US Bureau of Labor Statistics data: employment in 18 AI-exposed occupations fell 0.2% between May 2024 and May 2025, while the broader US labor market rose 0.8%
Several US occupations expected to be impacted by artificial intelligence saw heavy job losses for a second year in 2025 …
Context & Ripple Effects
The BLS comparison shows employment in the tracked AI-exposed occupations lagging the overall labor market over the year to May 2025. That divergence matters more than a headline about AI alone because it isolates a set of roles whose employment moved differently from the broader economy.
Related coverage had already shown unusually weak IT-sector hiring and a subsequent rise in IT unemployment. Later payroll analysis extends the pattern to younger workers in highly AI-exposed jobs, suggesting that entry-level hiring may be an important channel through which the divergence appears.
First-order effects
- Workers in the 18 tracked AI-exposed occupations faced weaker employment conditions than workers in the broader labor market, with employment declining while overall employment expanded.
- Employers in those occupations appear to be adding labor more cautiously, particularly in a period when the IT sector was also reporting weak hiring and job cuts.
Second-order effects
- A softer hiring market in AI-exposed roles can intensify competition for openings, especially for early-career workers; the later payroll analysis of 22-to-25-year-olds is consistent with that pressure being concentrated at the entry level.
- Technology employers and training providers may shift emphasis from expanding conventional junior-role pipelines toward roles that combine domain expertise with AI-enabled work, although the BLS comparison alone does not establish causation.
Third-order effects
- If AI-exposed occupations repeatedly underperform the overall labor market, AI adoption may reshape labor markets first through slower replacement hiring rather than broad, immediate displacement.
- The key structural question will be whether reduced entry-level hiring weakens career ladders into technical and knowledge-work occupations; the available coverage identifies a pattern, but not yet a definitive causal link to AI.
The trend: This is one data point in a broader trend of AI-exposed labor markets showing weaker hiring growth—particularly for younger workers—even as aggregate employment continues to rise.