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Comparison · dataset August 2026

Aerospace Engineer vs Architect: which is more exposed to AI?

Architect carries 9 points more AI exposure than Aerospace Engineer.

Architect sits at 52% time-weighted AI exposure against 43% for Aerospace Engineer, a 9-point gap driven by the 16% of architect work time that current models can already substitute outright. Aerospace Engineer holds a larger human-critical core — 38% of the role's time sits in work like "own certification with regulators" that models score poorly on. Both roles sit inside Architecture & Engineering, so the exposure difference reflects task design rather than a change of field.

9PP GAP

Seven dimensions, side by side.

METRICAEROSPACE ENGINEERARCHITECTDELTA
AI exposure43%52%9pp gap
Resilience score70/10070/1000pt gap
Substitutable work time28%16%Fully automatable today
Human-critical work time38%48%Models score poorly here
Median salary$130k$92k$38k apart
10-year growth6%2%Aerospace Engineer
US workforce65k128kBLS OEWS
Task level

What actually creates the gap.

Aerospace Engineers spend 28% of their time-weighted week on tasks a current model can produce end-to-end, against 16% for Architects. The single largest contributor is "draft technical documentation", graded at 82% and worth 8% of the role's time. That one task accounts for more of the gap than any difference in seniority, tooling, or industry.

Aerospace Engineer
MOST EXPOSED TASKS
  • Draft technical documentation82% · 8% time
  • Compile test reports78% · 6% time
  • Generate routine CAD iterations72% · 8% time
  • Run parameter-sweep simulations70% · 6% time
HUMAN-CRITICAL CORE
  • Own certification with regulators12% · 10% time
  • Make safety-critical design decisions15% · 14% time
  • Lead design reviews20% · 5% time
Architect
MOST EXPOSED TASKS
  • Generate design concepts and visualisations78% · 16% time
HUMAN-CRITICAL CORE
  • Site supervision and contractor coordination14% · 10% time
  • Client briefing and design interpretation16% · 18% time
  • Planning and regulatory approvals21% · 14% time
What transfers

Both roles lean on cognitive, judgement, procedural — that is the part of your experience that travels intact. The real divide is creative: Architects score 88 there against 52 for Aerospace Engineers, a 36-point spread. That is the gap you would actually have to close.

DIMENSIONAEROSPACE ENGINEERARCHITECT
Creative5288
Social3868
Manual2248
Switching between them
LowDIFFICULTY

Neither role lists the other as a mapped adjacent career, but the capability profiles are only 22 points apart on average and both sit in Architecture & Engineering. In practice that means a move is plausible without retraining from scratch — the constraint is credentials and hiring convention, not capability.

Score your own exposure in 8 questions →

Common questions.

Is Aerospace Engineer or Architect more at risk from AI?

Architect. It scores 52% time-weighted AI exposure against 43% for Aerospace Engineer — a 9-point gap. 16% of architect work time is already fully substitutable by current models, versus 28% for Aerospace Engineers.

Which pays more, Aerospace Engineer or Architect?

Aerospace Engineer, by roughly $38k at the median ($130k versus $92k). Note that the higher-paying role here is also the less AI-exposed one, which matters if you are weighing pay against durability.

Can a aerospace engineer switch to being a architect?

Neither role lists the other as a mapped adjacent career, but the capability profiles are only 22 points apart on average and both sit in Architecture & Engineering. In practice that means a move is plausible without retraining from scratch — the constraint is credentials and hiring convention, not capability.

Which role is growing faster, Aerospace Engineer or Architect?

Aerospace Engineer, at 6% projected ten-year growth versus 2% — a 4-point difference. Growth and AI exposure are separate signals: a role can grow in headcount while the content of the work is substantially rewritten.

Methodology
Scores are time-weighted across each role's canonical O*NET tasks, graded against current frontier-model capability. How we score.