The Promise of Artificial Intelligence in Construction
Cloud collaboration reduces the friction as people can access and edit the documents at the same time, whether they’re on-site or in the office. As people use their smartphones more often, companies will make coordination, collaboration, and also project management more portable. This minimizes the limitations and resources, especially to professionals who are frequently on-site, minimize the demand for physical documents and tools to be moved around.
AI
AI is used to track the real-time progress of workers and watch out for risks on-site, informing administrators to prevent accidents from happening. With deep machine learning, AI can create BIM models that automatically check for clashes, reduce, or eliminates human errors.
AI in construction will also help the industry to take parametric designs to the next level, whereby the designers and engineers of the future will need to set parameters for the computer to beat thousands of design emphases that all fit within the defined parameters.
AR, VR, and Mixed Reality
AR and VR have been around for a while now and quickly growing in popularity. MR, on the other hand, is still relatively new as compared to AR & VR. All three are extremely helpful in BIM, especially during the design review.
AR, VR, and MR help the construction industry to visualize and work on the building even before construction. It allows the industry to step into an immersive environment design. In a VR environment, the management will get to interrogate the model with the different stakeholders to identify areas of improvement and decrease errors before the construction.
AR work is to connect projected images onto the real world, creating an AR interface through a screen like a camera or AR glasses. It’s extremely helpful in construction as the firm no longer needs to depend on shop drawings to visualize or installation of critical components.
The other benefits of AR, VR, and MR encompass increased collaboration and coordination, minimized time and cost, enhanced productivity improvement in safety planning and implementation.
AI Has Potential But Is Not Yet A Reality In Construction Tech:
It’s no secret that technology adoption in Construction lags behind other industries. Even though US Construction spending totaled more than $1.3 trillion in 2018, the industry consistently fails to adopt new technology. Why? Margins are razor-thin, workers are busier than ever, and an aging, technology-adverse workforce is in control.
The industry has to adapt. Construction has a massive labor and productivity problem on the job site. Millennials and Gen-Z are not interested in manual labor and are instead drawn to professional jobs or less labor-heavy sectors. The lack of technology adoption also makes the industry unattractive to younger generations. At the same time, productivity (measured as output per worker) for the construction sector has remained flat while other industries, such as manufacturing, have increased its productivity significantly over the past few years.
These problems sound like the perfect use cases for Artificial Intelligence. As seed-stage investors in Construction Tech startups, my colleagues and I get a unique first look at the technology innovation happening to solve these problems (and more) in the industry.
Many startups are indeed claiming to use Artificial Intelligence — so many that it seems to be an unwritten rule that every startup pitch deck must now mention Artificial Intelligence, Machine Learning, or other related buzz-words.
But Artificial Intelligence is not new and has been heavily researched for decades. In 1950, Alan Turing wrote a now-famous paper describing what has since been named The Turing Test — still the standard today to judge if a machine can exhibit human-like thought. Yet in the 69 years since Turing published his paper, no computer has been able to pass the Turing Test. So why has AI now become the latest buzz-word in Construction Tech? Exponential growth in computational power coupled with the ability to cost-effectively store the estimated 2.5 quintillion bytes of data created every day has brought computing to a point where algorithms can be effectively developed to deliver accurate results.
Increased investment dollars can go a long way in attracting more innovative talent to the market and allow startups to scale faster so that they can provide value on larger construction projects
The unfortunate reality, however, is that while we have been able to harness increased computing and storage power to make undeniably revolutionary technology, the field of computing has made relatively little progress towards the original vision of Artificial Intelligence.
Despite this, there are innovative startups that are using today’s AI to help the Construction industry keep up with the demand for higher outputs and reduced cost as well as solve other difficult challenges. One significant problem these startups face is a lack of data.
Nearly all AI solutions require massive amounts of reference data for training. Without training data, the solutions are academically interesting but lack the accuracy to be useful in real-world projects without significant human oversight. Since Construction has proven to be a laggard in technology adoption, the historical data needed often does not exist. Larger, more tech-savvy firms may have some data sets but are reluctant to share it with outside parties. Although data availability will increase as new technology adoption increases, the overall lack of data will continue to be a significant barrier to Construction Tech startups today and into the near future.
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