HOW CAN DIGITAL TWINS IMPROVE REAL-TIME MONITORING AND PREDICTIVE MAINTENANCE IN CONSTRUCTION ?
KEVIN SOOHOO
SENIOR DIRECTOR OF THE AEC PRACTICE AT EGNYTE
D igital Twins enable construction companies to model and analyse physical properties in perpetuity . The benefits of a Digital Twin are quickly transitioning from a nice to have to a necessity for companies doing work that demands efficiency , accuracy and compliance with evolving regulatory standards . Implementing Digital Twins in projects enhances project control by helping companies achieve sustainability goals , adhere to regulatory guidelines and more .
Integrating Digital Twins with the Building Information Modelling ( BIM ) process empowers firms to address key industry challenges such as reduced productivity , profitability and performance .
During construction , real-time monitoring systems can track progress , identify potential issues and analyse the performance of various systems for quick decisionmaking and problem resolution . Additionally , Digital Twins allow for the simulation of different construction scenarios and the analysis of potential outcomes . This predictive analytics capability helps anticipate issues , optimise construction processes and improve overall project efficiency .
Digital Twins foster better collaboration among stakeholders by providing a shared , up-todate view of the project . This enhances communication and coordination across different teams and disciplines . Ensuring that files are the most current versions and reducing duplication makes it easier to locate information and avoid data sprawl . Effective version control and data management will become increasingly important as regulators mandate comprehensive safety regulations requiring extensive record retention .
Beyond the construction phase , Digital Twins provide valuable data for the maintenance and operation of buildings . This supports proactive maintenance , reduces downtime and extends the building ’ s lifespan . Digital Twins also benefit companies that must comply with safety regulations like the Building Safety Act by retaining accurate and detailed records of their projects long after completion . A realistic project rendering enables firms responsible for monitoring construction , maintenance , and ongoing safety compliance to perform these tasks efficiently and effectively .
JEREMY SUARD
CEO AND CO-FOUNDER AT EXODIGO
D igital Twins play a crucial role in construction safety and efficient use of project resources . A key element that is often overlooked in terms of ongoing monitoring and predictive maintenance is the need to understand what lies beneath the surface .
The unknown of the underground creates massive challenges for construction teams – from potentially dangerous utility strikes early in the build , to costly , unplanned rerouting work along the way or unstable foundations in the future . A powerful combination of advanced sensors , 3D imaging and AI technologies can now create detailed Digital Twins of the underground landscape that can scale to meet changing needs so project leaders can see the full picture , including what lies beneath the surface and properly plan ahead .
Underground Digital Twin technology is revolutionising the construction industry by providing a precise view of the underground – utility lines , bedrock and other potential challenges or changes . Armed with this critical data , construction managers can make informed decisions about what and where to build , while reducing risks , limiting redesigns and minimising delays due to uncharted obstacles .
A leader in underground Digital Twin technology , Exodigo ’ s multi-sensing underground mapping platform empowers construction managers to plan infrastructure projects that are delivered on time and within budget – fostering sustainable growth and development .
By building smarter , we can avoid problems instead of reacting to them . With a digital record , underground information is perpetually available to any organisation stakeholder . Digital Twins simplify the often challenging task of institutional knowledge transfer in our industry .
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