{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:50.875Z","occupation":{"soc":"17-3023.00","title":"Electrical and Electronic Engineering Technologists and Technicians","group":"Architecture & Engineering","sector":"54","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers bench-level and field-based electronics assembly, testing, troubleshooting, and maintenance work performed by technologists and technicians in manufacturing, R&D, and engineering services environments calibrated to Job Zone 3 preparation.","levels":{"emerging":{"label":"Emerging","statements":["Hand tools and precision instruments — use under direct supervision to replace defective electronic components on a production bench.","Basic wiring diagrams and schematic drawings — read and interpret with guidance to support unit assembly in an electronics manufacturing environment.","Standard test equipment such as multimeters and oscilloscopes — set up and operate under supervision to measure voltage and continuity on discrete components.","Electrical blueprints and engineering instructions — follow step-by-step to assemble prototype circuitry according to a technician's direction.","Electronic components and assemblies — identify and handle using proper ESD protocols on an assembly floor under a senior technician's oversight.","Routine maintenance checklists — execute under supervision to inspect and clean electronics equipment in a controlled lab setting.","Equipment malfunction symptoms — recognize and document accurately while assisting experienced technicians during diagnostic sessions.","Technical manuals and safety standards — reference to select correct hand or power tools for assigned assembly tasks in a workshop environment.","Engineering work orders and verbal instructions — receive, clarify, and act on to complete assigned repair and assembly tasks within a production schedule.","Basic electronic theory and component knowledge — apply under guidance to support bench-level troubleshooting of low-complexity circuits."]},"developing":{"label":"Developing","statements":["Defective electronic components — diagnose and replace with reduced oversight using hand tools and precision instruments in a field or lab environment.","Specialized test equipment including signal generators and logic analyzers — configure and operate independently to evaluate the performance of electronic assemblies.","Wiring diagrams, schematic drawings, and engineering instructions — interpret without assistance to guide the assembly and modification of electronics systems.","Equipment malfunctions — isolate root causes using systematic troubleshooting methods and coordinate with manufacturers or field representatives to procure replacement parts.","Electronic prototypes and circuitry assemblies — build and test according to engineering instructions and technical manuals, adapting to minor design revisions.","Electrical engineering review checklists — apply to verify that completed assemblies conform to applicable codes, standards, and design specifications.","CAD and analytical software tools — use to review circuit layouts and record test data within an engineering department workflow.","Maintenance schedules for electronics equipment — manage independently, performing recurring inspections and preventive repairs to minimize system downtime.","Verbal and written technical reports — produce clearly to communicate test results, repair actions, and component status to engineers and supervisors.","Systems analysis techniques — employ to evaluate how component-level changes affect overall circuit or equipment performance in a mixed-technology environment."]},"proficient":{"label":"Proficient","statements":["Complex electronics systems and subsystems — troubleshoot, repair, and modify autonomously across the full scope of equipment types in field and laboratory settings.","Non-routine equipment malfunctions — resolve independently by applying advanced diagnostic reasoning, engaging vendor technical support when design-level issues arise.","Full suite of standard and specialized test instrumentation — select, calibrate, and operate to perform comprehensive performance analysis of high-complexity electronic assemblies.","Multidisciplinary engineering drawings and schematics — read, cross-reference, and reconcile to ensure accurate assembly and compliance with electrical codes and standards.","Engineering review of electrical plans — conduct thoroughly to verify adherence to design specifications, applicable codes, and regulatory requirements before fabrication.","Prototype circuitry and electronic systems — assemble, test, and iterate using precision hand tools and measuring instruments within an R&D or advanced manufacturing context.","Analytical and development software environments — leverage to model, simulate, and validate circuit behavior and system integration parameters.","Technical documentation including test procedures, repair histories, and compliance records — author with precision to support quality assurance and audit readiness.","Cross-functional coordination with engineers, vendors, and field representatives — lead to diagnose systemic failures and implement durable corrective actions.","Emerging technologies and updated industry standards — evaluate and incorporate into maintenance and repair practices to keep systems current and compliant."]},"advanced":{"label":"Advanced","statements":["Organizational competency frameworks for electronics technologists — design and implement to standardize practices, elevate team capability, and align with business objectives.","Complex, multi-system technical problems — lead resolution efforts at organizational scale, drawing on deep systems analysis and guiding less experienced technicians through the process.","Engineering and technical standards adoption — champion across departments, ensuring all design reviews, assembly processes, and test protocols reflect current codes and best practices.","Mentorship and on-the-job training programs — develop and deliver to build proficiency in schematic interpretation, test equipment operation, and fault diagnosis among junior staff.","Capital equipment selection and test infrastructure — evaluate, recommend, and oversee deployment to improve diagnostic accuracy and operational efficiency enterprise-wide.","Strategic maintenance and reliability programs — establish and govern for large electronics equipment portfolios, reducing unplanned downtime and optimizing lifecycle costs.","Technical risk assessments for new product introductions or system upgrades — lead by applying advanced knowledge of electronic theory, codes, and manufacturing processes.","Cross-organizational technical communication — represent the team to engineering leadership, clients, and regulatory bodies, translating complex findings into actionable decisions.","Continuous improvement initiatives for assembly, test, and repair workflows — drive using data from analytical software, quality records, and team performance metrics.","Succession planning and knowledge transfer — orchestrate by documenting institutional expertise in troubleshooting, system modification, and compliance review for long-term organizational resilience."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}