CIO Review APAC

Technological Trends That Are Reinventing The Construction Industry

CIO Review APAC | Monday, January 16, 2023

The construction industry is leveraging technology to make construction management and site operations more efficient and sustainable.

FREMONT, CA:Technology is being used by the construction sector to improve site operations and management efficiency. Building information modelling (BIM), construction robotics, and the utilisation of sophisticated building materials are some of the significant technologies affecting the construction sector. In addition, the COVID-19 pandemic highlights the necessity for more modern construction techniques that respect worker safety and laws. As a result, prefabrication, worker safety, and construction robotics are becoming more of the focus of breakthroughs from startups and scaleups. In parallel, the effects of construction on the environment are greatly reduced by green building techniques and 3D printing.

Businesses favour a cooperative method and greatly increase transparency across the entire construction lifespan. Advanced BIM software and cloud-based management tools are some solutions to this problem. Construction robots are also used by businesses to accelerate the construction process by improving accuracy. Additionally, the use of reality technologies like augmented and virtual reality (AR/VR) and the Internet of Things (IoT) connects job sites and protects worker safety by avoiding hazards with remote-operated machinery

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Modern construction techniques like modular and sustainable construction use building materials with improved qualities. The digitalization of construction monitoring and inspection also makes it simpler for site managers and construction planners. With greater flexibility and automation, 3D printing lessens the demand for manual labour in the construction industry.

Construction workers and businesses pay attention to the following trends.

Construction Industry Trends in 2022

1. Building Information Modeling (BIM): Building planning and design is a collaborative process that calls for contributions from numerous stakeholders, including clients, engineers, architects, and builders. When using the conventional approach, it is challenging to track changes as they happen in real-time as each person works on their files. This creates disarray by producing many copies of the same plan. By offering a central database and enabling everyone to work on a single shared model, advanced BIM solutions resolve this issue.

While 5D BIM permits cost and time overlays, 6D BIM additionally takes energy budgeting into account. These technologies enhance overall process effectiveness by detecting conflicts early on. Building information modelling offers quick testing in simulated environments when combined with AR and VR.

2. Construction Robotics: One of the industries that use the most labour is construction. Many of the time-consuming, repetitive jobs can be completed more quickly with robotics and automation. Robotic construction workers also lessen human error and fatigue-related losses. Collaborative robots, for instance, precisely automate repetitive processes like painting, rebar tying, welding, and bricklaying. Robotic systems automate fleets of heavy machinery and tools for demolition, load lifting, concrete work, and excavation. Robotic construction boosts overall project productivity and offers safety in hazardous operations.

3. Construction Project Management: One of the next trends in the construction sector is digital project management, where businesses make use of cloud-based software to meet quality, schedule, and cost objectives. For each stage of building, project management already has established principles. The project manager employs AI-based predictive algorithms in the early stages to assess the project's viability. Following approval, the manager uses enterprise resource planning (ERP) software to divide the resources and set milestones for everyone.

Cloud-based technologies, in addition to ERP software, guarantee transparency and enable large-volume data storage. Such software is also used by managers to monitor the predicted and actual results of each task and to identify any impediments. Managers create blockchain-based smart contracts at the end of the project to confirm legal responsibilities and stop financial fraud. Digital construction project management achieves these goals by cutting waste, improving staff productivity, and guaranteeing project completion by the deadline.

4. Offsite construction: One of the newest trends in the construction business is off-site construction, which enables planning, producing, and constructing building components in a factory. In conventional construction, bad weather drives up costs by requiring extra labour hours and introducing contingency fees. Additionally, the onsite building generates a lot of material waste. On the other hand, off-site construction changes the construction lifecycle in terms of quality, worker safety, and sustainability. It uses a variety of cutting-edge materials, 3D printing technology, and inventive assembly methods.

Volumetric construction, which comprises modular and pod construction, makes up the first stage of off-site construction. With the help of this method, large 3D constructions like rooms and houses can be prefabricated. The second feature is a panelised building, wherein the factory creates flat panels for use as walls, floors, or roof panes. This method is used to install support components and walls in contemporary commercial structures. To replace conventional construction techniques, entrepreneurs provide modular construction alternatives.

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