WHAT DOES AN AIRCRAFT MECHANIC DO?

Resume Cover Letter Skills Roles

The Aircraft Mechanic performs aircraft inspection, troubleshooting, structural repair, engine maintenance, and line support in military, commercial, and corporate aviation environments. This role interprets technical manuals and schematics to ensure airworthiness, safety compliance, and operational readiness. The mechanic also performs diagnostics, supports flight operations, and executes scheduled or unscheduled aircraft maintenance.

Key Responsibilities of an Aircraft Mechanic

1. Aircraft Mechanic Duties

Avionics Repair: Inspect, test, and repair electronic aircraft components supporting communication, navigation, ASE, and flight control systems.
System Installation: Install and troubleshoot NAV/COM/PULSE, autopilot, Audio Systems, TAWS, GPS, and RVSM systems.
Safety Compliance: Maintain current knowledge of aviation safety practices, regulations, and emerging aircraft technologies.
Aircraft Systems: Remain knowledgeable of hydraulic systems, flight controls, and related aircraft mechanical operations.
Manual Interpretation: Read and interpret maintenance manuals, blueprints, drawings, and electrical schematics for repair procedures.
Testing Equipment: Utilize specialized testing systems to diagnose aircraft electrical and avionics component issues.
Tool Utilization: Utilize hand tools to perform aircraft repairs, component replacements, and system installations.
Technical Support: Provide technical support to electrical, structural, and mechanical engineers or customers during maintenance activities.
Work Prioritization: Utilize strong organizational skills, prioritizing workloads to meet aircraft delivery schedules and maintenance deadlines.
Log Documentation: Make accurate entries in aircraft logs, maintenance records, and technical documentation systems.
Technical Guidance: Provide guidance and technical expertise to lower-level technicians during aircraft modifications or maintenance efforts.

2. Aircraft Mechanic Details

Component Repair: Maintain and repair aircraft components, including flight controls, engines, hydraulics, pneumatics, fuel systems, and mechanical assemblies.
Engine Maintenance: Replace or repair worn or damaged components, including carburetors, alternators, magnetos, fuel controls, oil pumps, and gearboxes.
Equipment Operation: Remove aircraft engines using hoists or forklift trucks for inspection, repair, reassembly, and installation procedures.
Parts Inspection: Disassemble and inspect engine parts for wear, cracks, security issues, or other operational defects.
Component Restoration: Repair or replace defective engine components, and reinstall engines to restore safe aircraft operating conditions.
Technical Diagnosis: Apply technical knowledge of airframe and power plant systems to determine equipment malfunctions and operational issues.
System Restoration: Apply required expertise to restore aircraft equipment condition, performance, and operational reliability.
Technical Analysis: Solve moderate to complex problems by interpreting blueprints, schematics, and manufacturers’ maintenance manuals.
Aircraft Handling: Supervise aircraft jacking and towing operations, verifying all work is completed satisfactorily and safely.
Line Maintenance: Service engines and airframe components at line stations, performing repairs required for safe aircraft operation.
Structural Repair: Specializes in the repair and modification of structural, precision, and functional spare parts or assemblies.
Engine Specialization: Specialize in aircraft engine repair, maintenance, troubleshooting, and component restoration procedures.
Log Documentation: Make accurate entries in aircraft logs, maintenance records, and technical documentation systems.
Schedule Coordination: Prioritize workloads to maintain schedules and support assigned aircraft maintenance projects.

3. Aircraft Mechanic Responsibilities

Aircraft Inspection: Examine and inspect aircraft components, including landing gear, hydraulic systems, and deicers, for cracks, leaks, or defects.
Aircraft Operations: Launch and recover aircraft daily, or during operational and maintenance activities.
Regulatory Compliance: Conduct routine and special inspections in accordance with aviation regulations and maintenance requirements.
Manual Interpretation: Read and interpret maintenance manuals, service bulletins, and technical specifications to determine repair procedures.
Maintenance Records: Maintain repair logs, documenting preventive and corrective aircraft maintenance activities accurately.
Airframe Inspection: Inspect airframes for wear, structural damage, corrosion, or other operational defects.
Precision Measurement: Measure component wear using precision instruments, gauges, and calibrated measuring equipment.
Fluid Analysis: Obtain fuel and oil samples, and inspect them for contamination or quality deficiencies.
Structural Repair: Maintain, repair, and rebuild aircraft structures, wings, fuselage components, and rigging systems.
System Maintenance: Maintain hydraulic, oxygen, fuel, and electrical systems, including gaskets, seals, and functional components.
Component Replacement: Replace or repair worn, defective, or damaged aircraft components using hand tools and testing equipment.
Problem Diagnosis: Read and interpret pilots' descriptions of mechanical issues to diagnose system malfunctions and failures.
System Testing: Test engines and aircraft systems to verify operational performance and maintenance effectiveness.
Cable Adjustment: Measure and adjust control cable tension to maintain proper aircraft operational performance.
Engine Handling: Remove or install aircraft engines using hoists or forklift trucks during maintenance operations.
Component Assembly: Assemble and install electrical, plumbing, mechanical, hydraulic, and structural aircraft components using hand or power tools.

