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This page explains how the Durability Score is built — the components, the evidence behind each one, and the named sources. For who this work fits and what a career path through it looks like, see the Deep Read. For your personalized match, take the free quiz.
Where the 44 comes from.

Three components - Automation Resistance, Structural Moat, and Demand - add up to the 44.

FJP Durability Score
44/100
Automation Resistance
13/40

AI reaches the visible documentation layer quickly, including procedures, release notes, examples, warnings, and summaries, while the stronger human value is product verification, expert interviewing, edge cases, version control, user context, and accountable accuracy work.

Sub-components
Substitution Resistance
7/30

Observed AI exposure is 47.47%, and modeled median job-loss risk is 42.41%. The exposed layer is broad: procedures, release notes, API examples, warnings, glossaries, user-guide sections, summaries, and variants. Technical writers hold more value when they verify product behavior, test steps, interview experts, and manage edge cases.

Augmentation Leverage
6/10

AI can help technical writers draft, restructure, simplify, translate, summarize specifications, create examples, and maintain variants. Capture is partial because product teams and employers can keep much of the productivity gain. Writers benefit more when tools free time for verification, expert interviews, and documentation architecture.

Sources feeding this sub-component
Anthropic Economic Index primitives → This is task-level AI-use evidence, not an occupation-specific measurement.
Structural Moat
16/35

The moat is practical, not legal: domain knowledge, regulated documentation, version control, expert access, release workflow, and product accuracy help, while the job stays screen-based, unlicensed, and exposed at the drafting layer for routine work.

Sub-components
Physical & Environmental
1/10

Occupation-specific physical fields were not available in the checked data, so the setting is estimated from the work profile. Technical writing is mostly office, screen, product-team, and documentation-system work, with occasional lab, site, or product exposure depending on industry.

Sources feeding this sub-component
BLS Occupational Requirements Survey data → No selected occupation physical-requirements cells were published, so the setting is estimated from occupational duties.
Regulatory Moat
3/12

Technical writers do not have an occupational license. Voluntary certification can help, and regulated-product documentation raises the stakes, but the legal responsibility usually belongs to the employer or product maker. That creates accountability pressure without a personal practice gate.

Sources feeding this sub-component
FDA Quality System Regulation labeling requirements → Shows regulated-product documentation requirements for medical-device labeling.
EU AI Act Article 11 technical documentation context → Shows technical-documentation duties for regulated AI systems.
Robotics Resistance
8/8

Robots are not the relevant substitute. The job is cognitive, documentary, and product-context work. The active pressure comes from software that drafts, restructures, summarizes, translates, and maintains documentation variants.

Sources feeding this sub-component
Credential Depth
4/5

A bachelor's degree is typical, usually paired with writing skill and product, software, science, engineering, or industry context. That gives real preparation depth. The path is not protected by a board exam or graduate credential, so portfolio and domain proof matter.

Demand
15/25

Demand is mixed because complex products still need documentation, user support, release accuracy, safety context, and compliance evidence, but the occupation is small, nearly flat, and exposed to AI-assisted first drafts and documentation variants now.

Sub-components
Volume
4/10

Federal projections show about 56,400 jobs, 4,500 annual openings, and growth near 0.9%. The market is real but small, with openings mostly reflecting replacement and specialized hiring rather than broad expansion.

Sources feeding this sub-component
Source Quality
6/8

Demand quality comes from product complexity, software and API ecosystems, safety, compliance, customer self-service, and support-cost reduction. The signal is weakened by near-flat growth and the ability to automate some draft and variant work.

Resilience
5/7

Resilience comes from technical accuracy, product liability, regulated labeling, expert coordination, version control, and user safety. AI can compress first drafts, but it cannot by itself verify whether instructions match the real product, release, user, or compliance need.

Sources feeding this sub-component
FDA Quality System Regulation labeling requirements → Shows regulated-product documentation requirements for medical-device labeling.
EU AI Act Article 11 technical documentation context → Shows technical-documentation duties for regulated AI systems.
What would move the score
Scenario 1
AI documentation tools replace routine first-draft work.

The case weakens if product teams use AI to produce release notes, procedures, examples, warnings, and variants with fewer writers. The threshold is reduced documentation headcount, not just faster drafting, cleanup, translation support, or a cheaper first pass for teams.

Direction
Down, material
Components affected
Automation Resistance, Demand
Scenario 2
Regulated and technical products need more accountable documentation.

The case improves if medical devices, software, AI systems, manufacturing, cybersecurity, and compliance-heavy products hire more writers for verified documentation. The signal would be roles tied to expert interviews, releases, warnings, user testing, product changes, safety review, and audit-ready accuracy.

Direction
Up, modest
Components affected
Demand, Structural Moat
Scenario 3
Technical writers become documentation-system owners.

The case improves if writers own structured authoring, information architecture, version control, user feedback, and documentation operations. It weakens if the role becomes editing AI drafts from a distance with little product access, expert contact, release authority, or user evidence.

Direction
Either way
Components affected
Automation Resistance, Structural Moat
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Last reviewed June 2026 · Next September 2026