First published by Safety+Health an NSC publication
Photo: CPWR
Silver Spring, MD — To help assess and quantify human-robot interaction safety hazards on construction worksites, a recently published report from CPWR – The Center for Construction Research and Training details a newly developed practical process and tools for practitioners.
CPWR researchers looked at hazards linked to the use of robotics and automation, such as drones, exoskeletons and “single-task” construction robots. They identified 40 such hazards and classified them into seven groups, including unauthorized access or operational situation awareness, mechanical concerns, power systems, and improper installation.
The researchers developed safety risk ratings for three kinds of robotics and automation – wearable robots, remote-operated robots and automated robots onsite – for three kinds of construction tasks (bricklaying, drywall installation, and concrete grinding and polishing).
From there, the researchers developed 22 preventive strategies and created a process for assessing and controlling hazards related to human-robot interaction. The process includes Safety Data Sheets on the use of exoskeletons, remote-operated robots and onsite automated robots, such as those involved in bricklaying. Also included are Job Hazard Analysis protocols for different tasks.
The report features descriptions of available robotics and automation technologies, applications of those technologies, factors that influence the use of those technologies, and current standards and procedures.
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