4. Aircraft Mechanic Accountabilities

Blueprint Layout: Locate and mark dimensions and reference lines on defective or replacement parts using templates and precision measuring tools.
Aircraft Servicing: Service and maintain aircraft systems by cleaning screens and lubricating moving mechanical components.
Line Maintenance: Clean, refuel, and change oil in line service aircraft during scheduled maintenance activities.
Body Fabrication: Trim and shape replacement body sections to specified dimensions, securing components using adhesives and power tools.
Flight Support: Accompany aircraft during flights to perform in-flight adjustments and corrective maintenance procedures.
Defect Removal: Remove defective parts and drill access holes to inspect or repair internal aircraft damage.
Part Alignment: Install and align repaired or replacement parts for riveting or welding using clamps and hand tools.
Inventory Control: Inventory and requisition supplies, aircraft parts, materials, and maintenance equipment.
Surface Preparation: Clean, strip, prime, and sand structural surfaces to prepare materials for bonding processes.
Team Coordination: Communicate with maintenance personnel to coordinate alignment and installation of heavy aircraft components.
Engine Inspection: Examine aircraft engines through access openings or remove engines using hoists and lifting equipment.
Corrosion Detection: Check fuselage, wings, and tail sections for corrosion, distortion, and structural cracks.
Component Inspection: Inspect turbine blades and aircraft parts for corrosion, wear, leaks, cracks, or warping using precision instruments.
Bonding Operations: Cure bonded aircraft structures using portable or stationary curing equipment during repair procedures.
Engine Diagnosis: Listen to operating engines to detect abnormal sounds and diagnose mechanical malfunctions.
Engine Cleaning: Clean aircraft engines, sediment bulk systems, and screens to maintain operational performance.
Repair Assessment: Determine repair limits for engine hot section components based on maintenance specifications.
Aircraft Painting: Prepare and paint aircraft surfaces following maintenance and refinishing procedures.

5. Aircraft Mechanic Functions

Training Delivery: Conduct and perform training using classroom instruction, CBT, distance learning, simulations, OJT, coaching, and job-aids.
Competency Assessment: Assess and test employee competence for tasks requiring certification or qualification compliance with organizational standards.
Technical Documentation: Navigate manufacturing, repair, and blueprint documentation, including detail, assembly, and installation drawings.
Client Coordination: Confer with management or clients to understand operational requirements and workplace training needs.
Technical Instruction: Deliver training sessions covering designated technical specialties, procedures, and maintenance practices.
Program Evaluation: Evaluate training programs and report trainee progress, performance, and qualification results accurately.
Training Maintenance: Maintain training programs, instructional materials, and technical learning resources for operational readiness.
Training Preparation: Prepare training areas and instructional environments to ensure classroom and equipment readiness.

6. Aircraft Mechanic Overview

Engine Repair: Perform intermediate-level repair of Pratt Whitney F-100 100, 220, or 229 engine series and modules.
Engine Inspection: Inspect and maintain engines and related induction, cooling, fuel, oil, compression, combustion, turbine, compressor, exhaust, and propeller systems.
Aircraft Inspection: Conduct preflight aircraft inspections, periodic inspections, special inspections, and required engine-related maintenance checks.
Phase Inspection: Conduct periodic, IMC, and hourly inspections on engines and engine-related systems.
Component Testing: Field-test and adjust engine components, including fuel controls, pumps, valves, and regulators.
Engine Preservation: Preserve and depreserve engines, engine accessories, and related components according to maintenance procedures.
Manual Interpretation: Read and interpret maintenance manuals, service bulletins, technical data, engineering data, and repair specifications.
Repair Planning: Determine feasibility and methods for repairing or replacing malfunctioning or damaged aircraft engine components.
Component Repair: Replace or repair worn or damaged fuel controls, fuel pumps, oil pumps, gearboxes, and compressor bleed valves.
Tool Utilization: Use hand tools, gauges, and testing equipment to complete aircraft engine repairs and maintenance tasks.

