Production · SOC 51-4111
AI speeds up die design in CAD, but the precision fitting, machining, and hand-tuning of tool and die work remains deeply skilled craft.
Hands-on, interpersonal or high-stakes work AI struggles to replace.
Timeline: Tool and die making is already evolving toward CAD-driven CNC, but the hand-fitting and validation craft keeps skilled makers in high demand through at least 2035.
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$36,650 median pay
$40,790 median pay
$45,160 median pay
$33,760 median pay
$52,520 median pay
AI job-risk card
Tool and Die Makers is resilient on AIFear. Hands-on, interpersonal or high-stakes work AI struggles to replace.
AIFear.com
Our AI Fear Score for Tool and Die Makers is 30/100 (Resilient). Hands-on, interpersonal or high-stakes work AI struggles to replace.
30 out of 100, based on an AI-model review of this occupation's O*NET tasks against what current AI can actually do.
Most exposed: Developing and designing tooling using CAD/CAM software, Designing jigs and fixtures in digital modeling tools, Dimensional verification with digital instruments. Harder to automate: Precision hand fitting and assembly of die components, Machine operation for complex, non-standard geometries, Physical inspection for smoothness, contour, and hidden defects, Interpreting blueprints and resolving engineering ambiguities.
Lean into CAD/CAM for tooling design, Precision fitting and hand-finishing, CNC machining, GD&T and metrology, Die maintenance and repair. Consider roles such as Tooling Engineer or Mold Design Engineer or Manufacturing Process Engineer.
Tasks, skills and AI-exposure for this role were reviewed by an AI model against its O*NET task profile (curated roles use published research anchors). Pay and employment, where shown, are U.S. BLS OEWS (May 2024) figures. This is an estimate, not a prediction about any individual's job. Compare all occupations.