Wood modelmakers (O*NET 51-7031.00, Model Makers, Wood) make full-size or scale precision wooden product models, patterns, templates, and fixtures according to blueprints, drawings, or written specifications, including wood jig builders and loft workers. Excludes metal and plastic modelmakers, wood patternmakers, carpenters, wooden furniture making, and mass-production woodworking machine operation.
Wood modelmakers fall under O*NET 51-7031.00: they make full-size or scale precision wooden models, patterns, templates, and fixtures for products according to blueprints, drawings, or written specifications, including wood jig builders and loft workers. Excludes metal and plastic modelmakers, wood patternmakers, carpenters, wooden furniture making, and mass-production woodworking machine operation.
For a quick assessment, consider three points: can you understand drawings and specifications and confirm revisions, tolerances, and design intent; can you follow machine procedures for sawing, planing, shaping, and hand fitting and truthfully measure and record; and can you stop equipment, clarify, and escalate first when dimensions exceed tolerances, equipment is abnormal, or safety is uncertain?
Wood modelmakers (O*NET-SOC 51-7031.00, Model Makers, Wood) make full-size or scale precision wooden product models according to blueprints, drawings, or written specifications, including wood jig builders and loft workers. Outputs include models, patterns, templates, and fixtures used to check product development, molds, and tooling shapes.
Wood modelmakers differ from adjacent occupations mainly in materials and shaping methods, precision responsibilities, and authorization boundaries. Similar titles do not make them interchangeable; verify actual target tasks and qualifications anew when transitioning.
Comparisons use O*NET occupational tasks, work activities, and work context, along with BLS/O*NET employment definitions. The following directions are real paths within the occupation or clearly adjacent occupations, not job recommendations.
New hires and newcomers preparing to change careers
First master drawing interpretation, measuring instrument use, and machine safety procedures, then use tools to assist drawing and record organization without skipping mentoring or equipment authorization.
Insufficient evidence: a national wage distribution in mainland China corresponding one-to-one with wood modelmakers has not been obtained. Industry averages and U.S. wages cannot substitute for this occupation's median.
As proxy measures, the National Bureau of Statistics' 2025 manufacturing average annual wages were 113,594 yuan in urban non-private units and 76,055 yuan in private units. These are industry figures, not occupational or individual wages.
Average annual wages for 'production, manufacturing, and related personnel' in enterprises above designated size were 80,739 yuan (2025, including wood processing, furniture, and wood product workers, without separately identifying this occupation). This likewise cannot be rewritten as this occupation's median, percentiles, or starting wage.
U.S. 51-7031.00 (Model Makers, Wood) had 2025 median wages of 56,550 USD/year and 27.19 USD/hour, from BLS OEWS displayed through O*NET. Applies only to this occupation, the United States nationwide, and the listed period, not starting wages or individual guarantees.
U.S. employment in this occupation was approximately 700 in 2025. The employment base is not current recruitment. Sampling error estimates have not been obtained for this page; small numbers alone do not establish statistical volatility.
U.S. employment in this occupation is projected to decline during 2025—2035 (category: -1% or lower), with approximately 100 annual openings including growth and replacement needs. This overall employment projection is not attributed to AI and is not an individual's probability of being hired.
This checklist is an editorial synthesis and cannot replace employer machine operating procedures, dust and noise control plans, or local occupational safety regulations. Unclear matters should be confirmed by safety leads or accountable personnel.
The main pressures wood modelmakers should assess in advance are cutting risks from woodworking machinery, wood dust and noise exposure, and downstream rework caused by out-of-tolerance model dimensions and contours. Prototypes and samples, tooling and fixtures, and layout work differ in exposure and responsibility.
Editorial preparation example (not a job advertisement): official wood modelmaker tasks suggest checking drawing interpretation, bandsaw and planer operation training, dimension records, and equipment guarding. A verifiable company announcement, date, and deadline have not been obtained.
