The construction industry has shown significant progress by incorporating technological changes into its processes. With new technologies and materials, the field of civil engineering may be able to bring out the best in cities and offer new possibilities for life for everyone.
As with other industries, civil engineering companies must stay abreast of trends to remain competitive in a market characterized by innovation, advancements, and transformations. This sector is constantly progressing with the development of better machinery, new technologies, sustainable materials, and new perspectives. These are the main trends in civil engineering today.
Industrialized construction
The modular assembly or prefabricated parts technique has grown steadily in recent years, primarily in large-scale projects. Previously, only major construction projects benefited from prefabricated parts technologies; now, they have become accessible to small businesses specializing in construction models. 3D printers allow for the rapid and efficient manufacture of custom-made precast parts with minimal material waste. These technologies guarantee greater speed, improved durability and quality standards, and a better cost-benefit ratio.
Use of drones
Within the construction sector, drones are becoming increasingly common. They are very practical in this area because they allow for capturing photographs, videos, and even taking measurements in hard-to-reach places, enabling the initial collection of data. At the same time, they are useful for commercial purposes since the images taken can be used for advertising. As a result of their growing popularity, they are expected to become more affordable, which means they will have an even better cost-benefit ratio.
Smart urbanization
Buildings and the surrounding urban spaces will undergo significant changes over the years. Thanks to new technologies, urban planning will become more systematic and effective, resulting in a better quality of life for citizens. Social impact plays a more important role than ever in construction, and it is crucial that engineers address both collective and individual needs.
Automated machines
The use of human labor can pose a risk to employee health, and depending on the individual, it can also lead to low productivity, poor service quality, and even hazardous work. With this in mind, professionals in the field are developing methods to automate the various stages of the construction process using machines that handle the physical labor. Through the use of artificial intelligence, for example, machines can build walls with minimal error. The use of robotic equipment is essential to reducing the risk of workplace accidents.
From the ACI Blog
