What type of impact could quantum computing have on the construction industry? Will it enable us to schedule and build faster? Could it reduce jobsite risk? Could it lead to stronger and more environmentally friendly materials? Let’s explore the potential implications in today’s blog.
If you read last week’s Constructech blog, then you know we looked at a large-scale project in Chicago—the Illinois Quantum & Microelectronics Park—that will lead to greater innovation in quantum computing. When completed, the facility will be a destination to bring together companies, researchers, manufacturers, suppliers, end users, and other partners who are working to develop and commercialize the technologies. This is truly an impressive project for the city of Chicago.
If you read last week’s Connected World blog, then you know we unpacked the basics of quantum. We also answered a key question: if quantum is the next evolution of AI (artificial intelligence), which isn’t exactly the case. Rather, quantum computing is a complementary layer to AI, not a replacement. It will help with optimization, speeding up the capabilities of classical computers.
So, how exactly will it help in the construction industry? The case studies in the construction industry aren’t as widespread as other industries such as manufacturing and healthcare—which I will explore in tomorrow’s Connected World blog, but there is still huge potential in construction.
In the construction industry, quantum can help in several key areas:
Project scheduling and sequencing: Optimizing schedules across trades, equipment, shifts, and more is not an easy feat in the construction industry. And we still must overcome costly delays and time-consuming design schedules. Quantum computing could search for many scheduling permutations at once, leading to faster scheduling and enhanced productivity all in one swoop.
Supply chain and material logistics: Quantum optimization could ensure construction materials arrive on time and in the right order, ultimately eliminating costly delays and the need to store materials for longer than necessary on a construction jobsite. And in many cases eliminating jobsite theft.
Structural and material design: Quantum simulation can model materials at the atomic level, allowing for new designs for concrete, steel, and composites. This could ultimately lead to stronger and more environmentally friendly structures.
Risk analysis and cost forecasting: Quantum can evaluate a few risk scenarios simultaneously, eliminating cost overruns, delay probabilities, and weather impact on timelines—all things that have a big impact on the bottomline for construction companies.
Of course, these are just early examples of how quantum computing can help in the construction industry. The opportunities are always endless, especially as technology continues to evolve. Keep an eye on other markets, because what happens there could indicate what comes next in construction. The future is bright for quantum, as construction looks eyes wide-open into the future.
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