

Build with U.S. Bridge

At U.S. Bridge, we work with the highest quality materials and engineers when designing and building bridges. Not to mention, our bridges are well-made, easy to maintain, and available in a variety of design and support types.

With decades of experience and our team of dedicated experts, you can feel confident in trusting an industry leader to build your bridge.

Contact us today for a free quote or use our exclusive Bridgescope tool!

The Importance of Cyber Insurance for Construction Companies

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Construction companies have adopted technology quickly, but because of this, they are more susceptible to cyberattacks. According to NordLocker, construction is at the top of the list of industries targeted by cyberattacks, specifically ransomware. This can result in hundreds, if not thousands of dollars lost for construction companies; which is why many companies are investing in cyber insurance for construction projects.

Here are some reasons why you should invest in cyber insurance to protect your company.

Cyber Attacks

Unfortunately, it appears that cybercrime instances are rising. And while it might seem as if targeting a large corporation would provide hackers with the chance for the biggest return, in actuality, smaller companies are more susceptible to attack. The reason behind this is that large companies have the resources and capital to allocate funds to cybersecurity while smaller companies don’t.

Social engineering is also another form of cybercrime in construction. A hacker may pose as a seemingly trustworthy but unknown person, like a vendor, to gain access to company credentials. Phishing, or the use of fake emails or websites, is a great example of this. A hacker may impersonate another company or individual and send fraudulent emails to access information.

There are a couple of things you can do to help avoid cyber attacks like hiring cybersecurity specialists, training employees to recognize phishing, and automatically backup up your daily data. But ultimately, investing in something like cyber insurance would be better.

Cyber Insurance in Construction

Because of the rise in ransomware and cyber attacks in the industry, cyber insurance in construction is gaining popularity as a preemptive form of protection. Here are some other reasons why companies should consider cyber insurance:

  1. The Rise of Cybercrime
    It’s a fact- cybercrime is on the rise. In fact, one in six construction companies reported a ransomware attack in 2020. Dealing with cyber attacks leaves you vulnerable to data and money loss. Safeguard against any potential loss by investing in cyber insurance for your construction company.
  2. Project Delays
    The true price of cybercrime is the amount of time your business is held hostage. Nowadays, most companies rely on technology to function. Cyberattacks can halt projects and make it difficult to access important day-to-day information. As a result, the loss of business is something that could potentially drag on for days or even weeks.
  3. Reputation
    Customers and contractors may hesitate to do business with you in the future if you have a data breach in your past. It signifies to clients that you are susceptible to cyberattacks and that therefore their data is at risk should they work with you. It doesn’t paint a strong or likable appearance for your company.
  4. Liability Coverage
    Construction companies collect and store valuable information about their clients. By having cyber insurance in construction, companies can protect themselves from lawsuits or fines in the event of a ransomware attack. Not to mention, it brings peace of mind if your company ever becomes a victim of cyberattacks.

Companies spend money to protect physical assets. They must take the same steps to protect cyber assets too. Therefore, cyber insurance in construction is more important than ever.

A Reliable and Trusted Brand

U.S. Bridge works with companies all over the world to build long-lasting and easy-to-maintain bridges. We design our bridges with the latest innovations in mind. Our team brings engineering and manufacturing expertise to every project and safety in every way is important to us.

Ready to start your next project? Contact us today to learn more!

How To Improve Collaboration In Construction

A large-scale construction project can easily take hundreds of people from different trades to complete. But how do so many different individuals from various skills and backgrounds, work together to finish a job on time? Here are some ways to consider to improve collaboration in your construction projects.

Poor Communication Has Consequences

We all know that poor communication causes misunderstandings and can set work back in any field. But how significant is poor collaboration in an industry like construction?

Well, without a well-thought-out plan, every phase of the construction project will suffer. Poor collaboration will lead to misunderstandings, slow turnaround times, errors, and wasted time. Every delay can open the door to a number of claims or expensive penalties depending on the type of project and contract.

Investing in ways to improve collaboration can preemptively avoid these situations.