This item only organizes preparation questions for occupational tasks and does not represent universal employer requirements. Verify education, experience, and authorization against the original target job announcement and local rules.
Entry signals: education, vocational training, safety, and equipment operation authorization are different statuses. Employers generally focus on drawing interpretation, woodworking machine operation, and safety records; specifics depend on employer and local rules.
Exact U.S. occupation 51-7031: approximately 700 employed in 2025, projected decline category for 2025—2035, and approximately 100 annual openings. Overall employment projections are not attributed to AI and cannot be extrapolated to China or individual outcomes.
Geography: United States nationwide.
Period: 2025 employment level; 2025—2035 projections.
Make full-size or scale precision wooden product models, patterns, templates, and fixtures according to blueprints, drawings, or written specifications, including wood jig builders and loft workers, for checking product development, molds, and tooling shapes.
Wood modelmakers focus on wooden models, patterns, and fixtures. Wood patternmakers focus more on casting and mold patterns and handle shrinkage allowances; carpenters focus on building site installation, with different workplaces and responsibilities.
Drawing interpretation and layout, woodworking machinery and hand shaping, measuring instrument use, and procedural recordkeeping habits. Assess fit through real workpieces and safety performance rather than personality labels.
Better suited to a working style involving prolonged hands-on work, sensitivity to dimensions and contours, acceptance of repeated measurement and rework, willingness to maintain patterns and records, and reliance on procedures and responsible personnel to confirm safety and quality.
These are editorial suggestions, not hiring or qualification standards. Exercises on this page use fictional drawings and dimension tables for paper exercises only, without real machine tools, cutting tools, or production systems. They do not authorize machine tool operation, safety qualifications, or design sign-off.
Work context (O*NET Work Context survey): mainly woodworking shops and model workshops. 94% of respondents wear common protective or safety equipment daily, 84% encounter hazardous equipment daily, 73% consider exactness very important, 72% are in noisy environments daily, and 77% work 40 hours per week (U.S. respondent scope).
Required capabilities focus on drawing interpretation and layout, wood and woodworking machinery knowledge, hand fitting, measuring instrument use, and habits of procedural recordkeeping and shutdown for anomalies. The work primarily involves hands-on making, repeated measurement, and procedural review.
O*NET structured fields: interest code RCA (Realistic, Conventional, Artistic); work styles include attention to detail and dependability; principal knowledge includes production and processing, design, and building and construction; key abilities include near vision, arm-hand steadiness, and finger dexterity.
Wood modelmakers produce wooden models, patterns, and layouts. The following are real adjacent occupations. Compare who defines requirements, shapes materials, measures and releases work, and bears safety and acceptance responsibility.
Focuses more on wooden patterns for casting and mold making, generally requiring material shrinkage allowances and production tolerances.
Compare this direction if you prefer combining modelmaking with production pattern design.
Skilled workers independently responsible for models and patterns
Use tools for process drafts and data organization, while personally remeasuring critical dimensions and tolerances and retaining traceable measurement records.
Process, quality, and tooling roles
Use tools to accelerate draft plans and checklists. Responsible personnel confirm tooling verification, first-article conclusions, and change approvals according to procedures.
Mentoring and management roles
Define tool usage boundaries and recordkeeping requirements, update training and checklists, and do not publish generated content directly as process documentation.
For salary judgments, check the specific city, employer, job level, and published recruitment requirements, retaining region and date.
U.S. wage and employment data corresponds only to national O*NET 51-7031.00 statistics and cannot be extrapolated to China, a specific region, or individual offers. Role comparisons also require checking industry, hours, benefits, and responsibility scope.
The median is not a starting wage, and percentiles are not newcomer, senior, or management levels. Measuring instruments, materials, and machine tool conditions change actual role conditions.
When comparing offers, retain industry tables, regional tables, and units for the same statistical period, and distinguish hourly and annual wages under BLS definitions. Do not use them to calculate individual annual or after-tax income.
