Over the last few decades, computer technology has transformed almost every aspect of life. The Consumer Electronics Show (CES) demonstrates the pervasiveness and attraction of the fruits of our technological age, while the International Builders Show (IBS) demonstrates how building design and construction are progressing as a result of technology. On various levels, all people associated with metal construction systems, in particular, profit from these available, growing technologies:
Designers and Engineers
For a long time, computer-based engineering and modelling tools have been widely used. Using project-specific structural loading information, this software allows different design iterations to be calculated and assessed much more quickly. Designers can use cloud-based software to update their programmes automatically while also offering a platform for various parties to access and participate with the design as it develops. Integrating various building components and systems into a 3-D model enables for system coordination and the early identification and resolution of space issues. The goal is to be able to utilise software to create in real-time, make modifications, and analyse form and function impacts quickly, using all of the above as a foundation. This automated technique ties engineers directly to manufacturing, streamlining the entire process and shortening timescales. The use of advanced digital technologies allows for a simple and seamless data flow from design to production.
Manufacturers
Computerization of the metal building component manufacturing process makes everything more predictable, allowing for more precise pricing and potential cost savings for clients. This can begin with cost-effective prototyping of parts that can allow revisions, re-printing, and testing to be completed in a fraction of the time required by traditional procedures. Robotics can be used to fabricate highly accurate and efficient items once they are in production. Each product can thus be electronically linked to an order, and the order’s progress can be tracked as it passes through the system. Manufacturers with foresight can then make use of the data. These computer upgrades make purchasing, fabricating, and tracking metal building systems and components more easier.
Customers who are contractors
It is now quite possible to allow customers to practically “see” the building in front of their eyes before making a purchase. The use of modern tools such as augmented reality (AR), which adds information to an existing scene, or virtual reality (VR), which generates the complete scene from scratch, is a highly interesting, new development. Once completed, online purchasing and tracking of building components provides for a smoother and more enjoyable customer experience from start to end. This can begin as soon as the order is placed, allowing the customer to keep track of the drawings, fabrication, loading, and delivery process. This information is housed on a customer-specific portal that may be accessed via computer, tablet, or cell phone for further convenience. Manufacturers can also use this information to improve overall company performance and customer service across the country.
Erection teams
AR and VR can be used to let installers “see” how the various elements and sections of a metal construction system fit together, either before erection or during it. This is made possible by the use of prefabricated components, which also reduces job-site waste and labour problems. Some organisations are utilising GPS and tracking software not just to know where an order is in the manufacturing process, but also to know where the delivery trucks are, in order to meet time schedules for erecting a building. This enables for more precise loading and unloading time management, as well as lean construction ideas like just-in-time delivery.
End-Users and Building Owners
Smart buildings are becoming more popular for a variety of reasons, the most important of which is that they make it easier for building owners and users to administer and maintain them. Some features, such as smart (electronic) locks that can be installed to doors provided by manufacturers, are carryovers from the residential market for metal buildings. This could be especially beneficial in metal storage facilities where security, control, and various levels of accessibility are crucial. Other technology possibilities, such as energy controls, are directly applicable to commercial buildings. For example, smart walls can utilise sensors to detect and track data such as surface temperatures, allowing for automatic HVAC adjustments. Smart windows can also control the amount of solar gain or integrate with security systems.
Regardless of which of the aforementioned categories you fall into, you will reap real, practical benefits as well as new prospects. Volta Green Structures, for example, is ahead of the curve in terms of technological leadership because it has identified and embraced these benefits.
