Discover the top trends in construction technology that will impact the industry over the next decade. From augmented reality to construction robotics, these are the technologies you need to know about!
In a world where computerized ones are replacing manual processes, the industry is gaining influence. Construction firms now have unprecedented access to information, options, and ease. There is a larger desire for better quality, more safety, and faster project completion due to expanded capabilities.
Building construction is being made easier and safer thanks to the flood of new technological solutions. It provides a high-level assessment of technology’s current and future condition and the market.
Top 11 Construction Technology Trends of 2022:
1. Building Information Modeling
Building information modeling (BIM) has surpassed all other technologies in the construction sector as the most widely utilized technology. Seventy-three percent of contractors in the United States who responded to a Dodge Data & Analytics study said they use BIM, with 79 percent of those who say they use it on more than 30 percent of their projects reporting that they do so.
BIM (Building Information Modeling) is a technique and digital representation used to model and manage the physical aspects of a building or facility under construction. In facility information, it is a shared knowledge resource that provides a trustworthy basis for decisions throughout the facility’s life cycle, from creation through decommissioning.
Initially used to construct 3D models, building information modeling (BIM) has grown to include additional dimensions, such as schedule (4D), cost estimating (5D), sustainability (6D), and operations and maintenance (OM) (7D).
Many advantages can be realized, including more efficient design, improved coordination, cost and time savings, improvements in inaccuracy, and a large decrease in errors and rework. The expected cost savings from adopting BIM for a project is typically between 4 percent and 6 percent of the total project cost. As BIM has grown in scope and importance, it has emerged as a vital contribution to digital twin creation.
These are the tools that are being used in actual construction sites that make use of automated and partially-automated equipment.Nowadays, advancement in technology in almost everything is changing the way we live.Of course, this does not exempt the construction industry.
It is changing so fast even cement won't be able to dry quickly enough.BIMBIM or Building Information modeling is a method of planning and drafting blueprints.
That includes engineers, architects, owners, finance, etc.The leverage of BIM is practically limitless.
It is seamless and accurate, as well as flexible.
Also, BIM allows for real-time communication between all parties involved wherever and whenever.Offsite ConstructionThere are two kinds of offsite construction: prefabricated and modular.
Offsite construction is only getting more efficient as innovations are continually being applied on an almost quarterly basis.Mobile Apps and SoftwareToday, construction technology is already making use of cloud-based solutions to store and move information as needed.
Artificial Intelligence and Smart ConstructionIn the past, “artificial intelligence” conjured up visions of futuristic science fiction robots.
Today, AI is the technology behind digital assistants like Amazon’s Alexa.
Consumers can enjoy the convenience of AI on their smartphones.
Now, artificial intelligence is entering various industries with promises of lucrative commercial applications.
Using artificial intelligence in construction sector helps construction companies be more productive.
AI also improves the quality and safety of those projects.McKinsey predicts that AI in the construction sector will be modest at first.
While we have mostly seen wearable technology in the form of fitness trackers and smartwatches, the technology covers a broad spectrum of device types and purposes. For instance, they can be found within accessories like eyewear or they can be integrated into clothing pieces to monitor an individual’s vitals. Wearables can perform basic computing tasks, or they can provide sophisticated tracking metrics on heart rate, fatigue, calories burned, and stress. The impact that wearable technology is having is powerful and extensive, bringing new untapped opportunities across several industries including workplace safety.