RIASEC R (Realistic) and C (Conventional) describe activity preferences only. Wood modelmakers are often drawn to hands-on making and producing measurable outcomes to standards. Fit still requires judgment through real workpieces, measurement records, and mentor feedback.
Evidence level: O*NET interests and work styles come from employed worker survey statistics for career exploration, not hiring or qualification decisions.
This module's risks draw on O*NET work context percentages, NIOSH wood dust health references, and U.S. OSHA woodworking machinery and noise standards. These are U.S. definitions and editorial syntheses, not Chinese regulations or accident rate statistics.
Affected roles: modelmaking and pattern roles using bandsaws, circular saws, planers, and sanding equipment to shape wooden parts.
Potential consequences: serious hand and eye cutting injuries, amputations or severed fingers, downtime, and lost work hours.
Fictional material (editorially designed, not real company data): a 'Wood model drawing A1' with a planar outline of 300 mm × 180 mm and thickness of 40 mm; two Φ20 mm through holes with centers 30 mm from the adjacent edge; mating surface tolerance ±0.5 mm; basswood material. An attached dimension table lists 6 critical dimensions and allowable deviations: length, width, thickness, hole spacing, hole diameter, and mating surface flatness.
Your task: on paper, complete layout essentials, dimension and tolerance checks, the machining sequence (stock selection→layout→sawing→planing→drilling→hand fitting→measurement), and a required measuring instrument list, and identify 3 safety and quality considerations.
Suggested deliverables: a dimension check table listing each nominal dimension, allowable deviation, and conformity decision; an operation sequence sheet; and a risk list specifying triggers, possible consequences, and responses. If a dimension lacks necessary inputs, state 'insufficient information to judge' and explain what additional information is needed.
Exercise boundaries: paper exercises only throughout; do not use real machine tools, cutting tools, wood, or production systems. This exercise does not authorize machine tool operation, safety work, or design sign-off.
| Field 1 | Field 2 | Field 3 | Field 4 | Field 5 |
|---|---|---|---|---|
| Guided entry | Interpret drawings and use measuring instruments and hand tools to complete simple wooden parts under guidance | Must not independently operate hazardous machines such as bandsaws and planers or issue quality release conclusions | Simple part dimension records and mentor feedback | Expand to independent woodworking machinery use |
| Routine shaping and self-inspection | Operate bandsaws and planers under supervision to complete routine model parts and self-inspect | Complex machines and process changes require review | Dimension records and first-article inspection records | Expand to complex contours and fits |
| Complex models and fits | Independently complete complex model parts, fixtures, and patterns and participate in operation planning | Tooling and process changes follow approval procedures | Complex part records and design feedback | Expand to tooling and pattern planning |
| Tooling and first-article planning | Design fixtures and templates and lead first-article inspection and deviation analysis | Authorized personnel sign quality conclusions | Tooling plans and first-article reports | Expand to pattern standards and mentoring |
| Pattern standards and mentoring | Lead pattern standards, quality improvement, and mentoring within authorization | Does not replace employer safety and quality sign-off responsibilities | Process documents, improvement records, and mentoring records | Expand authorization scope according to rules |
Editorial preparation questions (not employer announcements)
Based on O*NET drawing interpretation, machine shaping, hand fitting, and dimension checking tasks, verify whether the target role requires corresponding training and records. Insufficient evidence: the original company job announcement and validity dates have not been obtained.
Editorial portfolio suggestion
Prepare a set of small wooden parts made to fictional drawings with corresponding dimension records to demonstrate drawing interpretation, shaping, and measurement, specifying tools used at each step.
Safety and authorization verification
Prepare safety training, equipment operation authorization, and quality release records separately. Without authorization, do not claim independent machine operation or sign-off authority.
Verification method
Demonstrate capability through verifiable workpieces and dimension records rather than self-descriptions or certificate counts. Specific role requirements depend on job announcements.
Use the fictional drawing materials above
Use 'Wood model drawing A1' and its dimension table directly. Record which annotation supplies each dimension and which information is missing. Do not use real company or personal information.
