{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:40:04.721Z","occupation":{"soc":"51-2022.00","title":"Electrical and Electronic Equipment Assemblers","group":"Production","sector":"31-33","jobZone":2,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers bench and line assembly of electrical and electronic equipment in manufacturing environments ranging from consumer electronics to industrial and specialty products, spanning tasks from component-level soldering and fabrication through systems integration, quality control, and team leadership.","levels":{"emerging":{"label":"Emerging","statements":["Schematic drawings and basic diagrams — read and identify key symbols under direct supervision on the assembly floor.","Hand tools and fastening hardware — use to attach components and subassemblies following step-by-step work orders in a production setting.","Electrical parts and workpieces — position and align to designated markings using jigs and fixtures under close instructor guidance.","Soldering iron and basic micro-welding equipment — apply to connect wiring points following demonstrated technique on supervised practice boards.","Cleaning solutions, air hoses, and cloths — use to clean electronic parts according to posted safety and cleanliness protocols in the shop.","Assembly specifications and bills of materials — locate and retrieve correct components from inventory bins with supervisor verification.","Near-vision inspection tasks — perform visual checks on completed connections to flag obvious defects before passing to a senior assembler.","Drill press and handheld drill — operate to create mounting holes in designated equipment locations under direct technician oversight.","Measurement tools such as calipers and rulers — use to verify part dimensions against written specifications during supervised fabrication tasks.","Office suite and word processing software — access work orders and assembly instructions from shared drives in a manufacturing facility network."]},"developing":{"label":"Developing","statements":["Blueprints and wiring diagrams — interpret independently to determine correct materials sequence and assembly routing on routine production jobs.","Electrical and electronic subassemblies — install into support structures using rivets, bolts, and soldering equipment with minimal oversight on the production line.","Defective electronic components — identify, remove, and replace using standard repair procedures to restore assemblies to specification tolerances.","Alignment and adjustment tasks — perform on workpieces and wiring harnesses using precision fixtures to meet dimensional and electrical requirements.","Drill and tap operations — execute in specified equipment locations to mount control units, selecting correct bit sizes from job traveler instructions.","Coils and formed parts — fabricate to blueprint dimensions using drills, cutters, and saws within acceptable tolerance ranges on production runs.","Spreadsheet software — enter production data and track component usage counts for daily output reporting in an ERP-linked environment.","Assembly anomalies and out-of-spec conditions — recognize and escalate using established nonconformance reporting channels in the quality system.","Active listening during shift briefings — apply to capture process updates and relay accurate task priorities to co-workers at the bench.","Cleaning and part-preparation steps — complete consistently across varying component types to maintain contamination-free assemblies on a mixed-product line."]},"proficient":{"label":"Proficient","statements":["Complex schematics and multi-layer wiring diagrams — analyze autonomously to resolve ambiguities and determine correct assembly sequence for non-standard builds.","Full electrical and electronic system assemblies — complete from raw components to finished unit across the entire production scope without supervisory direction.","Root-cause analysis of recurring defects — conduct using critical thinking and inductive reasoning to recommend corrective actions that reduce rework rates.","Precision alignment and micro-welding operations — perform on high-tolerance subassemblies, maintaining arm-hand steadiness standards required for aerospace or medical-grade work.","Industrial control and development environment software — configure and use to test assembled units against functional performance parameters before final inspection.","Fabricated parts and custom structures — produce to tight caliper specifications using the full range of shop tooling, adapting methods when standard approaches fall short.","ERP and production scheduling software — navigate to coordinate materials requirements, flag shortages, and ensure on-time completion of complex work orders.","Cross-functional quality monitoring — apply operations monitoring skills to track assembly-line metrics and initiate process adjustments that sustain conformance targets.","Judgment calls on borderline components — make using written comprehension of engineering change orders and own technical experience without escalation.","Assembly procedures and troubleshooting logic — explain clearly to peer assemblers and technicians to resolve production bottlenecks in real time."]},"advanced":{"label":"Advanced","statements":["Assembly procedures and training curricula — develop and standardize across the production department to build team competency and reduce onboarding time.","Schematic interpretation standards and work-instruction templates — author and maintain so that all skill levels can access accurate, current assembly guidance.","Defect-reduction initiatives — lead by applying systematic critical thinking and production-data analysis to drive measurable quality improvements across product lines.","New product introduction builds — coordinate from prototype to pilot production, aligning materials, tooling, and assembler skill development to meet launch schedules.","Junior and mid-level assemblers — mentor and evaluate, providing structured feedback that accelerates progression toward independent proficiency on complex assemblies.","Capital tooling and equipment decisions — inform by assessing production needs, technology capabilities, and cost trade-offs in consultation with engineering and management.","Enterprise resource planning and industrial control systems — leverage across production and quality functions to optimize workflow, inventory accuracy, and output reporting.","Safety and ergonomics standards for the assembly floor — establish and enforce, ensuring compliance with regulatory requirements and reducing injury rates over time.","Cross-departmental collaboration with engineering, procurement, and quality — lead to resolve systemic assembly challenges that exceed single-team authority or expertise.","Organizational performance targets for production efficiency and first-pass yield — set, communicate, and track, translating strategic goals into actionable assembler-level objectives."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}