SINGAPORE - Up to 20 million manufacturing jobs will be lost globally to robots by 2030, a new study has found.
And the displacement of jobs will not be evenly spread around the world, or within countries, according to the study published on Wednesday (June 26) by Oxford Economics, a UK-based research firm.
Lower-skilled regions, which tend to have weaker economies and already-high unemployment rates, are much more vulnerable to the job losses, it said after surveying seven economies including the United States, Germany, Britain, France, Japan, South Korea and Australia.
Since 2000, some 1.7 million manufacturing jobs have already been lost to robots, including around 400,000 in Europe, 260,000 in the US, and 550,000 in China.
The study noted that the rate at which robots were replacing jobs had been rising steadily, with the global stock of industrial robots more than doubling since 2010.
"The robotics revolution is rapidly accelerating, as fast-paced technological advances converge. The result will transform what robots can do over coming decades - and their ability to take over tasks that humans do now," said Mr James Lambert, one of the lead authors of the study and Director of Economic Consulting for Asia at Oxford Economics.
He added: "The number of robots is also set to multiply rapidly. We expect the number in use to reach 20 million by 2030 - about 10 times the number now."
The authors observed that the centre of gravity in the world's robot stock has shifted towards new manufacturers, mainly in China, South Korea and Taiwan but also to India, Brazil and Poland.
About one in three robots worldwide is now installed in China, which accounts for around one-fifth of the world's total stock of robots, up from just 0.1 per cent in 2000.
By 2030, China could have as many as 14 million industrial robots in use, dwarfing the rest of the world's stock of them.
In contrast, the combined robot inventory of the US and Europe has fallen to under 40 per cent of the global share from its peak of close to 50 per cent in 2009.
And Japan - formerly the world leader in automation - has reduced its active stock of robots by around 100,000 units since 2000.
The study predicted that the use of robots in services industries would accelerate sharply in the next five years, fuelled by advances in artificial intelligence (AI), machine learning, and engineering.
This would particularly affect the logistics sector but should spread to other industries including healthcare, retail, hospitality and transport, it said.
"The implications are huge. We will see a significant boost to productivity and economic growth and some new types of job we can't even yet foresee," said Mr Lambert.
The report predicted that a 30 per cent rise in robot installations above its baseline forecast for 2030 would add US$4.9 trillion to the global economy that year, equivalent to an economy greater than the projected size of Germany's in that year.
"But at the same time business models will be disrupted or upturned and millions of existing workers will be displaced - and the impact will affect lower-skilled and poorer economies and regions most," he cautioned.
"Governments, policymakers, business and individuals need to think hard now about this wave of tech-driven change and we all need to prepare for what amounts to a new industrial revolution," he added.
When asked about the impact of robots in Singapore, Mr Lambert said it was well positioned to benefit from this new generation of robotics as it has a modern and upgradeable infrastructure, a supportive regulatory framework and a strong investment environment.
"Those workers in Singapore that are displaced by technology will have to adapt their skills to the evolving demands of the future economy but the government already has put in place schemes to help to retrain workers displaced by technology," he said.
"Singapore also has an ageing population (more so than most) and restraints on inward migration, so robots may be particularly helpful in keeping the economy growing," Mr Lambert noted.