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Robotization can transform the construction workflow in several ways. It is true that robots can take up some human jobs. Nevertheless, the advantages are comparatively greater, including the emergence of new job opportunities.

Fremont, CA: Building Information Modeling (BIM), popularly known as a technique where digital, 3D building designs and construction plans are utilized to guide and monitor construction processes, has had an immense impact on the architecture, engineering, and construction (AEC) industries, helping professionals in these sectors both money and time. Besides enabling clear visualization, BIM has contributed to maintaining coordination between various sectors, always delivering accurate, updated information about the project.

Advantages of Using Robots in AEC

Robotization can transform the construction workflow in several ways. It is true that robots can take up some human jobs. Nevertheless, the advantages are comparatively greater, including the emergence of new job opportunities.

For starters, robots, like BIM, could help make some construction processes more efficient and cost-effective. BIM saves AEC firms time and money by reducing the likelihood of miscommunication and costly setbacks.

Robots save time and money by performing tedious and dangerous manual tasks. There is no need to hire a large team of people to supervise them because they require minimal assistance and supervision. More importantly, robotization reduces the risk of costly errors as well as the possibility of fatal accidents. They can even be used for extended periods of time in harsh conditions. AEC firms are now using robots as safety inspectors, looking for people who are not wearing hardhats or simply documenting conditions.

Here are some ways in which robotization can help boost and improve the BIM workflow:

On-site Monitoring – There are robots designed to inspect terrain and objects. Sensors and other technologies are used to detect problems and update the building information model.

3D Printing Full Structures – Aside from robots capable of 3D printing building models, there are also robots capable of 3D printing actual metal structures.

3D Printing Complex Components – There are robots that can 3D print a portion of a building faster and more accurately than current manufacturing processes.

Helping with Mundane or Dangerous Tasks – Carrying heavy loads, drilling, digging, cutting, part assembly, and other time-consuming but necessary tasks can all be aided by robots.

Helping Achieve Sustainability – Some robots are built to save energy by constantly monitoring the temperature, lighting, and air quality of a building.