Cut, shape, and assemble wooden articles or set up and operate a variety of woodworking machines, such as power saws, jointers, and mortisers to surface, cut, or shape lumber or to fabricate parts for wood products.
U.S. Workers
79,540
Median Salary
$46,020
10-Year Growth
-1.6%
Annual Openings
8,100
Typical entry: High school diploma or equivalent
20 of 20 tasks have some AI capability
Exposure Trend
This score reflects estimated AI technical capability for tasks in this occupation. It does not predict employment changes, and it does not account for company-specific constraints, regulation, or adoption barriers.
Verify dimensions or check the quality or fit of pieces to ensure adherence to specifications.
AI: Fully automatable - Modern computer vision and 3D scanning systems integrated with AI can fully verify dimensions and fit against CAD specifications in production and inspection workflows.
Measure and mark dimensions of parts on paper or lumber stock prior to cutting, following blueprints, to ensure a tight fit and quality product.
AI: Fully automatable - CNC/CAD/CAM systems and vision-guided measurement tools can automatically measure and mark stock to blueprint tolerances prior to cutting.
Estimate the amounts, types, or costs of needed materials.
AI: Fully automatable - Estimating material types, quantities, and costs is readily automated with CAD/BOM tools and AI-driven estimation systems using price databases.
Bore holes for insertion of screws or dowels, by hand or using boring machines.
AI: Fully automatable - Drilling and boring are routinely and precisely automated with CNC machines and robotic drilling systems available today.
Dip, brush, or spray assembled articles with protective or decorative finishes, such as stain, varnish, paint, or lacquer.
AI: Fully automatable - Industrial spray booths, robotic painters, and automated finishing systems can apply stains, varnishes, and paints at scale and with consistent quality.
Design furniture, using computer-aided drawing programs.
AI: Fully automatable - AI-assisted CAD and generative-design tools can produce furniture designs compatible with manufacturing workflows and are already used in practice.
Apply Masonite, formica, or vinyl surfacing materials.
AI: Fully automatable - Laminating, veneer and surface-material application are commonly automated with presses, edge-banders, and robotic systems in production environments.
Produce or assemble components of articles, such as store fixtures, office equipment, cabinets, or high-grade furniture.
AI: Partial - Robotic assembly and CNC machining can produce many components but high-grade custom furniture and flexible small-batch assembly still require human craftsmanship and adaptation.
Establish the specifications of articles to be constructed or repaired or plan the methods or operations for shaping or assembling parts, based on blueprints, drawings, diagrams, or oral or written instructions.
AI: Partial - AI can generate specifications and process plans from drawings and instructions, but establishing final specifications and nuanced planning for custom jobs still relies on human judgment.
Set up or operate machines, including power saws, jointers, mortisers, tenoners, molders, or shapers, to cut, mold, or shape woodstock or wood substitutes.
AI: Partial - CNC and robotized equipment can operate many cutting and shaping machines, but setup, tooling changes, and judgmental adjustments typically still need human technicians.
Attach parts or subassemblies together to form completed units, using glue, dowels, nails, screws, or clamps.
AI: Partial - Automated fastening systems and robots can join standard parts in production, but complex assemblies and variable contexts often require manual work.
Reinforce joints with nails or other fasteners to prepare articles for finishing.
AI: Partial - Robotic nailing and fastening exist for repetitive tasks, yet reinforcement for bespoke pieces or delicate joints commonly needs human touch.
Install hardware, such as hinges, handles, catches, or drawer pulls, using hand tools.
AI: Partial - Robotic screwdrivers and fixtures can install hardware in high-volume settings, but diverse hardware types and on-site adjustments mean humans are still needed for many installations.
Trim, sand, or scrape surfaces or joints to prepare articles for finishing.
AI: Partial - Automated sanding and finishing robots handle broad surface prep, but fine scraping and achieving high-quality hand-finished joints remain partially manual.
Match materials for color, grain, or texture, giving attention to knots or other features of the wood.
AI: Partial - AI can assist by analyzing grain, color, and texture and suggesting matches, but the aesthetic judgment and tactile assessment required for high-grade material matching are not fully automatable by 2025.
Cut timber to the right size and shape and trim parts of joints to ensure a snug fit, using hand tools, such as planes, chisels, or wood files.
AI: Partial - Robotic/CNC systems can cut and shape timber, but the hand-tool fine trimming and tactile fitting described remains largely manual and situationally difficult to fully automate by 2025.
Perform final touch-ups with sandpaper or steel wool.
AI: Partial - Automated sanders and finishing robots handle routine touch-ups, but nuanced final sanding and feel-based judgments still often require human hands.
Repair or alter wooden furniture, cabinetry, fixtures, paneling, or other pieces.
AI: Partial - AI can assist with diagnostics, instructions, and some robotic operations, but the varied, creative, and manual nature of repairs prevents full automation in most cases.
Draw up detailed specifications and discuss projects with customers.
AI: Partial - AI can generate detailed specifications and engage in customer conversations, but complex negotiations, empathy, and final approvals typically still need human involvement.
Program computers to operate machinery.
AI: Partial - AI and CAM tools can generate machine-operating programs and G-code, but full end-to-end programming, integration, and safety validation for complex machinery still require human engineers.