Why Computers Are Used In The Construction Industry Essay

Why computers are used in the construction industry

Advanced information and communication society has opened up avenues for the construction industry. With innovative automation and mechanical systems, the quality and productivity of architects have seen a rise. Countries like Japan are transforming into a knowledge and information-intensive industry, investing in the supply and maintenance of architectural products. The construction industry in America is the largest, where computers make up a large part of the business. They aid design, drafting, manufacturing, fabrication, quality control, and management whilst using robotics and AI (artificial intelligence) to increase productivity. All this helps revolutionize the face of the construction industry around the globe.

Today, we can have tall buildings built in a short span of time without much risk, thanks to the availability of PowerJackMotion linear actuators and other such products. These have made construction easier and quicker. Plus, we also have computers doing a lot of work to save time and energy.Computers can aid not just in the designing phase but during the construction phase as well. You can actually have 3d graphics to help you understand how the job will be done. This reduces the risk of errors and makes sure a task is performed safely and securely, well within the promised timeframe.The designer does not have to worry about tedious tasks and preparations but can rely on his or her computer to make the arrangements and calculations. The ease is unmatched.

Graphics allow you to explore endless possibilities when constructing a building, bridge, or any structure. It also enables a faster response to requirements or last-minute tweaks, and any new addition that to may wish to make. Fabrication through computers allows you to fabricate and manufacture the structural, mechanical, and electrical components without any trouble. Plus, computers can also help maintain quality. Real-time adjustments and tests are performed to check for defects. These include inspection of incoming material, testing the durability every step of the process, taking x-rays to record dimensions, and seeing how well concrete will suffice as a cover to bars.

Moreover, computers can also be used to see imperfections below the surface of pipelines or pressure vessels. Regular quality-checks don’t have to be manual anymore. Automated fog rooms or curing tanks for testing can be used to regularly check how the structure is coming together.The use of artificial intelligence and automation i.e. robots are common amongst most developed countries such as Canada, America, China. They are used to fulfill repetitive and tedious tasks that would otherwise require many people to carry out. You can program your machine to work around the clock for tasks such as bricklaying, tunnel lining, etc. Robots can also upgrade quality, minimize industry-related injuries, and work continuously without needing training, money, or a break. It is a good investment in the long run, but as the installation and maintenance cost isn’t feasible for developing countries like Ukraine and Egypt, it is not a widespread innovation as yet though it reduces construction costs.

Communication has been made significantly easier with the advent of IT in construction industries. They are able to facilitate communication and information processing between the head office and any megaproject being carried out miles away. Construction workers can transfer important files and data, prototypes and modifications of a structure in progress. Rather than travelling to the site, the construction workers can send pictures, videos, and graphics of the structure that would also enable the head office to make amends through design software.

So, if a bridge is being built in a remote part of Peru, the head office in charge of infrastructure and construction will only have to connect with the workers on site for any information regarding the project. Through instantaneous communication via computers they will be able to provide feedback in due time as well as convey, through visual aids and editing the digital blueprint, the amendments in the structure. There are many other elaborate reasons as to why computers are slowly replacing manual labour and paper work, as they have proved to be much more efficient and useful in communicating, designing, manufacturing structures.

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