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Changing BIM Workflows thanks to Robotization

There are several ways in which Robotization can change construction workflows. The benefits of reading this article are much greater to create whole new job markets in AEC world.

Architecture, engineering, and construction (AEC) professionals now benefit from digital, interactive design and construction plans that can guide and monitor projects, a method known as Building Information Modeling (BIM). In addition to providing clear visualization, BIM also ensures that information across sectors is accurate and up to date.

Also, robotics will transform the AEC industry. Surprisingly, BIM and robotics can be beneficial to each other. Construction sites can make safer and more efficient as robots can handle dangerous or mundane tasks. Robots on-site could use the Building Information Model to navigate.

Benefits of using Robots in AEC

Robots improve some construction processes starting with the basics. Through BIM, AEC companies can improve communication and reduce costs. By automating tedious and dangerous tasks, robots save time and money. The people who supervise them do not require much assistance or supervision, which means that a large staff is not needed. Human jobs may become obsolete as a result of robots.

In addition to minimizing the possibility of fatal accidents, Robotization also reduces the possibility of expensive errors. Long hours of use in harsh conditions are also possible. Construction companies use robots to oversee workers' safety today, making sure no one is without a hard hat or documenting their conditions.

BIM Workflow Improvement using Robotization

Helping with Dangerous Task

Assembling parts, digging, drilling, drilling, and digging are tasks that cannot avoid. Robots can assist in all of these jobs.

On-site Monitoring

Robots are available for inspecting terrain and objects. Building information models update with the help of sensors that detect problems.


A robot may continuously control a building's temperature, lighting, and air quality to save energy.

Full Structures of 3D Printing

Besides printing 3D models of buildings, there are robotic machines that can print metal structures.

Complex Components of 3D Printing

The building can be 3D printed faster and more accurately with robots than the current manufacturing process.

Some Key Examples of BIM based Robots

Elevate of Hyundai

Hyundai and Autodesk collaborated on one of the latest innovations. The Elevate model debuted in 2019 as a dual-wheeled and all-wheeled UMV. Despite its agile anatomy, this robot can overcome even the worst weather conditions. The technology could also play a huge role in construction, exploration in rural areas, and disaster relief.

GE-Tunnel Digging Robot

In collaboration with General Electric Company, Penn State University created this amazing machine. A tunnel-digging robot is also capable of penetrating extremely compact soil by applying strong pressure when digging.

In addition to infrastructure and soil inspection, such a machine can also use for other purposes. In addition, no heavy digging equipment requires.

Husky A200

A mobile robot designed to aid in logistics on construction sites is developing by Fraunhofer Italia. Transporting tools and other heavy loads using this machine is possible.

The robot uses sensors and lasers to navigate the site and follow workers. Furthermore, it is capable of adapting to constantly changing environments.

MX3D Printer Robot

MX3D develops robotic additive manufacturing tools that enable large metal objects to be 3D printed in metal. Three-dimensional printing robots have created an entire bridge in one instance. It has taken 18 months to carefully plan and print the bridge in metal using robot arms.


Robots will most likely play a vital role in the future of AEC due to the rapid technological growth we have seen thus far. Although their current capabilities aren't sufficient to design spaces that meet our needs, we may teach them in the future.

We will probably eventually replace humans with robots in virtually every task that requires precise mathematical calculations, fast reactions, or anything that people no longer want to do.

To get online demonstration, watch the following video tutorial.

Video Source: TEDx Talks

Changing BIM Workflows thanks to Robotization