Career Explorer Production

Human edge, growing

Electrical, electronic, and electromechanical assemblers, except coil winders, tapers, and finishers

73
AI Resistance Index 73 of 99

More resilient than most: more resilient than 73% of the 831 careers we score. AI exposure is low (the Bureau of Labor Statistics rates it moderate), and US jobs are projected to change by +5.0% by 2035, faster than average. The work leans on physical dexterity.

AI struggles with much of this work, and US employers are expected to hire more people into it than average.

Median pay (2025)
$45,850
Job growth to 2035
+5.0%
Openings a year
25,900
People doing it (2025)
246,000
Usual route in
High school diploma, then moderate on-the-job training

Where people already use AI for this work

  • Read documents or materials to inform work processes
  • Test performance of equipment or systems
  • Connect components or supply lines to equipment or tools

From Microsoft Research, Working with AI (2025).

Work AI rarely helps with

  • Assemble equipment or components
  • Position materials or components for assembly
  • Mark materials or objects for identification

What the Bureau of Labor Statistics expects

  • Fewer of these jobs, as production automation and an increase in the use of robotics should increase efficiency and reduce labor requirements of electrical, electronic and electromechanical assemblers.
  • Fewer of these jobs, as production automation and an increase in the use of robotics is expected to increase efficiency and reduce labor requirements of electrical, electronic and electromechanical assemblers.

Careers using similar strengths, with a stronger outlook

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Sources: US Bureau of Labor Statistics Employment Projections 2025 to 2035; O*NET 31.0; Microsoft Research (2025); Anthropic Economic Index (2026); Eloundou and colleagues (Science, 2024); Felten, Raj and Seamans (2023). How we score. Updated 12 October 2026.