Robots breaking new ground in construction industry innovation

AP
Built Robotics, a startup that's developing technology allows bulldozers, excavators and other construction vehicles to operate themselves.
AP

As a teenager working for his dad’s construction business, Noah Ready-Campbell dreamed that robots could take over the dirty, tedious parts of his job, such as digging and leveling soil for building projects.

Now the former Google engineer is turning that dream into a reality with Built Robotics, a startup that’s developing technology to allow bulldozers, excavators and other construction vehicles to operate themselves.

“The idea behind Built Robotics is to use automation technology and make construction safer, faster and cheaper,” said Ready-Campbell. The San Francisco startup is part of a wave of automation that’s transforming the construction industry, which has lagged behind other sectors in technological innovation.

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Built Robotics CEO Noah Ready-Campbell poses for a picture in front of the company’s autonomous track loader in San Francisco. Backed by Silicon Valley money, tech startups are developing self-driving bulldozers, drones to inspect work sites and robot bricklayers that can lay bricks faster than human and work without lunch breaks.

Backed by venture capital, tech startups are developing robots, drones, software and other technologies to help the construction industry to boost speed, safety and productivity.

Autonomous machines are changing the nature of construction work in an industry that’s struggling to find enough skilled workers, while facing a backlog of building projects.

“We need all of the robots we can get, plus all of the workers working, in order to have economic growth,” said Michael Chui, a partner at McKinsey Global Institute in San Francisco. “As machines do some of the work that people used to do, the people have to migrate and transition to other forms of work, which means lots of retraining.”

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Mike Moy, an assistant plant manager for Lehigh Hanson Cement Group, inspects a Kespry drone he uses to survey inventories of rock, sand and other building materials at a mining plant in Sunol, California.

Workers at Berich Masonry in Englewood, Colorado, recently spent several weeks learning how to operate a bricklaying robot known as SAM. That’s short for Semi-Automated Mason, a US$400,000 machine, which is made by Victor, New York-based Construction Robotics. The machine can lay 3,000 bricks in an eight-hour shift — several times more than a bricklayer by hand.

SAM’s mechanical arm picked up bricks, covered them with mortar and carefully placed them to form the outside wall of a new school. Working on a scaffold, workers loaded the machine with bricks and scraped off excess mortar left behind by the robot.

The goal, said company president Todd Berich, is to use technology to take on more work and keep his existing customers happy.

Bricklayer Michael Walsh says the robot lessens the load on his body, but he doesn’t think it will take his job. 

The International Union of Bricklayers and Allied Craftworkers isn’t too concerned that robots will displace its members anytime soon, according to policy director Brian Kennedy.

“There are lots of things that SAM isn’t capable of doing that you need skilled bricklayers to do,” Kennedy said. “We support anything that supports the masonry industry. We don’t stand in the way of technology.”

The rise of construction robots comes as the building industry faces a severe labor shortage. A recent survey by the Associated General Contractors of America found that 70 percent of construction firms are having trouble finding skilled workers.

Mike Moy, a mining plant manager at Lehigh Hanson, said: “Nobody wants to get their hands dirty anymore. They want a nice, clean job in an office.”

At his company’s mining plant in Sunol, California, Moy is saving time and money by using a drone to measure the giant piles of rock and sand his company sells for construction.

The autonomous quadcopter can survey the entire 90-acre (36.4-hectare) site in 25 minutes. Previously, the company hired a contractor who would take a whole day to measure the piles with a truck-mounted laser. The drone is made by Silicon Valley-based Kespry, which converts the survey data into detailed 3D maps and charges an annual subscription fee for its services. The startup also provides drones and mapping services to insurance companies surveying homes damaged by natural disasters.

“Not only is it safer and faster, but you get more data, as much as 10 to 100 times more data,” said Kespry CEO George Mathew. 

At Built Robotics, Ready-Campbell, the company’s founder and CEO, envisions the future of construction as a humans and smart machine partnership.

“The robots basically do the 80 percent of the work, which is more repetitive, more dangerous, more monotonous,” he said. “And then the operator does the more skilled work, where you really need a lot of finesse and experience.”

Built Robotics used its automated bulldozer — retrofitted with sensors and autonomous driving technology — to grade the earth on a construction site in San Jose. The project allows the startup to test its technology and generate some revenue.

“I’m very excited about where autonomous machines could be used in our industry,” said Kyle Trew, a contractor who worked with Built Robotics on the San Jose project. 

“Hopefully I can use this as a tool to get an edge on some of my competitors.”


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