TECHNOLOGY AT WORK
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February 2015<br />
Citi GPS: Global Perspectives & Solutions<br />
61<br />
respectively. 83 By contrast, occupations such as Computer Network Specialists and<br />
Web Developers, of which many work in Information, already employ 143,000 and<br />
141,000 workers, respectively, and are expected to add another 94,200 jobs before<br />
2022, according to the US Bureau of Labor Statistics (BLS) occupational<br />
projections. This illustrates an important challenge facing companies in most<br />
industries: as low-skill jobs are being replaced and new high-skill jobs created, they<br />
will need to invest substantially in up-skilling their workforce.<br />
No single industry is completely immune to<br />
the expanding scope of automation<br />
Outside of the US, studies have found that<br />
upwards of 54% of EU jobs are at risk<br />
However, these estimates are likely to be<br />
systemically upward-biased<br />
Other industries that are at low-risk of automation include Management of<br />
Companies and Enterprise, and somewhat surprisingly Agriculture, Forestry, Fishing<br />
and Hunting, most likely reflecting that most jobs that can be automated in<br />
agriculture already have been. The potential scope for further automation is<br />
substantially larger in Manufacturing, where 62% of jobs are still at risk.<br />
No single industry is completely immune to the expanding scope of automation.<br />
Even in some relatively skilled industries such as Finance and Insurance, 54% of<br />
jobs are at risk. Traditional low productivity industries such as Healthcare, Education<br />
and Government are facing future transformations too. At a time when government<br />
budgets are under pressure, such productivity gains would be a blessing.<br />
Countries at Risk<br />
To be sure, some countries are better positioned to adapt to the expanding scope of<br />
automation than others. Because different occupational classifications exist across<br />
countries, however, meaningful direct comparisons are notoriously difficult to make.<br />
In a recent study, for example, Bruegel translated our findings for the US to 28<br />
European Union (EU) countries, using 22 (instead of 702) more aggregated<br />
International Standard Classification of Occupations (ISCO) job categories for which<br />
the International Labor Organization (ILO) provides consistent data. Doing so, they<br />
find that 54% of EU jobs are at risk of automation, spanning 47% in Sweden and<br />
62% in Romania (see Figure 49).<br />
Nevertheless, while the ILO data used by Bruegel is comparable across the<br />
countries they examine, the relatively crude occupational classification being used<br />
is likely to be systematically upward biased. Because many occupations with very<br />
different probabilities of automation often fall into the same broader category, and<br />
the employment share in occupations that have a higher probability of automation is<br />
likely to be relatively low, the Bruegel study most likely overstates the share of jobs<br />
at risk relative to the US. This is also suggested by other studies using more<br />
detailed occupational classifications for single European countries. According to a<br />
study by The Research Institute of the Finnish Economy (ETLA), examining 410<br />
detailed occupations, about 37% of jobs in Finland are at risk of automation.<br />
Similarly, when translating our findings to the United Kingdom, analysing 369<br />
occupations, we found that 35% of UK jobs are highly susceptible to automation,<br />
and in skilled places like London that figure is even lower (29.5%).<br />
83 Based on BLS employment figures for 2012.<br />
© 2015 Citigroup