-Repairing and modifying airframes, powerplants, turbo props, reciprocating engines, wings, brakes, electrical systems and other aircraft components
-Working on structures, carburetor, magnetos, turbo chargers, flight-controlled systems and other aircraft equipment
-Repairing and overhauling electrical systems, hydraulic systems, propellers, warning systems, environmental systems and instrumentation
-Theory, operation and service and repair of landing gear, retraction systems, wheels, tires, brakes, struts, anti-skid systems and shocks
-Understanding various types of turbine engines constructions and overhaul: Disassembly, inspection, checking, reassembly, testing and repair
-Basic structural techniques for fiberglass laminates, plastics, honeycomb materials as well as interior refinishing
-Theory, operation, construction, overhaul, maintenance and adjustment of fuel metering devices such as float type carburetor, pressure carburetor and fuel injection systems used with reciprocating engines and turbine engine fuel control used in turbine engines
-Examining parts for defects and replacing defective parts using hand tools or power tools
-Troubleshooting and diagnosing mechanical or electrical problems
-Calculating and measuring voltage, current, resistance, building and analyzing
Using maintenance manuals in efforts to make repairs
-Keeping records of maintenance and repair work and logs all inspections, discrepancies and replacements
-Assisting in the inspection of completed work to ensure it meets the required performance standards
-Complying with applicable safety standards and guidelines per the FAA