MAY 2022CONSTRUCTIONBUSINESSREVIEW.COM8Continuing private sector and government investment in infrastructure will determine how fast the Asia Pacific region can adopt further advances in digitization. Construction, as one of the least digitized sectors in the global economy, is ripe for disruption. The global COVID-19 pandemic may just prove to be the stimulus the sector needed as it has forced to use digital technology to ensure the safety of workers and boost productivity.Despite being slow to embrace the benefits of digitization, there are pockets of existing advancement. Notable examples include building information modeling for design (BIM), virtual reality simulations for community engagement, and 3D printing for prototyping.Factors characterizing much deeper digital enablement on projects include shifting the mindsets of the past, deciphering the complexities of supply chains, and mitigating the perceived risks of change.Addressing these factors ensures the ability of the sector to entrench digitization into each moment in the supply chain, from planning, design, and manufacture, to asset construction, maintenance, and closure.Towards Digitization Advancements in construction methodologies have always driven the sector forward. We're now able to build taller, stronger, longer, and more energy-efficient public and private infrastructure than we could 50 years ago.This is the same for digitization. It marks a shift away from traditional analog practices, bringing about a better understanding of impacts, costs, and outcomes.Such approaches have emerged in other sectors, for example, Boeing now uses predictive asset performance modeling to determine when an aircraft's engine will need replacing in the future. Even the simplest commercial building project today requires a multitude of software platforms to communicate and connect stakeholders. As projects become larger, or more complex, precision and speed of information delivery and data collection become even more important. The use of digital twins, artificial intelligence, and advanced analytics makes the data collection process more efficient and centralizes data for global visibility. A single piece of infrastructure can be brought to life before its built. Communities can walk through a building in a virtual reality simulation and provide instant feedback. If the orientation or design of an infrastructure asset needs to change, this can be done in the virtual stratosphere before the budget is expended on more designing and digging. But, the key to this is using data in the right way. Commonly, individual companies develop their own bespoke digital tools. The result is a proliferation of subscale solutions that send out small ripples of change. What's needed instead are waves, a handful of profound digital technology changes that transform whole supply chains with connectivity and standardization.This type of transformation turns away from the analog practices of the past with digitization that up-levels businesses, reduces overall costs (and consequently improves profitability), and improves processes and systems for productivity outcomes.Predict the Unpredictable If the past 18 months have taught the sector anything, it's the importance of being prepared for the unexpected. Critical infrastructure that supports daily life already generates a vast amount of data. Digital technology can connect intelligence with the Internet of Things--sensors, wireless technology--to enable equipment and assets to talk to each other. Then advanced or predictive analytics can help to prevent or minimize equipment breakdowns.By Louise Adams, Chief Operating Officer, AureconIN MYOPINIONMOVING INTO THE DIGITAL ERA OF INFRASTRUCTURE DESIGN AND BUILD
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