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Automation, AI & the Future of Work

Which Jobs Are Most at Risk - and Which Aren't

The real factors that determine how exposed a job is to automation, beyond just the industry it's in.

Not all jobs face the same degree of automation exposure - how vulnerable a role is to being automated. What determines that exposure has less to do with the industry a job sits in and more to do with the actual mix of tasks the job requires day to day.

The routine vs non-routine distinction

Economists studying automation typically split tasks into routine work - predictable, repeatable, rule-based - and non-routine work, which requires adapting to new or unexpected situations. Routine tasks, whether manual (assembly line work) or cognitive (basic data entry), have historically been the most exposed to automation. Non-routine tasks, whether manual (skilled trades requiring adaptability) or cognitive (complex problem-solving, creative work), have generally been more resistant.

Two jobs, same industry, different exposure

Within manufacturing, a role that repeatedly performs the identical assembly step faces high automation exposure. A role troubleshooting unpredictable equipment failures across an entire facility - drawing on experience and judgment that varies case to case - faces considerably lower exposure, despite being in the exact same industry and often the same factory.

Why “complementary” skills matter more than “safe” industries

Jobs that use technology as a tool alongside human judgment - where AI or automation makes a worker more effective rather than replacing them outright - tend to hold up better than jobs automation can fully substitute for. Economists call these complementary skills: abilities that pair well with automation rather than compete directly against it.

Assuming a whole industry is either "safe" or "at risk"

Automation exposure varies enormously within a single industry, not just between industries. Treating an entire field as uniformly safe or at risk misses that the actual determining factor is the specific task mix of a specific role - which can vary widely even between two job titles that sound similar.

Key takeaways
  • Automation exposure depends on a job's actual task mix, not just its industry.
  • Routine, predictable tasks - manual or cognitive - are generally the most exposed.
  • Non-routine tasks requiring adaptability have historically been more resistant to automation.
  • Skills that complement automation tend to hold up better than skills automation can fully replace.
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