7. Aircraft Mechanic Details and Accountabilities

Aircraft Maintenance: Perform scheduled and non-scheduled maintenance tasks on customer aircraft according to approved maintenance data and procedures.
Technical Assistance: Advise and assist engineers with aircraft maintenance activities and technical documentation requirements.
Record Documentation: Ensure all relevant maintenance information is entered accurately and timely into aircraft records and documentation systems.
Safety Compliance: Follow all Health and Safety procedures during aircraft maintenance and operational activities.
HSE Standards: Ensure compliance with company HSE standards and regulations, while promoting adherence among team members.
Tool Inspection: Ensure all maintenance equipment and tools are serviceable before use during maintenance operations.
Ground Support: Ensure ground support equipment remains clean, serviceable, and returned to designated locations after task completion.
Aircraft Inspection: Examine and inspect aircraft, engines, and components for cracks, leaks, breaks, or other defects.
Aircraft Servicing: Service aircraft by cleaning, greasing screens, lubricating moving parts, and performing maintenance tasks.
AOG Support: Provide operational and maintenance support for AOG situations and regional aircraft recovery requirements.
Travel Support: Travel to operational stations to support aircraft recovery and maintenance activities.
Line Maintenance: Perform line maintenance services for customer airlines according to approved contractual agreements and procedures.
Procedure Compliance: Ensure customer maintenance procedures and operational requirements are consistently followed during all tasks.
Store Management: Maintain line stores according to operational requirements and inventory control procedures.

8. Aircraft Mechanic Tasks

Structural Repair: Maintain, repair, and modify aircraft structures and structural components of moderate maintenance difficulty.
Component Maintenance: Maintain and repair flight controls, engines, hydraulics, pneumatics, fuel systems, and mechanical aircraft components.
Technical Diagnosis: Apply technical knowledge of airframe and power plant systems to determine equipment malfunctions and operational issues.
System Restoration: Apply required expertise to restore aircraft equipment condition, functionality, and operational performance.
Technical Analysis: Solve moderate to complex maintenance problems by interpreting blueprints and manufacturers’ technical manuals.
Data Access: Access aircraft maintenance data through computer systems and initiate parts or discrepancy requests online.
Task Management: Perform maintenance and repair tasks within budgeted hours and scheduled completion timelines.
Maintenance Documentation: Clearly and precisely document maintenance and repair actions using electronic or written documentation systems.

9. Aircraft Mechanic Roles

Aviation Support: Provide technical, administrative, and operational support to ensure safe and efficient corporate aviation department operations.
Regulatory Compliance: Comply with applicable CFRs, inspection standards, maintenance methods, and manufacturer recommendations.
Inspection Documentation: Complete inspection records, reports, and required forms according to CFR and manufacturer requirements.
Professional Conduct: Display professionalism, discipline, sound judgment, and accountability during maintenance and operational activities.
Aircraft Maintenance: Perform inspections, maintenance, and repairs according to technical data, Federal Aviation Regulations, and department standards.
Airworthiness Support: Maintain aircraft airworthiness through preflight inspections, post-flight inspections, repairs, replacements, and authorized maintenance actions.
Log Documentation: Ensure aircraft logbooks and permanent maintenance records remain accurate and properly preserved according to company and FAA requirements.
Program Compliance: Ensure manufacturer inspection programs and FAA-mandated requirements are followed for regulatory compliance.
Quality Oversight: Complete quality control responsibilities, operational oversight, and short-term or long-term maintenance planning activities.
Meeting Coordination: Participate in department meetings and conduct shift meetings for operational coordination.

10. Aircraft Mechanic Additional Details

Continuous Improvement: Participate in personnel and departmental continuous improvement initiatives with a strong sense of urgency.
Ground Operations: Assist with dispatch and receiving operations for corporate and visiting aircraft to support safe ground activities.
Passenger Support: Assist passengers during aircraft arrivals and departures, including baggage loading and unloading procedures.
Fuel Operations: Support fueling operations and assist flight crews to maintain safe and efficient aircraft ground handling.
Quality Monitoring: Monitor inspections, repairs, and aircraft modifications to ensure quality control objectives are achieved.
Facility Maintenance: Maintain fuel farm facilities, equipment storage areas, and spare parts locations for cleanliness and operational readiness.
Inventory Control: Manage maintenance, stock inventory controls, and organization of aircraft parts and support equipment.
Technical Recommendations: Proactively provide recommendations for aircraft modifications and operational upgrades to maintenance leadership.
Travel Support: Travel domestically and internationally to provide aircraft technical support and passenger service assistance.
Status Reporting: Provide aircraft status briefings to department leadership, flight operations management, and flight crews.

