{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:07.355Z","occupation":{"soc":"53-6051.01","title":"Aviation Inspectors","group":"Transportation & Material Moving","sector":"48-49","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers aviation inspection practice in commercial airline, MRO, and general aviation maintenance environments, spanning routine airworthiness checks through organizational quality and regulatory leadership.","levels":{"emerging":{"label":"Emerging","statements":["Aircraft exterior components — inspect under direct supervision using checklists to identify visible damage, corrosion, or defects on fuselage, wings, and landing gear.","Hand tools and basic test instruments — select and apply following established protocols during introductory aircraft inspection tasks on the hangar floor.","Maintenance records and flight logs — review under supervisor guidance to locate prescribed service intervals and verify basic documentation completeness.","Aircraft mechanical systems — recognize common defects and non-conformances by comparing observed conditions against published standards and approved data.","Inspection findings — document in standardized forms and logs under direct oversight to build accurate repair and inspection records.","Landing gear and tires — examine for obvious signs of wear, damage, or corrosion by following step-by-step inspection checklists in a supervised maintenance environment.","Engine exteriors — observe and describe evidence of fluid leaks, physical damage, or unusual conditions to a senior inspector during routine walkaround checks.","Safety and airworthiness regulations — read and comprehend applicable FAA regulations and maintenance manuals with guidance from experienced inspectors.","Aircraft operational instruments — monitor gauges and meters during supervised ground runs to recognize baseline normal readings versus potential anomalies.","Repair and modification recommendations — assist in identifying and communicating equipment discrepancies to supervising inspectors for disposition in a maintenance facility."]},"developing":{"label":"Developing","statements":["Aircraft maintenance and repair work — inspect independently against approved standards and procedures to verify mechanic compliance during routine scheduled maintenance events.","Maintenance logs and service records — examine without close oversight to confirm that inspections, overhauls, and modifications occurred at required intervals and are properly documented.","Repaired or modified aircraft — conduct structured airworthiness assessments using checklists, hand tools, and test instruments to identify defects before return to service.","Certificates of airworthiness — evaluate inspection findings and supporting documentation to make informed approve-or-deny recommendations in familiar conformance scenarios.","Inspection and certification reports — prepare detailed, accurate records that meet regulatory requirements and support audit trails in a busy MRO or airline environment.","Landing gear, fuselage, wings, and engine exteriors — assess systematically for corrosion, structural damage, and repair needs during scheduled heavy-maintenance checks.","Repair, modification, or replacement actions — recommend based on observed defects and comparison with serviceable-limits data, coordinating with maintenance crews.","Aircraft engines and systems — start and monitor during ground-run procedures, interpreting instrument readings to identify malfunctions before return-to-service approval.","Troubleshooting findings — apply structured logic to recurring discrepancies encountered during routine inspections, escalating complex cases to senior inspectors as needed.","Spreadsheet and office software — use to track open discrepancies, manage inspection schedules, and produce summary reports for maintenance supervisors."]},"proficient":{"label":"Proficient","statements":["Full-scope aircraft airworthiness inspections — conduct autonomously across new, repaired, and modified aircraft, integrating checklists, instrumentation, and regulatory knowledge to make independent airworthiness determinations.","Complex maintenance records and multi-source documentation — analyze to identify discrepancies, missing entries, or deferred items that affect airworthiness status in high-volume airline or MRO operations.","Non-routine structural and mechanical defects — diagnose by applying advanced inductive and deductive reasoning to ambiguous findings and comparing them against engineering data and AD requirements.","Certificates of airworthiness — approve or deny with full regulatory authority, defending decisions with documented evidence and clear written justification to operators and regulators.","Comprehensive inspection, investigation, and certification records — author and maintain to a standard that withstands FAA audit, legal review, and accident investigation scrutiny.","Landing gear, fuselage, wing, and propulsion systems — evaluate concurrently across multiple aircraft types for corrosion, fatigue, and damage-tolerance compliance in an MRO or fleet-maintenance setting.","Mechanic workmanship and repair quality — assess against type certificate data sheets and supplemental type certificate documentation, resolving non-conformances through direct engagement with maintenance teams.","Aircraft ground-run and systems-operations tests — lead and interpret, correlating live instrument data with maintenance history to confirm successful completion of complex repairs or modifications.","Equipment replacement, repair, and modification dispositions — recommend with supporting technical rationale, coordinating findings with engineering, quality assurance, and regulatory personnel.","Database and ERP software — use proficiently to query open discrepancies, manage airworthiness-directive compliance tracking, and generate regulatory compliance reports."]},"advanced":{"label":"Advanced","statements":["Inspection standards and quality-assurance programs — develop and implement at the organizational level, aligning internal procedures with FAA regulations and industry best practices across all aircraft types in the fleet.","Aviation safety culture — champion through visible leadership, mentoring developing and proficient inspectors, and institutionalizing lessons learned from audit findings and incident investigations.","Airworthiness certification policy — interpret and influence at the regulatory interface, representing the organization in discussions with FAA oversight personnel and during certificate management negotiations.","Inspection workforce capability — assess gaps and design structured training and competency development programs to build technical proficiency across the inspection department.","Complex fleet-wide maintenance and modification programs — oversee from a quality and safety standpoint, directing inspector resources and resolving escalated airworthiness disputes between engineering and operations.","Organizational inspection records systems — design and govern, ensuring data integrity, audit readiness, and integration with ERP platforms across multiple maintenance stations or contracted vendors.","Risk-based inspection strategies — formulate by synthesizing operational data, maintenance history trends, and regulatory intelligence to prioritize resources and reduce systemic airworthiness risk.","Cross-functional safety investigations — lead in response to significant defects, incidents, or regulatory findings, coordinating technical analysis, corrective actions, and formal reporting to authorities.","Supplier and contractor quality standards — establish and audit, holding external MRO partners and parts suppliers accountable to the organization's airworthiness and certification requirements.","Emerging technology and regulatory change — evaluate proactively for impact on inspection practices, directing adaptation of procedures and toolsets to maintain compliance and operational safety."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}