Here are 7 interesting technological trends in construction that you might want to watch in 2025. What trends in construction should you follow in 2025? These 7 construction technology trends for 2025 maybe the most exciting.
What are the current trends in the construction market?
We will look at some of them later in this article, but according to sites like ESUB, here are some of the most notable technological trends in the construction industry at the moment: –
- Technological advances and integration.
- Green technologies in construction.
- An increase in modular and prefabricated construction projects.
- The increase in the cost of material.
- Decrease in labor.
- The best safety equipment.
What technologies are used in construction?
Despite the traditional resistance of the construction industry to new technologies, some are making significant strides. Known examples include, but are not limited to:
- Mobile technology.
- Building Information Modeling (BIM).
- Virtual reality and portable electronic devices.
- 3D printing.
- Artificial Intelligence.
What trends in the construction industry should you know in 2025?
So, without further ado, here are 7 technological trends that you might want to know about in 2025.
Top 7 Construction Technology Trends 2025
1. Virtual Reality (VR), Augmented Reality (AR) and Mixed Reality (MR)
These technologies are already having a huge impact on many industries around the world, and the construction industry is no exception. Buildings are becoming more complex, and these technologies help architects and construction teams improve projects and identify design errors.
To date, architects and design teams have significantly improved building design through interactive design and gesture interaction. In 2025, the impact of these technologies on the industry will increase even more.
This can vary from errors in the design of the HVAC system or the search for missing elements that were missed at the design stage. AR, VR and MR are also used in the construction industry to help: –
- 3D modeling of buildings and structures.
- Help improve and innovate BIM visualization.
- They help ensure ongoing reporting of the building and allow customers to study projects before construction begins.
- Help workers and service engineers “see through walls.”
Another technological trend worth paying attention to in 2025 is the role of 3D printing in the construction industry. Its advantages have already been studied and used by various construction companies around the world.
The ability to assemble outside or directly on site has obvious advantages in terms of labor and material costs compared to more traditional construction methods. It also reduces waste and automation is not limited to changing builders.
For example, today you can do 3D printing of your entire home in less than 24 hours!
“It is expected that in 2021 the 3D concrete printing market will reach $ 56.4 million, and there are good reasons for this. More and more companies are starting work in this sector to create new innovative projects. Some of them are more futuristic, some are very real, for example, the Apis Cor 3D house made in 24 hours. 3D concrete printing is developing rapidly and relies on various technologies and materials, offering its users many advantages. However, the technology is still in its infancy and is subject to limitations. ” – 3D Natives.
2025 may also be the year when robotics has an even greater impact in the construction industry. To some extent related to the influence of 3D printing, robotics is also impressively introducing itself into the industry. In fact, one of the reports of the World Economic Forum predicted that 2025 could be the year of the robot in the construction industry. From masonry robots to laying roads, robots are increasingly finding their place among the workforce at construction sites. This is interesting, since traditionally the construction industry has used automation very little, relying mainly on manual labor. By adding robots to the workforce, construction companies see an improvement in construction time and build quality. Robots are also used to help demolish buildings. Although they are slower than demolition teams, they are much safer and cheaper to destroy concrete structures. Robots were also designed to help with specific building maintenance like window cleaning.
For several decades, building codes have placed an increasing burden on building design to reduce their impact on the environment and sustainability. This trend will become even more stringent by 2025 and beyond.
Optimized energy efficiency and the pursuit of low or zero carbon emissions over the years have spurred innovation in building construction and after-sales service. In response, new materials with better thermal characteristics are being developed that promise to make buildings of the future incredibly well insulated for a small fraction of the cost of existing solutions. One example made a few years ago was the development of a concrete roof that can generate and store energy. Such innovations should make the buildings of the future cheaper and reduce their environmental impact. Waste reduction or recycling of old materials is another area where sustainable development helps drive innovation in the construction industry. For instance, Last year, an architectural firm announced plans to recycle building waste into a ton of new reusable building materials. It will be interesting to see what innovations will be implemented in 2025.
Modular and prefabricated solutions are not new to the construction industry. For example, the end of World War II was marked by a “Cambrian explosion” in prefabricated design in war-torn cities across Britain. Despite the fact that over the past few decades it has lost popularity, prefabricated houses have returned in recent years. The promise of faster on-site assembly and better quality, some believe standardized assemblies are the solution to overcoming housing crises around the world. “Advances in high-tech design and construction mean that an increasing number of components can be manufactured off-site. This means that buildings can be built faster and quieter, less material is being used – a tempting prospect in the context of the housing crisis in London. To accommodate modular housing construction, developers are building their own factories, while architects are becoming increasingly ambitious in their projects. Here are five of our favorite London modular enclosures. “- The Spaces.
Another technological trend that should be observed in 2025 is the use of exoskeletons. The potential benefits this can bring to the workforce of the construction site are obvious. Workers can carry more work than their fragile human bodies can usually withstand, and if they are widespread, this will greatly increase the safety of construction sites. For construction companies this will significantly improve the final results by reducing the number of workers needed on the spot, and also reduce the number of hours lost due to injuries.
“ABI Research predicts that the robotic exoskeleton market will reach $ 1.8 billion in 2025, compared with $ 68 million in 2014. About 6,000 sets will be sold this year, mainly for rehabilitation. By 2025, ABI expects to see about 2.6 million on the market. ” – Constructible.
But ultimately, they can lose to robots and 3D printing alternatives, because exoskeletons still rely on the human operator. In doing so, they can offer the perfect compromise between unions, which will inevitably try to protect their members’ jobs from obsolescence. But they still have to significantly penetrate the industry. Perhaps 2025 will be the year they do it? Time will tell.
Building Information Modeling, or BIM for short, is the process of creating and managing information about a building project from the cradle to the grave. This intelligent process based on 3D models has already become widespread among architects, engineers and other specialists in the field of construction. In fact, many local governments have made BIM the standard for the many needs of their construction projects. BIM allows stakeholders and suppliers to more effectively plan, design, build and manage a building and its infrastructure. As other technologies already mentioned, such as AR and VR, become more and more popular, their integration with BIM will become more and more important. This is unlikely to slow down in 2025 and beyond.