11. Aircraft Mechanic Essential Functions

Component Installation: Remove and install aircraft subsystem assemblies, including engines, rotors, transmissions, and mechanical flight control components.
Aircraft Servicing: Service and lubricate aircraft systems and subsystems according to maintenance procedures and operational requirements.
Inspection Preparation: Safely prepare aircraft for inspections, maintenance checks, and scheduled servicing activities.
Scheduled Inspection: Perform scheduled inspections and assist with special inspections on aircraft systems and components.
System Troubleshooting: Perform operational checks, diagnose malfunctions, and troubleshoot aircraft systems using specialized tools and test equipment.
Equipment Maintenance: Use and perform operator maintenance on tools, special tools, and aircraft ground support equipment.
Technical Analysis: Apply technical expertise to solve moderate maintenance problems by interpreting aircraft technical documentation and guidance.
Manual Interpretation: Interpret Technical Manuals, Maintenance Information, Action Messages, and technical guidance from government representatives.
Structural Repair: Repair, replace, and rebuild aircraft structures, including wings, fuselage sections, rigging, and surface controls.
Hydraulic Maintenance: Repair plumbing and hydraulic units using hand tools, power tools, welding equipment, rivet guns, and drills.
Log Documentation: Use technical publications and Government STAMIS to make accurate aircraft logbook and maintenance record entries.

12. Aircraft Mechanic Role Purpose

Manual Interpretation: Read and interpret manufacturers’ maintenance manuals, service bulletins, technical data, engineering data, and repair specifications.
Repair Evaluation: Determine feasibility and repair methods for replacing malfunctioning or damaged aircraft components.
Aircraft Inspection: Perform 100-hour, progressive, isochronal, phase, periodic, and hourly or calendar-based aircraft inspections.
Engine Inspection: Examine reciprocating engines for cracked cylinders, oil leaks, and related operational defects.
Engine Diagnosis: Listen to operating engines to detect and diagnose malfunctions, including sticking or burnt valves.
Jet Inspection: Inspect jet engines and components for cracks, corrosion, foreign object damage, warping, and structural defects.
Turbine Inspection: Inspect turbine blades for cracks, distortion, corrosion, burn-out, wear, or missing segments.
Engine Testing: Test engine operation using ignition analyzers, compression checkers, distributor timers, ammeters, and Jetcal testers.
Certification Compliance: Obtain and maintain DoD EPA Refrigerant Processing Certificate Section 608 certification requirements.
Crane Operation: Perform crane operator duties in compliance with OSHA 1926 safety and health regulations.

13. Aircraft Mechanic General Responsibilities

Structural Inspection: Inspect, evaluate, and repair aircraft flight surfaces, structures, fuel tanks, survival equipment, and wheel assemblies.
Equipment Operation: Operate ground support equipment and use hand tools, fixtures, adhesives, and special tools during maintenance activities.
Logistics Development: Evaluate, design, and manufacture logistics improvement projects for Special Air Mission aircraft operations.
Technical Research: Research technical data and manufacture structural components, cables, and repair parts for assigned aircraft.
Blueprint Interpretation: Use maintenance drawings and blueprints to accomplish structural and equipment repair procedures.
Corrosion Control: Perform aircraft and equipment corrosion inspections to identify structural deterioration and maintenance requirements.
Protective Coating: Remove corrosion, treat affected areas, and apply protective coatings on aircraft and support equipment.
Fuel System: Inspect, repair, overhaul, and modify aircraft fuel systems, equipment, and fuel cells.
Survival Equipment: Inspect, repair, and repack emergency life rafts, life preservers, and escape slides.
Flightline Maintenance: Perform shop and flightline maintenance activities to ensure aircraft structural integrity and operational readiness.
Maintenance Coordination: Coordinate maintenance efforts with maintenance coordination centers and production supervisors.
Discrepancy Documentation: Document maintenance discrepancies accurately using applicable forms and reporting systems.
CAMS Operation: Use Core Automated Maintenance System computers to support maintenance tracking and documentation activities.
Safety Compliance: Ensure compliance with safety, housekeeping, tool control, and FOD prevention program requirements.
Shift Flexibility: Work day, swing, night, or weekend shifts to support operational maintenance needs.
Cross Training: Receive cross-utilization training to perform welding and machining maintenance tasks.

