{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:38:02.769Z","occupation":{"soc":"51-2011.00","title":"Aircraft Structure, Surfaces, Rigging, and Systems Assemblers","group":"Production","sector":"31-33","jobZone":2,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers aircraft structural, surface, rigging, and systems assembly work performed in production hangars and manufacturing facilities, spanning entry-level fastening and blueprint reading through senior-level process leadership and workforce development.","levels":{"emerging":{"label":"Emerging","statements":["Hand tools and basic fasteners — apply under direct supervision to secure parts and subassemblies on an aircraft assembly line.","Blueprints and illustrated work instructions — read and interpret with guidance to identify part relationships and assembly sequences on the shop floor.","Bolts, screws, and rivets — install following standard torque and fastening procedures under close technician oversight in a production environment.","Brackets and support clips — attach to designated mounting points using provided hardware under supervisor direction during initial assembly tasks.","Measuring instruments and go/no-go gauges — use to check basic fit and alignment of installed parts while following documented inspection checklists.","Parts with minor dimensional discrepancies — file, trim, or deburr under supervision to achieve proper fit and clearance during bench assembly.","Reference points and layout lines — mark on aircraft structure components using templates and scribes following supervisor-provided instructions.","Safety protocols and personal protective equipment — follow consistently in a manufacturing hangar environment while learning assembly station procedures.","Shop machinery such as drill presses and rivet guns — operate under direct guidance to fabricate or prepare basic parts for installation.","Assembly work orders and traveler documents — read and track with guidance to locate correct parts and materials for assigned daily tasks."]},"developing":{"label":"Developing","statements":["Subassemblies and structural components — assemble routinely with reduced oversight using hand tools, power tools, and approved fasteners on a production aircraft line.","Blueprint specifications and engineering drawings — interpret independently to determine correct layouts and operational sequences for assigned assembly stations.","Hinges, brackets, and attachment hardware — install and torque to specification using chemical bonding or mechanical fastening methods with minimal supervision.","Installed units and systems — inspect and test for fit, alignment, and performance using calibrated measuring instruments and test equipment per quality standards.","Out-of-tolerance or defective parts — identify and adjust, rework, or replace within familiar repair limits to restore proper assembly function.","Parts requiring profile or contour modifications — cut, bend, and smooth using hand and power tools to achieve correct clearances in familiar assembly contexts.","Jigs, fixtures, and measuring instruments — use to lay out and mark accurate reference locations for structural components across multiple aircraft assemblies.","ERP and production tracking software — enter work completion data and parts consumption information accurately following established shop procedures.","Time and workflow priorities — manage across concurrent assembly tasks at a single workstation to meet daily production schedule targets.","Fabricated detail parts — produce using shop machinery according to routing sheets and dimensional tolerances within the scope of a standard assembly role."]},"proficient":{"label":"Proficient","statements":["Complex aircraft structural assemblies and rigging systems — complete autonomously across the full assembly sequence, resolving non-routine fit and interference issues without supervisory input.","Engineering drawings, change orders, and revision-level specifications — interpret and apply independently to execute accurate assemblies on advanced or modified aircraft configurations.","Multi-material attachment methods including riveting, bolting, and structural adhesive bonding — select and apply based on design requirements and material compatibility in varied assembly conditions.","System-level functional testing and inspection — conduct using specialized test equipment to verify performance compliance and document results against certification standards.","Root cause analysis for recurring assembly defects — perform by applying critical thinking and quality control methods to reduce rework and non-conformance rates on the line.","Non-standard part fits and structural discrepancies — evaluate and resolve through calculated trimming, shimming, or engineering liaison coordination in a production hangar environment.","CAD and design visualization tools — use to interpret three-dimensional part relationships and support installation planning for complex structural or systems components.","Rigging adjustments for flight control surfaces — perform and verify to manufacturer tolerances using precision measurement instruments and documented rigging procedures.","Equipment maintenance and calibration schedules — manage for assigned tools and test instruments to ensure measurement accuracy and production readiness.","Mentorship of newer assemblers — provide on-the-job guidance covering blueprint reading, fastener practices, and inspection methods at the assembly workstation."]},"advanced":{"label":"Advanced","statements":["Assembly process standards and best-practice procedures — develop and implement across an entire production line to improve quality, efficiency, and regulatory compliance.","Cross-functional teams of assemblers, inspectors, and engineers — lead in resolving systemic fit, tolerance, or rigging issues affecting multiple aircraft in a production program.","Training curricula and skills certification pathways — design for Job Zone 2 assemblers covering tools, fastening systems, blueprint literacy, and quality control methods.","Production workflow and station layout — optimize by applying industrial process knowledge to reduce cycle time and non-conformance across the assembly floor.","Quality management systems and audit processes — oversee to ensure all structural assembly and systems installation work meets FAA, customer, and internal certification requirements.","Engineering change authority and liaison processes — navigate and influence on behalf of the assembly team to resolve design-producibility conflicts in active aircraft programs.","ERP and production control systems — leverage at a program level to monitor parts availability, labor utilization, and schedule adherence across multiple assembly teams.","Safety culture and hazard mitigation initiatives — champion across the production department, setting behavioral standards for tool handling, chemical use, and fall protection.","Senior assembler performance and career development — evaluate and guide through structured feedback, cross-training assignments, and skills progression planning.","Continuous improvement projects targeting structural assembly defects — sponsor and direct using quality control analysis data to achieve measurable reductions in rework cost and schedule impact."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}