Future of Construction Technology: What Awaits Us?

Over the past few years, construction architects and engineers have been devising innovative ways to construct stronger and taller buildings. These latest technologies are rapidly replacing traditional building techniques, which involved strenuous manual work.

Today, technologies like wearables, augmented reality, virtual reality, building information modelling (BIM), and drones have revolutionized the construction industry. Researchers and engineers are working tirelessly to develop new building techniques and materials that can take the construction industry to the next level. 

Project managers and contractors are equally key in implementing tech-enabled techniques to achieve greater synchronicity and productivity on jobsites. Procore technologies helps examine and enforce the roles of construction project managers and contractors, in order for construction companies to take maximum advantage of developing tech trends.

What the future holds for construction technology is excellent. Keep reading to learn some of the most influential innovations that will transform the construction industry in the future.

5 Innovative Technologies to Revolutionize the Construction Industry

Here are some of the technologies that all construction firms are hoping to adopt in the future.

Communication technology

Artificial Intelligence (AI) and Machine Learning

Construction companies handle vast swathes of data and use the information to make informed decisions, manage risks, and improve productivity. Managing large data sets requires a well-established system, and that is where AI and machine learning come in.

Construction firms are willing to invest in technology systems that can collect, aggregate, and organize the data generated at a construction site. AI and machine learning systems can collate and analyze data faster compared to human workers, saving time and cost.

Besides organizing large sets of data, AI and machine learning can predict the future outcomes of a construction project. The technology is in an early adoption stage, and more construction firms are yet to embrace its full potential.

Self-Healing Concrete

This innovation is one of the latest developments in the construction industry expected to prolong the life of buildings. Hendrik Jonkers, a microbiologist, came up with this novel idea to solve the problem of cracks on concrete walls.

Construction companies and real estate investors spend millions of dollars on repairing and maintaining buildings, roads, and bridges. With the help of self-healing concrete, firms don’t need to do the repairs as the structure can restore itself when its walls crack.

The science behind this technology is extraordinary. It embeds bacteria into the concrete at the time of construction. When it cracks, water entering the cracks reactivates the bacteria to initiate the healing process. The bacteria excrete calcium which fills up the cracks.

Internet of Things (IoT)

Another technology that can help construction firms to manage data in a construction site is the IoT. With the technology, project managers can now capture accurate and real-time data from all the equipment and tools used in the construction site.

Network-connected sensors are installed in the entire building to collect and manage data from every worksite. Construction firms can use the data to evaluate on-site performance of equipment, safety of workers, and the cost of consumables.

IoT provides a real-time report regarding the progress of a construction project. A network of sensors on the construction site can integrate with the project management software to provide a clear picture of all the on-site operations.

The Internet of Things can also be used to digitize assets in an apartment such as the HVAC systems. Building owners can now monitor the cooling systems, flow rates, and energy consumptions. More construction firms are yet to adopt this technology.

Autonomous Equipment

Machine automation in the construction industry is gaining momentum. Project managers can now complete particular tasks involving humans. An excellent example of automated machines commonly used on site is the drone. Drones can inspect hard-to-reach regions in a building and provide real-time reporting, saving on time and money.

Another autonomous equipment that is paving its way into the construction sector is the self-driven vehicles or rovers. Operators must not board the machines for them to function, reducing the risks of injuries when an accident occurs.

With the help of sensors, drones, and AI, autonomous machines such as rovers can accurately navigate the construction area and perform tasks as commanded. Augmented GPS allows the devices to move only within the construction site.

In a few years to come, all workers who will be entering the workforce will do so when they already know how to operate smartphones and computers. Using such machines would, therefore, be more comfortable.

Virtual Reality (VR) & Augmented Reality (AR)

The use of VR and AR technologies is becoming increasingly popular in the construction industry. Many firms have already adopted the techniques, and more are still expected to follow suit. These technologies promote a digital workflow in the construction sites

Virtual reality provides the comparison between a 3D model and the physical space or location of the building under construction. Augmented reality can deliver safety alerts to workers and measure the atmospheric conditions, including pressure and temperature.

The VR and AR are potent tools that will help construction firms to promote the safety of workers. They can be used to develop safety plans and train workers on how to operate heavy equipment and deal with the on-site risks.

Final Words

The future of construction depends on the advancement of technology and inventions. Many construction firms are investing their resources on technology to remain competitive in the market.