14. Aircraft Mechanic Key Accountabilities

System Troubleshooting: Troubleshoot malfunctions in aircraft systems and perform general maintenance on assigned aircraft.
Flight Inspection: Perform daily and preflight checks to ensure aircraft meet operational and flight safety standards.
Aircraft Overhaul: Service, repair, and overhaul aircraft and aircraft engines to maintain airworthiness and operational readiness.
Structural Repair: Repair, replace, and rebuild aircraft structures, including wings, fuselage sections, rigging, and surface controls.
Hydraulic Maintenance: Repair plumbing and hydraulic units using hand tools, welding equipment, rivet guns, and maintenance machinery.
Manual Interpretation: Read and interpret manufacturers’ manuals, service bulletins, and maintenance specifications for repair procedures.
Turbine Inspection: Inspect turbine blades to detect cracks, breaks, or other structural defects affecting engine performance.
Engine Testing: Test engine operation using ignition analyzers, compression checkers, distributor timers, and ammeters.
Component Repair: Replace or repair worn or damaged aircraft components using hand tools, gauges, and testing equipment.
Engine Removal: Remove aircraft engines using hoists or forklift trucks during maintenance and overhaul operations.
Parts Inspection: Disassemble and inspect aircraft parts for wear, warping, cracks, or additional operational defects.
Engine Installation: Repair or replace defective engine parts, then reassemble and install engines in aircraft systems.
Electrical Repair: Adjust, repair, or replace aircraft electrical wiring systems and associated aircraft accessories.
Avionics Troubleshooting: Perform complex troubleshooting on avionics and electrical mission systems using specialized test equipment.
Aircraft Servicing: Perform aircraft servicing tasks, including flushing crankcases, cleaning screens, greasing parts, and checking brakes.
Line Maintenance: Service engines and airframe components at line stations to maintain safe aircraft operating conditions.
Precision Repair: Specializes in the repair and modification of structural, precision, and functional spare parts or assemblies.
Engine Specialization: Specialize in aircraft engine repair, maintenance, troubleshooting, and operational restoration procedures.
CAD Handling: Perform checkout, removal, and replacement of Cartridge Activated Devices during aircraft maintenance activities.

15. Aircraft Mechanic Roles and Details

System Troubleshooting: Troubleshoot malfunctions in aircraft structures, landing gear, flight controls, anti-icing, pneudraulic, APU, and fuel systems.
Engine Maintenance: Troubleshoot and maintain engines, ventilation systems, heating systems, propellers, and gearbox components.
Manual Interpretation: Read and interpret manufacturers’ manuals, NAVAIR maintenance manuals, service bulletins, and engineering specifications.
Repair Evaluation: Determine feasibility and repair methods for malfunctioning or damaged aircraft components and systems.
Component Repair: Repair, replace, and rebuild worn or damaged fuel controls, fuel pumps, oil pumps, and mounted gearboxes.
Engine Removal: Remove aircraft engines using hoist assemblies for inspection, maintenance, repair, and replacement procedures.
Parts Inspection: Disassemble and inspect aircraft parts for wear, cracks, defects, warping, or security issues.
Engine Installation: Repair or replace defective engine parts, then reassemble and reinstall engines in aircraft systems.
Structural Maintenance: Repair rigging, surface controls, plumbing systems, and hydraulic units using hand tools and power equipment.
Electrical Repair: Adjust, repair, or replace aircraft electrical wiring systems and aircraft accessories.

16. Aircraft Mechanic Responsibilities and Key Tasks

Flight Inspection: Perform daily, preflight, and post-flight maintenance inspections to maintain aircraft operational readiness.
Aircraft Servicing: Service aircraft by cleaning screens, replacing filters, greasing moving parts, and checking brake systems.
Phase Inspection: Perform phase, periodic, hourly, and calendar-based inspections on aircraft and engine systems.
Engine Inspection: Examine turboshaft engines for air, oil, or fuel leaks and related operational defects.
Component Inspection: Inspect engine components for cracks, corrosion, foreign object damage, wear, distortion, and missing segments.
Aircraft Supervision: Supervise aircraft towing operations and verify maintenance work is completed satisfactorily.
Maintenance Records: Enter accurate descriptions of completed maintenance actions into aircraft maintenance records.
Organizational Maintenance: Service engines and airframe components at the organizational level to maintain safe aircraft operation.
Turbine Inspection: Inspect turbine blades for cracks, distortion, corrosion, burn-out, wear, or structural breaks.
Engine Testing: Test engine operation using Jet Cal testers and related equipment to identify malfunction sources.

17. Aircraft Mechanic Duties and Roles

Technical Support: Assist in troubleshooting technical discrepancies and repairing company aircraft systems and components.
Aircraft Inspection: Assist in completing aircraft inspections according to company procedures and maintenance requirements.
Equipment Operation: Understand testing equipment, voltage measurement devices, recording devices, and navigation troubleshooting equipment.
Tool Maintenance: Inspect and assist in maintaining company equipment, tooling, and support devices.
Team Coordination: Work as part of a maintenance team coordinating with contract maintenance personnel.
Safety Compliance: Follow safety procedures, shop practices, and cleanliness standards during maintenance operations.
Discrepancy Reporting: Communicate inspection discrepancies to Maintenance Control and follow troubleshooting or repair instructions.
Training Support: Complete on-the-job training assignments with maintenance staff under the line supervisor's guidance.
Documentation Accuracy: Become proficient in aircraft documentation and ensure records comply with company and FAA procedures.
Inventory Control: Perform manual and aircraft parts inventory activities during maintenance operations.
Operational Support: Assist company departments in supporting on-time aircraft departures and operational readiness.

