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Shimizu aims for AI robots on construction sites by fiscal 2030

Created at 7 Jul · 8:06 PM1 source↑ Market-relevant
IN SHORT

Japanese contractor Shimizu plans to deploy AI-powered humanoid robots for tasks like painting and plastering by fiscal 2030. The initiative aims to address severe labor shortages in the construction industry and improve productivity through autonomous robots working alongside humans.

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Key Numbers

fiscal 2030target year for robot introduction
70%target labor reduction for robot tasks

Who's Involved

Shimizu Corporation
Japanese general contractor developing AI robots for construction
Unitree
Chinese company whose robots Shimizu is testing
Shinichi Sakamoto
Deputy General Manager of Shimizu's Construction Technology Division
Shimizu aims for AI robots on construction sites by fiscal 2030

↳ Why This Matters

The initiative by Shimizu Corporation highlights a significant trend in the construction industry globally, where companies are increasingly turning to advanced robotics and AI to combat labor shortages and boost productivity, potentially reshaping the future of construction work and site safety.

Key facts

  • Shimizu plans to introduce AI-powered humanoid robots by fiscal 2030.
  • The robots will perform tasks like painting and plastering.
  • The goal is to address labor shortages and improve productivity in construction.
  • Shimizu is testing Unitree robots for site patrol and has developed its own 'Shimizu Smart Site' system.
  • The system integrates AI, BIM, and autonomous robots including Robo-Welder, Robo-Buddy, and Robo-Carrier.
  • A high-rise building project in the Kansai area will be the first to use the complete system, aiming for a 70% labor reduction.

Japanese construction firm Shimizu Corporation is targeting fiscal 2030 for the introduction of AI-powered humanoid robots to its job sites. The company aims for these robots to handle tasks such as painting and plastering, addressing the severe labor shortages plaguing the construction industry and enhancing productivity.

Shimizu is currently testing robots from Chinese firm Unitree for construction site patrols. The company's broader initiative, the Shimizu Smart Site system, integrates autonomous robots equipped with artificial intelligence and building information modeling (BIM) to work collaboratively with human employees. This system is designed to reduce strenuous and repetitive labor, making construction sites more attractive to younger workers.

Key to the Shimizu Smart Site are its autonomous robots, which can make independent decisions on-site. Unlike previous robotic attempts that required significant human support and often yielded subpar results, these new robots are conceptualized as "buddies" for human workers. They combine Shimizu's construction expertise with technologies from AI, IoT, deep learning, and high-speed processing, leveraging BIM data for precise operation.

Shimizu has developed three specific robots: the Robo-Welder, which automates welding tasks; the Robo-Buddy, a multipurpose robot capable of installing ceiling boards and raised floor systems; and the Robo-Carrier, an automated conveyor system for material transport. The Robo-Carrier can autonomously navigate around obstacles and even use elevators.

The company plans to deploy the complete Shimizu Smart Site system on a high-rise building project in the Kansai region early next year, with the ambitious goal of achieving a labor reduction of 70% or more for tasks performed by the robots.

Frequently asked questions

The main goal is to address the severe labor shortages in the construction industry and improve productivity by having AI-powered robots perform tasks like painting and plastering.

Shimizu is developing a Robo-Welder for automated welding, a Robo-Buddy for tasks like installing ceiling boards, and a Robo-Carrier for automated material transport.

Shimizu aims to introduce these AI-powered humanoid robots at its construction sites by around fiscal 2030.

It is a next-generation production system that integrates autonomous robots equipped with AI and BIM, designed to work collaboratively with human workers to improve productivity and reduce strenuous tasks.

What Happens Next

01Shimizu will begin construction on a high-rise building using the complete Shimizu Smart Site system in the Kansai area early next year.

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Cadence

How It Developed

Shimizu Corporation plans to introduce AI-powered humanoid robots at construction sites by fiscal 2030.
The robots are intended to handle tasks such as painting and plastering.
This initiative aims to alleviate severe labor shortages in the construction industry.
Shimizu is testing robots from China's Unitree for site patrols.
The Shimizu Smart Site system integrates autonomous robots with AI and BIM.
The goal is to reduce strenuous, repetitive work and improve productivity.
Shimizu has developed three types of robots: Robo-Welder, Robo-Buddy, and Robo-Carrier.
Robo-Buddy is a multipurpose robot capable of installing ceiling boards and raised floor pedestals.

Sources

T1
Japan's Shimizu bets on humanoid robots to tackle construction labor crunchNikkei Asia
T2
AROUND THE NETWORK: Shimizu Smart Site Brings Together ... - BuiltWorldsbuiltworlds.com
T2
The Shimizu Smart Site autonomous robots can transform a job site!shimz.co.jp
T2
Robotics Research Area | Company Information | Shimizu Corporationshimz.co.jp

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