Complete a one-page verification note
List known dimensions, allowable deviations, decisions, missing information, and review suggestions. A single drawing does not require a complete process document or release conclusion.
The conclusion must answer four things
What facts were found; what evidence was used; what effects may result; and what response or additional information is recommended.
Evaluate the work through review results
Check dimensional decision accuracy, traceability of grounds, documented assumptions, and whether the second revision reduces errors. Certificates cannot replace this work evidence.
| Field 1 | Field 2 | Field 3 | Field 4 |
|---|---|---|---|
| Drawing contains unspecified tolerances | Confirm datum and tolerance requirements with designers before starting | The trial evaluator confirms questioning and confirmation methods | Question list and design response records |
| Dimensions approach the upper tolerance limit | Measure again, adjust planing or fitting allowances, and record measured values | The trial evaluator confirms decision and remeasurement methods | Measured values and rework records |
| First machine setup | Validate through dry runs or low-risk trial cuts before machining | The trial evaluator confirms safety validation steps | Validation and trial cut records |
| The same deviation appears in multiple parts | Stop batch machining, isolate, and report | The trial evaluator confirms escalation paths | Isolation and escalation records |
Day 1 | Choose an entry point
Compare wood modelmaking, wood patternmaking, and carpentry, choose one, and write down two questions to investigate.
Day 2 | Drawing interpretation and layout
Use 'Wood model drawing A1' above to list 6 critical dimensions, allowable deviations, and datums.
Day 3 | Operation sequence
Write the operation sequence from stock selection to measurement and label the tools and measuring instruments required at each step.
Day 4 | Dimensional decisions
Create a dimension check table and classify each dimension as conforming/out of tolerance/insufficient information, with reasons.
Day 5 | Risk list
List 3 woodworking machinery, dust, or noise risks, giving triggers, consequences, and responses for each.
Day 6 | Boundary checks
List education, training, equipment authorization, and quality release separately, identifying which require employer confirmation.
Day 7 | Review and decide
Review the week's outputs and interests to decide whether to continue, change direction, or develop fundamentals first.
| Field 1 | Field 2 | Field 3 | Field 4 | Field 5 | Field 6 | Field 7 |
|---|---|---|---|---|---|---|
| Education | High school diploma or equivalent, or a relevant vocational school or associate-level college major | Employer | Verify by role | Education does not equal woodworking machinery operation or quality release authorization | Employer | Verify role requirements |
| Vocational training | Vocational school woodworking courses or apprenticeship training records | Educational institutions and employers | According to employer requirements | Training content may differ from on-the-job requirements | Employer | Verify training scope |
| Skill evidence | Verifiable workpieces, dimension records, and mentor comments | Employer | Verify by role | Skill evidence does not equal qualification certification | Employer | Prepare workpieces and records |
| Safety and equipment authorization | Role safety training and equipment operation authorization records | Employer | By equipment and procedure | Authorization is limited to specified equipment and operations | Employer | Verify authorization scope |
| Quality release | First-article inspection and acceptance records | Employer-authorized personnel | According to employer procedures | Release conclusions must be signed by authorized personnel | Authorized responsible personnel | Confirm sign-off authority |
| Role-specific conditions | Medical examination, shift, confidentiality, and similar requirements | Employer | According to the role description | Conditions vary by employer and region | Employer | Verify job announcements |
Education note: O*NET Job Zone Three is an occupational group preparation level. Education asks what schooling new hires need. The 31% postsecondary certificate, 30% below high school, and 20% high school figures are respondent answers, not individual workers' education composition, and do not establish Chinese entry requirements.
Training note: common paths include vocational school woodworking courses, apprenticeships, or on-the-job training. Completing courses does not authorize independent machine operation.
Authorization note: equipment operation authorization, safety training, and quality release are statuses determined by employer and local rules, not automatic results of education or certificates.
Boundary note: this page does not establish professional qualifications, machine tool operation authorization, or safety authorization. Specific requirements depend on employers, relevant authorities, and local rules.