18. Aircraft Mechanic Responsibilities

Aircraft Overhaul: Service, repair, and overhaul aircraft and aircraft engines to maintain airworthiness and operational readiness.
Structural Repair: Repair, replace, and rebuild aircraft structures, including wings, fuselage sections, rigging, and surface controls.
Hydraulic Maintenance: Repair plumbing and hydraulic units using hand tools, welding equipment, rivet guns, drills, and maintenance machinery.
Manual Interpretation: Read and interpret manufacturers’ manuals, airline maintenance manuals, service bulletins, and repair specifications.
Repair Evaluation: Determine feasibility and repair methods for malfunctioning or damaged aircraft components and systems.
Engine Inspection: Examine engines for cracked cylinders, oil leaks, and operational malfunctions, including burnt or sticking valves.
Turbine Inspection: Inspect turbine blades to detect cracks, breaks, or structural defects affecting engine performance.
Electrical Repair: Adjust, repair, or replace aircraft electrical wiring systems and aircraft accessories.
Aircraft Servicing: Service aircraft by flushing crankcases, cleaning screens, greasing moving parts, and checking brake systems.
License Compliance: Maintain current FAA Airframe and Powerplant licensing requirements for aircraft maintenance operations.
Line Maintenance: Service engines and airframe components at line stations to maintain safe aircraft operating conditions.
Precision Repair: Specializes in the repair and modification of structural, precision, and functional spare parts or assemblies.
Routine Inspection: Perform 50-hour, 100-hour, EMMA A-E, annual, and scheduled aircraft inspections within required deadlines.
Aircraft Operation: Test-run and taxi aircraft safely during active airport and flightline operations.
Deficiency Troubleshooting: Troubleshoot and repair aircraft deficiencies reported by flight crews and aircrew personnel.
Schematic Interpretation: Read and interpret aircraft wiring diagrams, electrical schematics, and technical drawings.
Composite Repair: Perform simple to complex composite aircraft repairs according to maintenance specifications.

19. Aircraft Mechanic Accountabilities

Structural Repair: Repair, replace, and rebuild aircraft structures, including cowlings, fuselage sections, rigging, and surface controls.
Hydraulic Maintenance: Repair plumbing and hydraulic units using hand tools, welding equipment, rivet guns, drills, and maintenance machinery.
Manual Interpretation: Read and interpret manufacturer and airline maintenance manuals, service bulletins, and technical documentation.
Repair Evaluation: Determine feasibility and repair methods for altering or repairing aircraft and associated components.
Airworthiness Assessment: Determine airworthiness of aircraft systems and associated components during maintenance and inspection procedures.
Engine Inspection: Inspect engines and associated components to verify airworthiness and operational performance standards.
Engine Maintenance: Repair or replace defective engine parts and associated aircraft engine components.
Engine Installation: Remove and install aircraft engines according to approved maintenance procedures and technical requirements.
Electrical Troubleshooting: Troubleshoot, repair, and replace aircraft electrical wiring systems and associated components.
Aircraft Servicing: Perform hydraulic servicing, engine oil replenishment, aircraft lubrication, and fueling operations.
Maintenance Coordination: Communicate with maintenance control, customers, and manufacturers regarding airworthiness and operational readiness.
System Troubleshooting: Coordinate troubleshooting activities related to aircraft systems and maintenance discrepancies.
Regulatory Compliance: Maintain knowledge of Army manuals, Air Force technical orders, maintenance manuals, and FAR Part 135 requirements.

20. Aircraft Mechanic Functions

Maintenance Oversight: Direct, monitor, and perform aircraft maintenance, servicing, inspections, and documentation activities for assigned aircraft.
Operational Support: Perform maintenance operations under complex conditions, including all-weather and night operational environments.
Team Leadership: Coordinate and oversee subordinate aircraft mechanics during maintenance and repair operations.
Trade Coordination: Coordinate journey-level personnel from multiple trades working simultaneously on assigned aircraft.
Battle Damage: Review, train, and prepare personnel for battle damage assessment and aircraft repair procedures.
Mission Support: Participate in mission generation and regeneration maintenance operations to support aircraft readiness.
Combat Preparation: Direct specialists in preparing aircraft for combat and mission-related operations.
Aircraft Servicing: Expedite aircraft operations through concurrent servicing, hot pit refueling, and combat turn procedures.
Aircraft Inspection: Perform preflight, post-flight, through-flight, periodic, phase, hourly, and special aircraft inspections.
Scheduled Maintenance: Perform servicing, defueling, scheduled maintenance, and unscheduled aircraft repair activities.
Technical Authority: Serve as technical authority for approving airframe, avionics, engine, electrical, and pneudraulic repairs.
Production Coordination: Work closely with production control to report aircraft status and coordinate specialist maintenance support.
Work Assignment: Control and perform maintenance assignments based on priorities, workload, personnel, and material availability.
Task Supervision: Assign maintenance and repair functions to subordinate aircraft mechanics and maintenance personnel.
Maintenance Scheduling: Coordinate with production control to support delayed discrepancies and scheduled maintenance requirements.
Quality Inspection: Observe and inspect maintenance procedures to ensure compliance with technical publications and local policies.

