{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:38:26.525Z","occupation":{"soc":"49-9041.00","title":"Industrial Machinery Mechanics","group":"Installation, Maintenance & Repair","sector":"23","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers maintenance, troubleshooting, repair, and leadership of industrial production and processing machinery across manufacturing and processing plant environments, from entry-level task execution through organizational program leadership.","levels":{"emerging":{"label":"Emerging","statements":["Basic hand tools and power tools — identify and use under direct supervision during scheduled maintenance tasks on an industrial production floor.","Machinery components showing visible wear or breakage — recognize and report to a journeyman mechanic in a manufacturing facility.","Lubrication schedules and cleaning procedures — follow step-by-step under supervisor guidance to service equipment in a processing plant.","Disassembly sequences for simple mechanical assemblies — execute with direction from a lead mechanic to access internal parts for inspection.","Standard replacement parts such as belts, filters, and fasteners — retrieve and install under supervision using manufacturer specifications.","Maintenance logs and work-order forms — complete accurately after each assigned task in accordance with facility recordkeeping protocols.","Newly serviced equipment — operate at low speed under a technician's observation to confirm basic function before returning to production.","Safety lockout/tagout procedures — apply correctly before beginning any equipment maintenance task in a regulated industrial environment.","Parts and assemblies removed during disassembly — organize and label systematically so reassembly can proceed without error under guidance.","Verbal instructions and technical briefings from senior mechanics — listen actively and ask clarifying questions to complete assigned maintenance tasks correctly."]},"developing":{"label":"Developing","statements":["Preventive maintenance schedules for a range of production machinery — execute independently, adjusting task sequencing to minimize downtime on a busy plant floor.","Malfunctioning mechanical components such as gears, bearings, and shafts — diagnose cause of failure and replace with appropriate parts with minimal oversight.","Hydraulic, pneumatic, and electrical systems on industrial equipment — inspect, clean, and adjust during routine servicing cycles in a processing facility.","Disassembly and reassembly of moderately complex machinery — perform in correct sequence, verifying tolerances and clearances against manufacturer service manuals.","Operational tests on repaired machinery — conduct and interpret results to confirm repair adequacy before releasing equipment back to production.","Defective parts and worn components — examine systematically using near-vision inspection and precision measuring instruments to determine serviceability.","Maintenance and repair records — document completely and accurately in a computerized maintenance management or inventory management system after each job.","Troubleshooting logic for recurring mechanical faults — apply structured diagnostic methods to identify root causes in familiar equipment types within the facility.","Replacement part requirements — assess and communicate clearly to supervisors or parts staff using inventory management software to avoid production delays.","Time and task priorities across multiple concurrent work orders — manage independently to meet production schedules in a high-demand industrial environment."]},"proficient":{"label":"Proficient","statements":["Complex, non-routine mechanical failures across a wide variety of industrial machinery — diagnose and resolve autonomously, applying advanced troubleshooting techniques in a full-scale manufacturing facility.","Integrated hydraulic, pneumatic, electrical, and mechanical systems — inspect, repair, and re-commission without supervision, ensuring all subsystems meet operational specifications.","Root-cause analysis for repetitive equipment breakdowns — conduct thoroughly and recommend design or process modifications to maintenance supervisors to prevent recurrence.","Full disassembly and precision reassembly of large or specialized industrial machines — oversee and perform independently, verifying alignment and calibration to engineering tolerances.","Industrial control software and CAD/CAM documentation — interpret and utilize to guide complex repairs, parameter adjustments, and equipment reconfigurations on the plant floor.","Post-repair operational verification trials — design and execute for newly serviced or modified machinery to confirm performance meets production quality standards.","Detailed maintenance histories and failure-trend data — analyze using database and spreadsheet software to identify systemic issues and drive proactive maintenance strategies.","Non-standard or obsolete equipment lacking current documentation — service using engineering judgment, reverse-engineering methods, and accumulated mechanical knowledge.","Junior and mid-level mechanics encountering unfamiliar fault conditions — guide through diagnostic reasoning without taking over the task, reinforcing skill development.","Cross-functional communication with production supervisors and engineers — conduct clearly and professionally to align maintenance priorities with operational and quality goals."]},"advanced":{"label":"Advanced","statements":["Facility-wide preventive and predictive maintenance programs — design, implement, and continuously improve to maximize equipment uptime across all production lines.","Maintenance department standards, procedures, and technical training curricula — develop and institutionalize so that all skill levels perform work safely and consistently.","Capital repair versus equipment replacement decisions — lead evaluation using cost-benefit analysis, failure data, and production impact metrics to advise plant leadership.","Emerging maintenance technologies such as condition-monitoring sensors and industrial IoT platforms — evaluate and champion adoption to modernize the maintenance function.","Multi-craft maintenance teams during critical equipment overhauls or emergency shutdowns — coordinate to ensure safe, efficient, on-schedule completion across a large industrial site.","Maintenance performance metrics including mean time between failures and maintenance cost per unit — establish, monitor, and report to site leadership using facilities management software.","Organizational maintenance budgets and spare-parts inventories — manage strategically, balancing cost control with parts availability to sustain continuous production operations.","Cross-departmental relationships with engineering, procurement, and production planning teams — build and sustain to integrate maintenance strategy into broader operational planning.","Complex safety incidents or near-misses involving industrial machinery — lead root-cause investigations and implement corrective actions that drive lasting cultural and procedural change.","Next-generation industrial mechanics and apprentices — mentor over multi-year development arcs, transferring deep mechanical expertise and professional judgment to the workforce pipeline."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}