Ways to Improve Collaboration

Start at the Beginning

Every project starts with a roadmap. Use the early planning stages to bring together key players, discuss project details, establish everyone’s roles, and define expectations. Even though this may seem fundamental, it’s important that individuals feel that the project allows and insists on open communication. This will help foster better work relations among crew members and make collaboration easier.

Not to mention, this makes it easier along the way to develop plans to handle any issues that may arise.

Look for Collaborative Tools

With the rise of technology in construction, there are so many different digital tools that can help improve collaboration. Investing in a digital platform can keep your team organized, make task management more efficient, and help coordinate schedules between various employees.

There are a lot of cloud-based collaborative management systems designed for the construction industry such as Procore, PM Web, Prolog, Expedition, BuilderTrend, and Viewpoint. Users will have access to project information, make changes, and share files easily with internet access.

Plus, these systems can help track the completion of different areas of the project. That way, each team knows how far along the others are and can use that information to make decisions about their own work. This will streamline the communication process and make back and forth exchanges easier and faster. Not only would this save you time and effort but it also holds teams accountable for their work.

With so many different options available, it’ll be easier to choose a system that works best for you and your team.

Invest Now & Save Time and Money Later

Although it may be a higher initial cost to incorporate methods of improving collaboration, it’s worth it in the end. A successful project collaboration allows you to reduce inefficacies in manpower, money, time, better on-time project delivery, better company reputation, and higher ROI.

In fact, a report discovered that “companies that build high levels of trust can save millions of dollars annually from benefits that include lower turnover rates, fewer missed schedules, and more repeat business”.

Work Smarter with U.S. Bridge

Our 80 years of construction experience is why we can handle construction projects of various caliber. We are confident that our engineering and manufacturing expertise is just what you’re looking for to complete your project! 

Contact us for a free quote or check our exclusive Bridge Scope tool to start building your project today.

Technology in the Construction Industry: AI & Data

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When thinking about technology in the construction industry, it’s easy to picture electric vehicles, pneumatic drills, and other technological advancements in equipment. However, one area that often gets overlooked is the increasing use of computers and digital tech. Even artificial intelligence has a place in the new world of construction.

How Technology is Changing the Industry

Last year’s shutdown pushed the use of technology that made many companies not only realize its inevitability but also the benefits it provides. As construction projects require many different partners, the need for technology that streamlines business operations is on the rise. The application of these digital tools not only optimizes projects but the industry as a whole in areas such as:

  • Employee productivity & efficiency
  • Cost reductions
  • Job and asset flexibility

One of the reasons for this change is the increase in data. Thanks to the growing use of technology and computers, more data is made for construction projects. Thus, causing data analytics to gain popularity in engineering and construction to how companies can use it to improve their business process.

However, according to a study by FMI, 95% of the data collected in the industry goes unused. This highlights perhaps the two biggest issues about technology in the construction landscape- adoption and integration.

It’s possible to collect data on everything from worker efficiency and supply chain delays to overall project costs. Unfortunately, it’s a challenge to use this information when so many of these new technologies aren’t integrated.

Not to mention, the tools that companies need to integrate all of their data may not exist yet. And, even if they do, it may require a hefty upfront cost.

The Growing Use of AI

Another new technology that’s changing the construction industry is artificial intelligence. The term AI describes a machine or computer that is able to do functions similar to humans such as problem-solving or pattern recognition. Machine learning is a subset of AI that uses statistical techniques to analyze large amounts of data. It can do a range of actions like notify project managers about an error, filter out spam emails, or advanced safety monitoring.

Another example of AI in construction is Building Information Modeling. BIM helps engineers, architects, and other professionals to efficiently plan and design structures by using virtual simulation to create 3D models of projects. It saves companies time and money while also providing stakeholders with 3D models to analyze the impact of projects.

Success with U.S. Bridge

Technology is a great tool that is transforming the construction industry. Learn more about the ongoing changes in technology in the industry in our blogs. Or, find out more about how U.S. Bridge has everything you need to make your project a success through our website!

Contact us for a free quote or check our exclusive Bridge Scope tool to start building your project today.