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Comparison · dataset August 2026

Data Engineer vs Site Reliability Engineer: which is more exposed to AI?

A 22-point gap separates these roles — Site Reliability Engineer is the more defensible seat.

Data Engineer sits at 65% time-weighted AI exposure against 43% for Site Reliability Engineer, a 22-point gap driven by the 44% of data engineer work time that current models can already substitute outright. Site Reliability Engineer holds a larger human-critical core — 42% of the role's time sits in work like "mentor on-call engineers" that models score poorly on. Both roles sit inside Computer & Math, so the exposure difference reflects task design rather than a change of field.

22PP GAP

Seven dimensions, side by side.

METRICDATA ENGINEERSITE RELIABILITY ENGINEERDELTA
AI exposure65%43%22pp gap
Resilience score66/10072/1006pt gap
Substitutable work time44%23%Fully automatable today
Human-critical work time30%42%Models score poorly here
Median salary$122k$135k$13k apart
10-year growth21%18%Data Engineer
US workforce168k180kBLS OEWS
Task level

What actually creates the gap.

Data Engineers spend 44% of their time-weighted week on tasks a current model can produce end-to-end, against 23% for Site Reliability Engineers. The single largest contributor is "generate sql transformations", graded at 88% and worth 14% of the role's time. That one task accounts for more of the gap than any difference in seniority, tooling, or industry.

Data Engineer
MOST EXPOSED TASKS
  • Generate SQL transformations88% · 14% time
  • Write ETL pipeline code84% · 22% time
  • Write data documentation78% · 8% time
HUMAN-CRITICAL CORE
  • Stakeholder data requirements gathering16% · 8% time
  • Architect data platform strategy22% · 10% time
  • Data quality and contract management34% · 12% time
Site Reliability Engineer
MOST EXPOSED TASKS
  • Write runbooks and documentation85% · 6% time
  • Draft infrastructure-as-code80% · 8% time
  • Generate postmortem first drafts78% · 4% time
  • Build monitoring dashboards72% · 5% time
HUMAN-CRITICAL CORE
  • Mentor on-call engineers12% · 4% time
  • Negotiate SLOs with product teams15% · 8% time
  • Command live incidents18% · 16% time
What transfers

Both roles lean on procedural, cognitive, judgement — that is the part of your experience that travels intact. Beyond that, the two capability profiles are unusually close: no dimension separates them by more than 15 points, which is why the switch difficulty below reads the way it does.

Switching between them
LowDIFFICULTY

Data Engineer appears in our dataset as a mapped adjacent career for Site Reliability Engineers: the move raises exposure by 22 points, landing at 65%. Switch difficulty reads low — capability profiles are 9 points apart on average and both sit in the same family.

Score your own exposure in 8 questions →

Common questions.

Is Data Engineer or Site Reliability Engineer more at risk from AI?

Data Engineer. It scores 65% time-weighted AI exposure against 43% for Site Reliability Engineer — a 22-point gap. 44% of data engineer work time is already fully substitutable by current models, versus 23% for Site Reliability Engineers.

Which pays more, Data Engineer or Site Reliability Engineer?

Site Reliability Engineer, by roughly $13k at the median ($135k versus $122k). 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 data engineer switch to being a site reliability engineer?

Data Engineer appears in our dataset as a mapped adjacent career for Site Reliability Engineers: the move raises exposure by 22 points, landing at 65%. Switch difficulty reads low — capability profiles are 9 points apart on average and both sit in the same family.

Which role is growing faster, Data Engineer or Site Reliability Engineer?

Data Engineer, at 21% projected ten-year growth versus 18% — a 3-point difference. Growth and AI exposure are separate signals: a role can grow in headcount while the content of the work is substantially rewritten.

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