Aviation Mechanic Goals and Objectives Examples
Perform scheduled inspections and repairs on aircraft.
Ensure all maintenance tasks are completed within the allotted time frame.
Maintain accurate records of all work performed on aircraft.
Adhere to all FAA regulations and guidelines.
Troubleshoot and diagnose mechanical issues on aircraft.
Perform engine maintenance including oil changes, filter changes, and spark plug replacements.
Inspect and repair landing gear systems.
Repair electrical systems including wiring and instrumentation.
Replace damaged or worn out components on aircraft as needed.
Perform engine overhauls and rebuilds.
Test and inspect aircraft after maintenance is completed.
Keep the hangar and work area clean and organized.
Attend continuing education courses to stay up-to-date with new technology and regulations.
Assist in training new aviation mechanics.
Communicate effectively with other mechanics, pilots, and management.
Install avionics equipment such as radios, navigation systems, and autopilots.
Perform sheet metal repairs and fabricate parts when necessary.
Perform welding and brazing on aircraft components.
Operate power tools and hand tools safely and effectively.
Comply with safety procedures at all times.
Work independently or as part of a team.
Evaluate parts for wear or damage during inspections.
Analyze and interpret technical manuals and schematics.
Monitor inventory levels of parts and supplies.
Manage time effectively to ensure timely completion of tasks.
Maintain proper torque values on fasteners during assembly or disassembly.
Conduct system tests on aircraft hydraulic, pneumatic, and fuel systems.
Use precision measuring tools to ensure accuracy of measurements.
Perform non-destructive testing using ultrasound or x-ray techniques.
Maintain cabin pressurization systems for safe operation at high altitudes.
Check fluid levels, such as hydraulic fluid, engine oil, or fuel, on a regular basis.
Work with engines of various sizes and types.
Rig control surfaces and flight control systems according to manufacturer specifications.
Perform inspections for corrosion and other types of damage.
Understand the principles of aerodynamics and how they affect aircraft performance.
Maintain and repair aircraft avionics systems.
Replace and calibrate flight instruments when necessary.
Follow safety protocols when working with hazardous materials.
Keep up-to-date records of all maintenance performed on each aircraft.
Work with airframe manufacturers to resolve technical issues.
Ensure that all aircraft are safe for flight before being released back into service.
Use computerized testing and diagnostic equipment to troubleshoot mechanical issues.
Inspect and maintain aircraft tires, brakes, and wheel assemblies.
Test fuel systems for leaks and proper operation.
Develop and maintain good working relationships with other aviation mechanics.
Plan and prioritize workload effectively to maximize productivity.
Follow FAA rules for keeping maintenance records available for inspection.
Check electrical and electronic systems on aircraft for proper operation.
Diagnose problems with communication equipment including radios and intercom systems.
Repair or replace hydraulic pumps, accumulators, and actuators as needed.
Install, adjust, and maintain autopilots and associated systems.
Inspect and maintain oxygen equipment for crew and passengers.
Work with aircraft structures such as wings, fuselages, and tail sections.
Use hand tools and power tools safely and efficiently.
Operate heavy machinery such as cranes or lifts to move large aircraft components.
Troubleshoot pneumatic systems on aircraft including air conditioning units.
Calculate weight and balance on aircraft before performing maintenance procedures.
Maintain accurate inventory levels for parts and supplies.
Perform repairs and maintenance on auxiliary power units (APUs).
Test and repair aircraft pressurization systems.
Service and maintain fuel systems including tanks, hoses, and filters.
Inspect and repair cabin insulation to ensure proper temperature regulation.
Maintain good communication with pilots during pre-flight inspections.
Follow FAA rules for performing maintenance on aircraft engines.
Inspect and repair flight control surfaces such as rudders, elevators, and ailerons.
Use computer software to keep track of maintenance records.
Conduct post-maintenance checks to ensure proper operation of aircraft systems.
Remove and replace damaged or worn out landing gear components.
Work effectively in a fast-paced environment.
Respond quickly to emergency situations and perform necessary repairs.
Participate in safety training programs to minimize accidents and injuries.
Understand and apply troubleshooting techniques to resolve mechanical issues.
Inspect and repair propellers on aircraft engines.
Work with composite materials to make repairs or build new parts.
Troubleshoot and repair engine accessories such as starters, alternators, and generators.
Install and maintain aircraft lighting systems.
Understand the principles of instrument flying and how they relate to aircraft maintenance.
Maintain tools and equipment in good working condition.
Ensure compliance with all environmental regulations when performing maintenance tasks.
Keep up-to-date with changes in FAA regulations that affect aviation mechanics.