Capability starting point: under guidance, interpret drawings, use measuring instruments and hand tools, saw, plane, and fit simple wooden parts, and truthfully record dimensions.
National employment stock and projections describe the occupation overall. Without sampling error or individual follow-up evidence, small scale alone cannot establish annual volatility or individual stability.
Limit: this trend cannot establish individual employment prospects, and U.S. definitions cannot establish Chinese outcomes.
BLS 2025 median annual wage: 56,550 USD (hourly wage 27.19 USD). Approximately 900 employed in 2024; 2024—2034 projected decline of approximately 1% or lower, with approximately 100 annual openings. All figures use United States nationwide definitions.
The National Bureau of Statistics has not published a national wage distribution for wood modelmakers as a single occupation. This page labels and uses 2025 manufacturing and broad production/manufacturing job categories as proxies, without presenting them as occupational medians.
Available evidence supports task exposure only, not wholesale replacement. Drawing organization and records may be assisted; people remain responsible for hands-on shaping, precision measurement, and safety.
O*NET places this occupation in preparation level three. Respondents' education distribution is 31% postsecondary certificate, 30% below high school, and 20% high school. There is no uniformly mandatory license; requirements depend on employer and local rules.
Cuts and amputations from woodworking machinery, wood dust (considered a potential occupational carcinogen by NIOSH), noise, and rework caused by out-of-tolerance dimensions. Protection follows OSHA and employer procedures.
Chinese and U.S. data are presented separately and cannot overwrite each other. AI scenarios are not real adoption evidence; paper exercises do not authorize actual professional practice or safety work.
For task-level AI exposure ratings in career exploration.
FermatMind editorial
GLOBAL
FermatMind rubric v1; reviewed 2026-09-25
versioned internal task rubric
internal_rubric
Not an external adoption rate, replacement rate, or employment forecast.
2026-09-25
O*NET-derived occupational summaries and wage notes.
U.S. Department of Labor, My Next Move
US
O*NET-based occupational profile; accessed 2026-09-25
official occupation profile
Occupation-specific
For career exploration, not individual fit or hiring diagnosis.
2026-09-25
Manufacturing and 'production, manufacturing, and related personnel' are industry/broad job category proxy definitions.
National Bureau of Statistics
CN
2025 average annual wages; published 2026-05-15; accessed 2026-09-25
official wage statistics
Industry reference
A national wage distribution for wood modelmakers as a single occupation has not been published. Industries and broad job categories cannot be treated as occupational or individual wages.
2026-09-25
Definition, Tasks, Work Activities, Abilities, and Knowledge.
U.S. Department of Labor, O*NET
US
O*NET 2026 occupational profile; accessed 2026-09-25
official occupation profile
Occupation-specific
U.S. occupational definitions do not establish Chinese entry requirements or wage definitions.
2026-09-25
13 core tasks and 1 supplemental task.
U.S. Department of Labor, O*NET
US
O*NET 2026 occupational profile; accessed 2026-09-25
official occupation profile
Occupation-specific
The task list is an occupational-level sample and does not mean every role performs every task.
2026-09-25
Work context percentages for protective equipment, hazardous equipment, noise, precision importance, and similar factors.
U.S. Department of Labor, O*NET
US
O*NET 2026 occupational profile; accessed 2026-09-25
official occupation profile
Occupation-specific
U.S. employed workers' self-reported percentages do not replace Chinese occupational safety regulations or site assessments.
2026-09-25
Respondents' education requirement distribution (31% postsecondary certificate, 30% below high school, 20% high school).
U.S. Department of Labor, O*NET
US
O*NET 2026 occupational profile; accessed 2026-09-25
official occupation profile
Occupation-specific
Education distributions do not equal every employer's mandatory requirements.
2026-09-25
Job Zone Three: medium preparation, SVP 6.0 to <7.0.
