{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:41:08.078Z","occupation":{"soc":"51-7099.00","title":"Woodworkers, All Other","group":"Production","sector":"31-33","jobZone":null,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers bench and production woodworking environments in manufacturing settings where workers plan, execute, inspect, and oversee wood product fabrication from raw material intake through finished goods delivery.","levels":{"emerging":{"label":"Emerging","statements":["Workplace safety regulations — recognize and follow under direct supervision on the production floor to prevent injuries and sanitation hazards.","Basic hand and power tools — select and operate with guidance from a lead woodworker during routine bench assembly tasks.","Raw lumber and sheet goods — inspect for visible surface defects, warping, or moisture damage before passing materials to the next workstation.","Work orders and production schedules — read and interpret basic written instructions with supervisor assistance to set up assigned tasks.","Attendance and hours-worked records — log accurately using time accounting software under direction from a shift lead.","Near-vision measurement tasks — use calipers and tape measures to verify dimensional tolerances on finished wood components at a bench workstation.","Machine operating parameters — monitor gauges and indicators on assigned woodworking equipment and report anomalies to a supervisor immediately.","Quality defects in cut or shaped parts — identify common issues such as tear-out, miscut angles, or rough edges during routine production runs.","Safety signage and personal protective equipment requirements — apply consistently in a shop environment following posted protocols and verbal instruction.","Verbal instructions from supervisors and experienced coworkers — listen actively and ask clarifying questions to complete assigned production tasks correctly."]},"developing":{"label":"Developing","statements":["Shop safety and sanitation standards — enforce consistently across daily operations, identifying and correcting hazards without waiting for supervisor direction.","Employee attendance data — track and record hours worked using time accounting or spreadsheet software with minimal oversight during a production shift.","Incoming lumber, hardware, and finished assemblies — inspect against specification sheets and flag non-conforming materials before they enter the production workflow.","Production charts and work orders — read and analyze independently to sequence daily woodworking tasks and meet scheduled output targets.","Woodworking machinery controls — operate and adjust cutting, shaping, and sanding equipment in familiar production contexts to maintain dimensional accuracy.","CAD drawings and shop blueprints — interpret measurements and joinery details to set up jigs and fixtures for standard product runs.","Quality control checks at multiple production stages — perform using established criteria to reduce rework and material waste on the shop floor.","Production anomalies such as tool wear or material variation — recognize early through routine operations monitoring and take corrective action within trained scope.","Coworkers and new employees — communicate task expectations clearly using plain language during shared bench or machine operations.","Internet browser and database query tools — use to retrieve current product specifications, material safety data sheets, and supplier information as needed."]},"proficient":{"label":"Proficient","statements":["Complex safety and sanitation incidents — investigate root causes autonomously, document findings, and implement corrective measures across the full production area.","Multi-employee attendance and labor-hour records — maintain accurately over extended periods using enterprise time accounting software to support payroll and scheduling decisions.","Full incoming, in-process, and outgoing quality inspections — conduct independently using precision instruments and quality control analysis methods to ensure all products meet specification.","Production schedules, efficiency reports, and work order data — analyze critically to identify bottlenecks, adjust workflows, and optimize daily throughput without supervisory input.","Non-routine machinery malfunctions and tooling failures — diagnose and resolve using mechanical knowledge and critical thinking to minimize unplanned downtime.","CAD software and design documentation — apply to evaluate product geometry, propose modifications, and communicate design intent to upstream and downstream stakeholders.","Custom and non-standard woodworking projects — plan and execute from raw material selection through finishing, handling edge cases that fall outside standard operating procedures.","Cross-functional production data — synthesize from spreadsheets and database systems to prepare accurate performance reports for management review.","New employees and apprentices — demonstrate correct techniques for hand tool use, machine setup, and quality inspection in a structured on-the-job training context.","Customer and internal stakeholder requirements — assess through active listening and reading comprehension to translate specifications accurately into production instructions."]},"advanced":{"label":"Advanced","statements":["Shop-wide safety and sanitation programs — develop, implement, and continuously improve to meet regulatory standards and reduce incident rates across all woodworking operations.","Workforce scheduling and labor-tracking systems — design and oversee using enterprise application integration and time accounting software to optimize staffing against production demand.","Organizational quality control frameworks — establish inspection criteria, audit procedures, and defect-reduction targets that govern product standards across the entire facility.","Production planning strategy — lead by analyzing charts, schedules, and historical data to set long-range throughput goals and align resources with business objectives.","Capital equipment decisions and maintenance programs — direct by applying deep mechanical and production-processing knowledge to guide procurement, tooling standards, and preventive maintenance schedules.","Competency development curriculum — design and deliver for woodworking staff at all experience levels, incorporating Education and Training principles and on-the-job mentoring structures.","Cross-departmental process improvement initiatives — champion using critical thinking and data analysis to eliminate waste, reduce rework, and raise overall operational efficiency.","Customer service and client-facing communication — lead for complex or high-value accounts, translating technical woodworking capabilities into solutions that meet client expectations and grow business.","Public safety and regulatory compliance strategy — oversee at the organizational level, liaising with inspectors and drafting policies that align shop practices with applicable codes and standards.","Emerging woodworking technologies and CAD-driven manufacturing methods — evaluate and introduce to the organization, setting adoption roadmaps and training plans that keep the workforce competitive."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}