21. Aircraft Mechanic Details and Accountabilities

Operational Testing: Accomplish operational tests on aircraft systems and components to verify performance and functionality.
Aircraft Movement: Direct and perform aircraft ground movement operations during maintenance and flightline activities.
Flightline Operations: Launch, recover, park, and service aircraft to support operational readiness requirements.
Runway Inspection: Perform end-of-runway inspections to ensure aircraft safety and mission readiness.
System Installation: Install, remove, inspect, and adjust aerial delivery systems according to mission requirements.
System Diagnosis: Diagnose and resolve aircraft system malfunctions using computerized and non-computerized diagnostic equipment.
Technical Analysis: Study layout drawings, blueprints, wiring diagrams, and operating characteristics to troubleshoot aircraft systems.
Maintenance Oversight: Perform or oversee troubleshooting, rigging, alignment, cleaning, painting, and corrosion control activities.
Depot Support: Assist depot-level maintenance activities involving assigned aircraft discrepancies and repair requirements.
Equipment Readiness: Ensure mission support equipment remains available, serviceable, and deployment-ready for operational use.
MIS Documentation: Ensure aircraft documentation and Maintenance Information Systems accurately reflect aircraft airworthiness status.
Technical Guidance: Provide technical guidance to flight crews regarding discrepancies, in-flight characteristics, and system malfunctions.

22. Aircraft Mechanic Additional Details

Technical Expertise: Apply advanced technical expertise to solve complex aircraft maintenance and operational problems.
Project Leadership: Lead maintenance teams during complex projects while prioritizing workloads to maintain operational schedules.
Independent Operations: Work independently or under supervision during aircraft maintenance and repair activities.
Log Documentation: Make aircraft logbook entries and release aircraft for return-to-service operations.
Structural Maintenance: Maintain, repair, and modify aircraft structures and structural components of moderate difficulty.
Component Maintenance: Maintain and repair aircraft components to support operational readiness and airworthiness requirements.
System Diagnosis: Apply technical knowledge of airframe and powerplant systems to determine equipment malfunctions.
Equipment Restoration: Restore aircraft equipment condition and operational performance using approved maintenance procedures.
Technical Analysis: Interpret blueprints, technical manuals, schematics, publications, and OEM manuals to solve maintenance issues.
Corrosion Prevention: Perform corrosion prevention and treatment according to governing maintenance directives and procedures.
Corrosion Control: Detect, identify, report, treat, and prevent aircraft corrosion within assigned maintenance facilities.
Aircraft Assembly: Perform final assembly of aircraft components and prefabricated sections through full aircraft completion.
Production Coordination: Coordinate cross-system activities during aircraft production and prototype construction operations.
Composite Lamination: Perform lamination of aircraft parts and subassemblies according to engineering specifications.
Prototype Repair: Repair Volocopter prototypes and related aircraft systems during development and testing operations.
Test Integration: Integrate test articles into aircraft prototypes to support engineering and operational test activities.
Flight Support: Maintain and monitor flying systems during flight tests and aircraft test campaign operations.

23. Aircraft Mechanic General Responsibilities

System Inspection: Perform inspection and troubleshooting on aircraft systems, assemblies, and components according to technical orders and specifications.
Component Repair: Position, maintain, disassemble, repair, and reassemble aircraft systems and related assemblies.
Maintenance Records: Accomplish aircraft maintenance documentation and equipment recordkeeping using manual and automated systems.
Safety Compliance: Follow established safety rules, procedures, and regulations while maintaining a safe and clean work environment.
Process Verification: Verify and certify work processes, maintenance procedures, and completed work performed by co-workers or trainees.
Technical Knowledge: Maintain knowledge of technical directives, NAMP programs, and basic aircraft supply procedures.
Technical Writing: Write with clarity and technical accuracy while ensuring compliance with maintenance policies and procedures.
Maintenance Coordination: Demonstrate expertise in controlling and coordinating aircraft maintenance activities and operational requirements.
Manual Interpretation: Maintain thorough knowledge of maintenance manuals, technical publications, and aircraft documentation.
System Knowledge: Maintain working knowledge of aircraft structures, systems, and operational components.
Component Assembly: Assemble aircraft construction parts using connecting elements according to special process requirements.
Technical Documentation: Use work orders, drawings, production data, quality procedures, safety instructions, and technical aircraft documentation.
Surface Protection: Perform sealing, electrical gluing, corrosion protection, and paint touch-up procedures using chemical agents.
Status Reporting: Provide regular status reports regarding work orders, error sources, and operational blocking points.
QSE Compliance: Perform maintenance activities according to Quality, Security, and Environment requirements and procedures.

