Innovations in the field of intelligent robots in construction operations

We can expect that its success imposes itself on us, but being satisfied with the result does not suit the human limit, but rather goes in the same breath. The path of life is in the direction of development, and therefore the matter did not differ much in the field of smart robots, and therefore the various development processes in it began to spread at the global level in various countries. 

Because it changed the concept of work in many fields and created a different revolution in itself in every different department, and we have an explanation in this article. The process of development of robots in various construction operations.

Successive development processes in the construction process

Robots carry out a variety of tasks, of course with efficiency exceeding human success and at the same time different costs as well as different designs, which contribute to increasing work efficiency and improving the results of construction projects.

The development of robots in construction operations includes several aspects, including:

1. Architecture and Design: 

Robots are used to perform accurate analyzes and 3D modeling of construction projects. These technologies allow improving the planning and design of buildings accurately and efficiently and have already become available for scientific use by anyone.

2. Building and construction: 

Robots are used in construction operations to carry out difficult and repetitive tasks that require high accuracy in balancing the processes of mixing building materials, arranging their placement, and the result of repetition after review and others, such as concrete, wall plastering, and installing steel structures. 

The ideal solution appeared in construction robots.

3. Dismantling and recycling: 

Robots are used in the process of dismantling and removing old structures, the success of which will not be achieved by the human element, not only because of accuracy, but it requires more power, efficiency, and regularity of work, as well as implementing it in an effective and safe way, so they can be used in recycling processes to transform old materials into new resources.

4. Maintenance and operation: 

Robots can be used in periodic maintenance operations for buildings and facilities, by inspecting structures and systems in an automated and effective manner and reviewing and monitoring the building efficiently.

Countries affected by development

Robotics in construction operations have developed significantly in recent years, and several countries have witnessed tremendous progress in this field. For example, Japan, South Korea, and Germany are among the leading countries in developing robotics technologies for use in construction. 

These countries have achieved great success in implementing construction projects using robots, which has led to increased efficiency and reduced costs. We also have the United States of America, where it has promoted designs with smart technology and has become one of the main markets for applying technology. 

Of course, China will not lag behind in the competition process, as it has become emerging companies and also other active companies. In construction operations, we already have one of the Arab countries, the United Arab Emirates, which has implemented many huge projects that were in real need of simulations, deeper studies, and others in Dubai, Abu Dhabi, and other Emirati cities.

Latest development:

Thanks to the process of development in the field of construction, there is a qualitative shift. Smart technology was applied in the city of Zurich, Switzerland, where roboticists and architects designed an automated construction worker. 

This robot wanders around construction sites and places bricks in pre-programmed buildings.

First, the designers at the “Swiss National Center for Specialization in Digital Manufacturing Research” believed that this robot could be used on construction sites on a large scale in the future, and therefore they designed a robot that was the first to be implemented on the ground and prepared for the construction process....

The robot consists of an artificial arm mounted on a moving base, which allows it to carry out tasks without the need for external control systems. 

It also has a 2D laser sensor that connects to a computer to draw a 3D map of the job site, allowing the robot to move freely and adapt to non-standard designs and site changes.

The robot includes a group of sensors and cameras to measure distance and determine its destination in place. Using specialized computers, the robot can calculate the information necessary for it to move and determine its precise location.

The robot is expected to reduce the planning time required before construction operations, and scientists also expect that the Swiss and users of construction technology will witness significant progress in this field in the coming years.

Future uses:

Here are some potential future uses of intelligent robots in construction operations:

1. Autonomous construction: 

In the future, it is expected that intelligent robots will be able to carry out construction operations completely automatically, including the installation of concrete and steel structures. In this context, statistics indicate that robots can increase construction speed by up to 50% and reduce costs by up to 20%.

2. Dismantling and recycling: 

Smart robots used in dismantling and removing old structures can increase the efficiency of recycling operations and reduce the amount of waste. Statistics show that robots can reduce the amount of construction waste by up to 80%.

3. Periodic maintenance: 

Smart robots can be used in periodic maintenance of buildings and facilities, which contributes to reducing costs and increasing the service life of construction facilities. Statistics indicate that using robots in maintenance operations can reduce maintenance costs by up to 30%.

4. Inspection and monitoring: 

Intelligent robots are used to detect defects and structural problems in buildings and facilities. Thanks to artificial intelligence technologies, robots can analyze data and provide accurate reports on the status of the facility.

5. Construction in hazardous environments:

Smart robots are used in construction in dangerous environments such as remote areas or environments with harsh weather conditions, which of course will be extremely difficult for humans to handle. 

Statistics show that the use of robots in these conditions can protect workers from dangers and accidents by up to To 90%, which is a very high percentage compared to its peers.