U.S. Department of Labor, O*NET
US
O*NET 2026 occupational profile; accessed 2026-09-25
official occupation profile
Occupation-specific
Common preparation paths are not uniform education or licensing thresholds.
2026-09-25
Occupational definition, RCA interest code, and Attention to Detail / Dependability work styles.
U.S. Department of Labor, O*NET
US
O*NET 2026 occupational profile; accessed 2026-09-25
official occupation profile
Occupation-specific
Interests and work styles describe activity preferences only and are not hiring standards.
2026-09-25
2025 median wage: 56,550 USD/year; 2024 employment: 900; 2024—2034 decline of approximately 1% or lower, with approximately 100 annual openings.
U.S. Department of Labor, O*NET
US
2025 wages and 2024—2034 employment projections; accessed 2026-09-25
official occupation profile
Occupation-specific
U.S. statistics cannot be extrapolated to China; the median is not a starting wage.
2026-09-25
Woodworker occupations overall are projected to decline 2% during 2025—2035, with approximately 18,100 annual openings.
U.S. Bureau of Labor Statistics
US
2025—2035 employment projections; accessed 2026-09-25
official employment outlook (related group)
Broader occupation reference
Covers the woodworker occupational group, including 51-7040, not the exact 51-7031.00 projection. Its projection period differs from O*NET's 2024—2034 period.
2026-09-25
Symptoms include eye irritation, nosebleeds, dermatitis, and asthma; the cancer site is the nasal cavity.
CDC / National Institute for Occupational Safety and Health
US
NIOSH REL 1 mg/m³ (TWA); accessed 2026-09-25
official occupational health reference
contextual
U.S. occupational health reference, not a substitute for Chinese occupational hygiene standards. NIOSH considers wood dust a potential occupational carcinogen.
2026-09-25
Hot technologies: Excel, Outlook, PowerPoint, Word; CAD includes CATIA and Siemens NX.
O*NET OnLine
US
Current page; accessed 2026-09-25
official technology profile
Occupation-specific
Reflects software mentions in recruitment only, not adoption rates or task automation.
2026-09-25
Approximately 23% work in manufacturing; the remainder work in other industries, including government.
O*NET OnLine
US
Current page; accessed 2026-09-25
official industry distribution
Occupation-specific
Industry distribution uses U.S. occupational definitions and does not substitute for China's industry structure.
2026-09-25
1910.213 woodworking machinery, 1910.147 hazardous energy control, 1910.94 ventilation, 1910.95 noise, and related provisions.
U.S. Occupational Safety and Health Administration
US
Relevant provisions of 29 CFR 1910; accessed 2026-09-25
official safety standards index
contextual
U.S. federal standards do not replace Chinese occupational safety regulations and employer procedures.
2026-09-25
Task-level generative AI exposure framework; approximately one quarter of global employment is in exposed occupations.
International Labour Organization
GLOBAL
ILO Working Paper 140; 2025-05-20; accessed 2026-09-25
institutional research
contextual
Exposure does not equal adoption, automation rates, or job disappearance. The sample uses Polish occupational classification tasks and international expert ratings.
2026-09-25
Annual wage percentiles: 34,800 / 37,660 / 56,550 / 87,150 / 98,050 USD; hourly wage percentiles: 16.73 / 18.10 / 27.19 / 41.90 / 47.14 USD.
O*NET / U.S. Bureau of Labor Statistics
US
2025 BLS OEWS wage data (displayed by O*NET); accessed 2026-09-25
O*NET display of BLS OEWS wage data
Occupation-specific
Retain the period, employed population, geography, and units displayed by O*NET; the median is not a starting wage.
2026-09-25
Common injuries include lacerations, amputations, severed fingers, and blindness; health hazards include wood dust and finishing chemicals.
U.S. Occupational Safety and Health Administration
US
OSHA Publication 3157 and related materials; accessed 2026-09-25
official safety guidance
contextual
U.S. employer safety guidance does not replace Chinese occupational safety regulations.
2026-09-25