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Quantitative Data Analysis Can Help Avoid Water Risks in Construction Projects and Save Money

Quantitative data analysis tools such as predictive analytics, data visualization, and remote sensing are increasingly critical for identifying and mitigating water-related risks in construction projects. Alexandra Simon of EY argues that proactively addressing these risks can result in significant cost savings and improved project efficiency. These technologies are transitioning from industry buzzwords to essential instruments in modern construction risk management.

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By Alexandra Simon · Construction ProjectsData AnalysisDavid SimkinsEngineering
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Key takeaways

01

Predictive analytics and remote sensing can identify water risks before they escalate into costly construction problems.

02

Data visualization tools help project teams make faster, better-informed decisions about water-related challenges on job sites.

03

Proactive water risk management using quantitative methods can lead to measurable cost savings across construction projects.

The intersection of engineering, technology, and real-world challenges in the construction industry is often overlooked, yet it bears profound impact on project costs and overall efficiency. Advanced solutions such as predictive analytics, data visualization and remote sensing are no longer just industry jargon. In fact, they’re pivotal tools addressing critical issues such as water leakage detection in major construction projects.

By utilizing such high-tech applications, companies can now monitor their construction projects and sites in real time, obtain a holistic view of their project, and take strategic steps to mitigate risk, thus saving millions of dollars. David Simkins is the Director of Engineering and Technology at Polygon. He is also an expert navigating the interface of technology and practical problem-solving and shared some of his thoughts on the subject.

Video TranscriptExpand ↓

A lot of times, we are involved with a client more in a consultive role than we are saying. How many of these dehumidifiers or heaters do you need. One of the best examples I can give you is I was recently having a conversation with a client. And they shared with me their problem, which is forty two million dollars worth of water losses on their various projects in a year. Their question was, what can we do to help them detect water flow and leaks in these structures. It was a nice conversation to have with this client because we can apply all of this technology to a site and give them a single pane of glass of that different data, which then becomes actionable information for them to control and reduce that risk.

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About the author

AS
Alexandra SimonFreelance Writer

Alexandra is a freelance writer based in New York City. She's a big fan of true crime television and the Oxford comma. She has a background in local news reporting, beat reporting, magazine writing, SEO writing, and copywriting.

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About the Expert

AS
Alexandra Simon

Manager, Water and Environment at EY

Alexandra Simon is a manager at EY specializing in water and environment within the engineering and infrastructure space. She focuses on applying quantitative data analysis, predictive analytics, and remote sensing to address water-related risks in construction projects. Her work bridges the gap between engineering challenges and technology-driven solutions.

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