As workers age, robots take on more jobs -study

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[1/2] A researcher at Procter & Gamble's CoRE Fabric and Home Care Robotics Laboratory works on a new robot for handling sheets used in the company's floor care products, in Cincinnati, Ohio, U.S., May 27, 2021. REUTERS/Timothy Aeppel/File Photo

Sept 16 (Reuters) - It turns out robots are taking over jobs fastest around the world in places where their human counterparts are aging the most rapidly.

That is the conclusion of a new study that looked at demographic and industry-level data in 60 countries and found a powerful link between aging workforces - defined as the ratio of workers aged 56 and older, compared with those aged 21 to 55 - and robot use, focusing in particular on industrial settings.

The research showed age alone accounted for 35% of the variation between countries in their adoption of robots, with those having older workers far more likely to adopt the machines.

“Aging is a huge part of the story” in robot adoption, said Daron Acemoglu, an economist at the Massachusetts Institute of Technology who conducted the study with Pascual Restrepo of Boston University.

The research fits a longstanding trend of countries such as South Korea and Germany - which both have very rapidly aging workforces - also being among the world’s fastest adopters of robots, based on the number of robots per human worker they deploy.

“The U.S. has a huge technological advantage in a bunch of areas - including software and (artificial intelligence),” said Acemoglu. “But in robots, it's Germany, Japan and recently South Korea, that are further ahead.”

Of the world’s top 15 robotics companies, seven are based in Japan and seven in Germany, Acemoglu said.

The researchers found a similar pattern inside the U.S. economy - with metropolitan areas that have older workforces also seeing great adoption of robots after 1990.

The study examined 700 U.S. metros and used the number of robot "integrators" - firms that specialize in installing and maintaining industrial robots - as a proxy for local robotic activity. They found a 10 percentage-point increase in the aging of a local population led to a 6.45 percentage-point increase in the presence of these integrators.

Reporting by Timothy Aeppel in New York Editing by Matthew Lewis

Our Standards: The Thomson Reuters Trust Principles.

Thomson Reuters

Tim Aeppel covers the intersection of economics and companies, with an emphasis on manufacturing. Previously, Tim served as the Chief Economics Correspondent at The Wall Street Journal after spending six years as the Journal’s roving manufacturing correspondent. He began his career at the Christian Science Monitor, where he launched the paper’s first environmental affairs beat. Tim has spent much of his career chasing stories on the world’s factory floors and industrial byways, applying a sharp eye for detail coupled with a deep understanding of the macro forces that shape the economy. He is a graduate of The Fletcher School of Law and Diplomacy at Tufts University and of Principia College.

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