24. Aircraft Mechanic Roles and Details

System Troubleshooting: Troubleshoot malfunctions in aircraft structures, landing gear, flight controls, anti-icing, pneumatic, hydraulic, and APU systems.
Structural Repair: Repair, replace, and rebuild aircraft structures, including wings, fuselage sections, rigging, and surface controls.
Hydraulic Maintenance: Repair plumbing and hydraulic units using hand tools, power tools, rivet guns, drills, and maintenance equipment.
Manual Interpretation: Read and interpret maintenance manuals, service bulletins, technical data, engineering data, and wiring schematics.
Repair Evaluation: Determine feasibility and repair methods for malfunctioning or damaged aircraft components and systems.
Material Handling: Use chemical sealants and petroleum products during aircraft maintenance and repair operations.
Supply Coordination: Requisition repair parts, materials, and consumable supplies through military and commercial supply systems.
Task Coordination: Receive maintenance priorities and task assignments from supervisors to support team operational objectives.
Communication Support: Communicate maintenance feedback, operational requirements, and task completion status to supervisors or site management.
Aircraft Knowledge: Maintain practical and theoretical knowledge of F/A-18 aircraft systems and maintenance publications.
CMS Operations: Maintain CMS duties for assigned aircraft according to operational and maintenance requirements.
Mechanical Assembly: Assemble and test mechanical assemblies and subassemblies for aerospace system applications.
Blueprint Interpretation: Read blueprints and execute build or test procedures on hydraulic, pneumatic, mechanical, and electrical systems.
Production Support: Produce quality aerospace products while maintaining compliance with operational safety standards.
Workspace Maintenance: Maintain work area organization and ensure proper care of equipment, machinery, materials, and tools.
LEAN Operations: Implement and apply LEAN initiatives and continuous improvement practices during maintenance operations.

25. Aircraft Mechanic Responsibilities and Key Tasks

Technical Review: Review blueprints, schematics, safety procedures, engineering specifications, and maintenance instructions using NDMS CONOPS systems.
Component Overhaul: Disassemble, repair, rework, and overhaul tire assemblies, brake systems, landing gear, and shock absorbers.
Arresting Systems: Repair arresting gear components, including tail hooks, launch bars, and related aircraft support systems.
Structural Repair: Repair engine mounts, wing support structures, and various aircraft mechanical assemblies.
Equipment Calibration: Rig, adjust, and calibrate aircraft slings and support equipment for multiple aircraft platforms.
Engineering Support: Assist engineers with component discrepancies, troubleshooting activities, and technical investigations.
Final Testing: Perform final testing and certification of assemblies using hydraulic test bench equipment and support systems.
Airframe Overhaul: Perform assembly, disassembly, and repairs during airframe overhaul, modification, and maintenance operations.
Component Replacement: Remove, replace, and repair aircraft engine, airframe, and system components according to maintenance procedures.
Maintenance Support: Assist licensed mechanics with equipment, tools, and supplies during aircraft repair operations.
Aircraft Movement: Tow and move aircraft safely during maintenance and operational support activities.
Component Cleaning: Assist in cleaning aircraft parts and components during repair and assembly procedures.
Preventive Maintenance: Perform preventive aircraft maintenance to maintain operational readiness and airworthiness standards.
Line Maintenance: Perform aircraft line maintenance and repair activities according to maintenance schedules and procedures.
Aircraft Inspection: Conduct scheduled aircraft inspections to identify maintenance requirements and operational discrepancies.
Engine Replacement: Replace worn or damaged components, including turbine engine assemblies and related aircraft systems.
Mechanical Troubleshooting: Perform basic mechanical and electrical troubleshooting on aircraft systems and components.
Sheet Metal: Repair, replace, and rebuild aircraft structures, including aircraft sheet metal components and assemblies.

Editorial Process and Content Quality

This content is developed by the Lamwork Editorial Team using structured analysis of real-world job data, skill requirements, and hiring patterns.

Research framework by Lam Nguyen, Founder & Editorial Lead.

Reviewed by Thanh Huyen, Managing Editor.

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Relevant Information

What Does An Aircraft Technician Do?