{
  "source": "Cooked Index — occupational AI risk register",
  "page": "https://cookedindex.com/jobs/materials-scientists/",
  "methodology": "https://cookedindex.com/methodology",
  "notice": "Verdicts are re-examined as evidence accumulates. Re-fetch before relying on this; the page above always carries the current score.",
  "scored_at": "2026-08-11",
  "model": "claude-opus-5",
  "occupation": {
    "title": "Materials Scientists",
    "soc_code": "19-2032",
    "category": "Science",
    "us_employment": 8470,
    "median_annual_wage": 117790
  },
  "verdict": "EXPOSED",
  "risk_resistance": 43,
  "contested": false,
  "near_boundary": false,
  "dimensions": {
    "task_resistance": 10,
    "embodiment": 11,
    "liability_shield": 3,
    "trust_premium": 7,
    "judgment_accountability": 12
  },
  "reasoning": {
    "task_resistance": "At 10, the split is real: composition screening, phase-diagram lookup, Arrhenius fits, and DSC/TGA curve deconvolution are already handed to ML surrogates and autoscript pipelines, while polishing and ion-milling a TEM lamella, deciding a XRD peak is texture rather than a second phase, and tracing a delamination back to a cure-cycle drift still need someone at the instrument — neither half dominates enough to push this to 7 or to 14.",
    "embodiment": "11 reflects that the fume hood, glovebox, furnace, and load frame are unavoidable — you mix slurries, sinter pellets, mount and etch cross-sections, and pull tensiles — but it is your own lab or a plant QA bay with known hazards and fixturing, not a refinery scaffold or a field failure site, which is what keeps it out of the 13+ band.",
    "liability_shield": "3 is right because nothing stops a chemistry PhD from specifying an alloy: there is no state licensure for materials scientists, and where a stamp is legally required — pressure vessels, structural members — a licensed PE or the ASME/AWS-certified inspector signs, not you, so ASM or NACE credentials read as resume weight rather than a legal gate.",
    "trust_premium": "7 covers the fact that a process engineer or supplier quality manager who has watched you call three failures correctly will route the fourth to you specifically, but the deliverable is a report, a spec revision, or a test certificate that any competent lab could reissue, and procurement will send the next coupon to whoever quotes fastest.",
    "judgment_accountability": "12 sits where it does because you decide whether a lot with borderline grain size ships, whether a substitution qualifies without full requalification, and whether a fractograph is fatigue or overload — calls with real cost and safety consequence — yet they are made inside ASTM/ISO test methods and a customer spec, and the release decision usually clears a design authority or quality board rather than resting on you alone."
  },
  "rationale": "Much of the day — literature review, composition screening, DFT/FEA setup, statistical analysis of characterization data, technical report and patent drafting — is exactly what generative models and ML property-prediction systems (GNoME, MatterGen-style tools) now do at usable quality, and screening thousands of candidate compositions is where AI is strongest. What survives is bench-side: preparing and mounting samples, running and interpreting SEM/TEM/XRD/DSC output on messy real specimens, diagnosing why a production batch failed, and owning the recommendation that a material is fit for a real part. No license gates the work and buyers rarely pay for the individual relationship, so the moat is embodiment plus accountability for expensive material decisions.",
  "outlook": "Headcount stays small and flat while the job shifts from computational screening and write-ups toward lab execution, failure diagnosis, and manufacturing qualification.",
  "what_would_raise_it": {
    "levers": [
      {
        "dimension": "task_resistance",
        "change": "As AI absorbs composition screening, literature review and simulation setup, the residual job concentrates on failure analysis of real specimens — fractography, contamination diagnosis on production batches, and reconciling characterization artifacts (XRD peak overlap, TEM sample-prep damage) against model predictions. This tier shift is visible already in aerospace/semiconductor labs where autonomous screening platforms feed human root-cause teams, and raises task_resistance without any new rule.",
        "plausibility": "already happening",
        "would_add": 4
      },
      {
        "dimension": "embodiment",
