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A curated resource of recent research on trends shaping Canada's labour market.

Exposure to artificial intelligence in Canadian jobs: Experimental estimates 

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Key Takeaway
Around 60% of Canadian workers may be affected by AI-driven job transformation, with a split between roles that AI may displace and those that it could augment. 

 

Statistics Canada evaluated 2016 and 2021 census data to assess how AI is affecting and will continue to affect Canadian jobs. The study used an index that divided jobs into three categories: 

  • High exposure, low complementarity. These jobs (about 31% of Canadian workers) are heavily affected by AI, where AI can adequately perform key functions.  
  • High exposure, high complementarity. These jobs (about 29% of Canadian workers) are heavily affected by AI, where workers can use AI for support with tasks. 
  • Low exposure, regardless of complementarity. These jobs (about 40% of Canadian workers) are not heavily affected by AI.  

The authors note that exposure to AI does not necessarily imply a risk of job loss, but can imply a degree of job transformation.  

The study found that AI exposure is not limited to low-skill or routine jobs. In fact, many highly educated workers—particularly in fields like professional, scientific and technical services, finance, education, health care, and information industries—are exposed to AI, both as a risk and an opportunity. These sectors also have a higher share of jobs that are likely to benefit from the use of AI (high complementarity), such as teachers, doctors, and health professionals.  

New
2026 | OECD Publishing
Key Takeaway: AI is beginning to support vocational education and training (VET) by helping people to identify needed skills, develop training programs, and update qualifications. According to the report, AI works best when it supports human expertise rather than replacing it.
New
2026 | Sweet, M., & Scott, D.
Key Takeaway: Using Canadian survey data collected in 2021 and 2023, researchers found that although the rate of telework has decreased since the pandemic, uncertainty remains about its long-term trajectory and its effects on individuals and communities. This uncertainty makes it difficult to plan for the future.
New
2026 | Jetha, A., Liao, Q., Smith, P., Vu, V., Biswas, A., Smith, B., & Vahid Shahidi, F.
Key Takeaway: Occupations that tend to be stable and secure, with lower levels of precarity, are more likely to be exposed to large language models (LLMs). (Precarious work is characterized by poor employment conditions, such as temporary employment, low wages, unpredictable hours, or involuntary part-time work.) This suggests that LLMs may affect different segments of the labour market than previous types of automation did.
New
June 17, 2026 | Hahmann, T., & Lovei, M.
Key Takeaway: The use of generative AI has increased in the workplace, especially in knowledge industries, where many jobs require a university education.
April, 2024 | Canadian Apprenticeship Forum
Key Takeaway: Canada's apprenticeship system is recovering from the pandemic, with registration numbers on the rise in many Red Seal trades. But apprenticeship completions continue to lag behind pre-pandemic levels, suggesting that some apprentices face challenges completing their chosen journeys.
January 28, 2026 | Gueye, B.
Key Takeaway: Indigenous-owned businesses employ more Indigenous workers and are associated with higher average employment incomes for Indigenous employees.
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