The construction technology It is a set of engineering techniques that is applied to structural construction processes. It is mainly used in residential construction. It is also used in the design of transportation systems, industrial systems, and energy-related projects..
The construction sector, despite having been one of the most reluctant to incorporate innovation into its processes, has managed to reinvent itself under the protection of new technologies.
This process reached its peak at the end of 2007, when the US housing bubble burst. Such an event caused a transformation in consumer habits and expectations, which leaned towards the demand for comfortable, affordable structures. and quality.
Those who study construction technologies learn many details about the construction process. For example, construction safety, electrical wiring, framing, site inspection, analysis of drawings and specifications, environmental concerns, mechanical and concrete systems.
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With construction technology, project managers can use the software to coordinate projects, share digital sketches, and receive real-time feedback..
In this way, the daily operations of construction companies improve significantly, resulting in a less expensive and more agile daily operating model, with fewer change orders..
Building technologies produce smarter and more durable structures, primarily in two ways:
- Designing better structures from scratch.
- Retrofitting existing structures for greater durability.
Construction software enables designers, engineers, and builders to share sketches and 3D models with each other, empowering all professionals to collaborate early on in creating smarter structures..
As models can be simulated for accuracy, before construction work begins, less time and resources are wasted on poorly constructed structures.
Building technology implementation is about taking advantage of the best tools on the market today and using them to create better work..
Whether using 3D images to generate interactive models, laser scanning to facilitate efficient renovations, or estimating systems to reduce costs, there are many platforms to improve business..
For many years, the construction industry has been challenged to efficiently communicate information to customers. The owners had to visit the construction site frequently to see how their project was progressing and to ensure high quality standards.
Cloud-based technology enables clients to stay up-to-date on project progress at each stage. For example, 3D models and sketches can be shared in real time for customer approval. Documents can be processed and shared almost instantly.
Technological progress has introduced many innovations in the field of the construction industry. There is a big difference between new and old construction methods.
Most parts of the building, such as columns, roofs and concrete blocks, are available ready-made, which greatly increases the speed of the construction process.
Staying on budget is a high priority in construction projects, and building information modeling is helping considerably..
This is a process that involves the generation and management of digital representations of the physical and functional characteristics of places..
Building information modeling is one of those computerized systems that facilitate the regular collection of information about buildings under construction..
Computer-aided design helps to design flawless buildings. Through computer simulations problems can be found and solved before physically constructing the buildings.
The latest focus in building technology is LEED (Leadership in Energy and Environmental Design). Introduced to monitor the level of “green” construction in the industry.
Ensure the quality and check the green building mode. It also works to find and introduce materials for green buildings.
In addition, it attends to all related aspects and supervises it so that the entire process is respectful with the environment. In this way, a balance is maintained in the energy level of the system..
The introduction of drones in the last decade has changed the face of the construction industry.
When inspecting and mapping the specified area, its value lies in being able to go where humans and heavy machinery cannot. Thus, you can review the progress in real time and the ability to make changes to the plan, according to the images of the drones.
These remotely controlled devices allow monitoring of large-scale projects from remote locations. For this reason, project managers do not have to be physically on site to control operations. This makes them a valuable investment for large-scale, high-cost projects..
The construction industry is reactivated with technology, especially in the construction of infrastructure facilities, such as bridges, as they require greater strength and durability.
To achieve this purpose, new technologies reduce time and use human power with greater strength and robustness. In the initial system, cables were drawn manually and then concrete was poured to improve robustness. All of this was done using massive labor.
Despite all this, maintaining quality was a big problem. It also increased the cost of the project, which sometimes went beyond expectations..
The Hercules Tensioning Press System provides a suitable solution to many of these problems on large projects. With this system the infrastructure is strengthened. Thus, prestressed concrete tendons with steel cables ensure quality.
This technology provides good resistance to thermal convection, which helps create heat-controlled homes..
Styrofoam panels are actually EPS foam, which is sealed between the steel sheets for added strength. This foam works as thermal resistance.
Not only does it resist heat, but it also has the ability to withstand wind speeds of up to 220 kph. This makes it favorable in areas that are affected by hurricanes..
The durability and strength of Styrofoam make buildings more durable and cleaner than buildings made of other materials..
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