        "change": "If qualification regimes keep requiring physical coupon testing on the actual production lot — e.g. AMS/NADCAP audit rules and FAA/EASA material qualification requiring witnessed specimen preparation and destructive test, plus semiconductor fab requirements for on-tool cross-section work — the hands-on specimen and metrology fraction of the day stays load-bearing even as design work automates.",
        "plausibility": "already happening",
        "would_add": 3
      },
      {
        "dimension": "liability_shield",
        "change": "ASME BPVC Section IX and AWS weld/material qualifications already require a named responsible engineer to certify procedure qualification records; extension of PE-stamp requirements to material substitution and additive-manufacturing part qualification (NIST/ASTM F42 and ongoing state board debate over AM part certification) would put a personally liable signature on materials fitness calls. Also watch EU Construction Products Regulation and battery passport rules naming a responsible technical person for declared performance.",
        "plausibility": "plausible",
        "would_add": 5
      },
      {
        "dimension": "judgment_accountability",
        "change": "If insurers and OEMs require a named materials engineer of record for AI-proposed material substitutions — mirroring how aerospace primes already require a named cognizant engineer to disposition nonconformances (MRB authority) — and if AI-generated candidate materials must be dispositioned by that person before release, the role formally owns consequential ambiguous calls.",
        "plausibility": "plausible",
        "would_add": 4
      },
      {
        "dimension": "trust_premium",
        "change": "Narrow route only: expert-witness and independent failure-analysis work (product liability, battery fire and construction-defect litigation), where court admissibility under FRE 702 and Daubert requires a testifying human whose own methodology is examinable. This is a small slice of the occupation and will not lift the median role.",
        "plausibility": "plausible",
        "would_add": 2
      }
    ],
    "ceiling_note": "No license gates the title and most materials scientists are salaried employees inside firms that buy outcomes, not individual relationships — so trust_premium has a hard low ceiling. Liability routes attach to a subset (pressure vessels, aerospace, construction products); a battery or thin-film researcher gains nothing from them."
  },
  "adjudication": null,
  "employment_history": {
    "points": [
      {
        "y": 2017,
        "emp": 7470,
        "wage": 99530
      },
      {
        "y": 2018,
        "emp": 7730,
        "wage": 99800
      },
      {
        "y": 2019,
        "emp": 6710,
        "wage": 96810
      },
      {
        "y": 2020,
        "emp": 6930,
        "wage": 99460
      },
      {
        "y": 2021,
        "emp": 6690,
        "wage": 100090
      },
      {
        "y": 2022,
        "emp": 7620,
        "wage": 104380
      },
      {
        "y": 2023,
        "emp": 8810,
        "wage": 106160
      },
      {
        "y": 2024,
        "emp": 8330,
        "wage": 104160
      },
      {
        "y": 2025,
        "emp": 8470,
        "wage": 117790
      }
    ],
    "from": 2017,
    "to": 2025,
    "change_pct": 13.4,
    "comparable_from": 2019,
    "spans_soc_revision": true
  },
  "pivots": [
    {
      "slug": "nuclear-engineers",
      "title": "Nuclear Engineers",
      "verdict": "EXPOSED",
      "risk_resistance": 57,
      "median_wage": 133970,
      "overlap": 84,
      "skills_to_close": [
        "Troubleshooting",
        "Technology Design",
        "Monitoring",
        "Operations Monitoring"
      ]
    },
    {
      "slug": "architectural-and-engineering-managers",
      "title": "Architectural and Engineering Managers",
      "verdict": "EXPOSED",
      "risk_resistance": 56,
      "median_wage": 171270,
      "overlap": 80,
      "skills_to_close": [
        "Management of Personnel Resources",
        "Time Management",
        "Coordination"
      ]
    },
    {
      "slug": "mining-and-geological-engineers-including-mining-safety-engineers",
      "title": "Mining and Geological Engineers, Including Mining Safety Engineers",
      "verdict": "SAFE",
      "risk_resistance": 68,
      "median_wage": 106220,
      "overlap": 76,
      "skills_to_close": [
        "Management of Material Resources",
        "Equipment Selection",
        "Management of Financial Resources",
        "Systems Analysis"
      ]
    }
  ],
  "license": "https://cookedindex.com/terms"
}