Aviation Maintenance Career Test

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Most people picture one mechanic with a wrench when they think about aircraft maintenance. But keeping planes and helicopters in the air is one of the most technically varied trades in the world. You might be rebuilding a jet engine, hunting down an electrical fault in a navigation system, signing off an aircraft as safe to fly, or racing against a departure clock to fix a problem at the gate before passengers board. From the intricate electronics of a cockpit to the structure of a wing to the rotor systems of a helicopter, every aircraft is a collection of specializations, and every specialization needs people who are genuinely drawn to it.

Take this test in under 5 minutes and find out which area of aircraft maintenance is built for you.

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Disclaimer: Before you start the test, please consider the following: the test results are provided to you for the purpose of discovering your interests, your likes and dislikes and contemplating on what you may want to do in the future. Our tests are not psychological tests, nor do they indicate that you excel in a certain field of interest. Our tests do not amount to professional career advice. Our terms of use contain a disclaimer.

1
Resolve faults overnight for the first morning flight.
2
Follow official safety guidance to schedule maintenance.
3
Trace electrical faults through cockpit wiring systems.
4
Test radio equipment used by pilots in the cockpit.
5
Certify an aircraft as safe to fly after maintenance.
6
Diagnose aircraft defects at the gate before departure.
7
Ensure completed repairs meet official safety standards.
8
Calibrate flight displays for accuracy before use.
9
Repair cracks and damage in aircraft wing panels.
10
Inspect air-powered systems that open aircraft doors.
11
Fix minor faults during a short turnaround window.
12
Run a jet engine after repairs to check performance.
13
Examine parts linking the engine to the rotors.
14
Replace parts in mechanical oxygen supply systems.
15
Test engine systems before an aircraft flies again.
16
Strip and rebuild systems that power the rotors.
17
Examine brake and landing gear systems for leaks.
18
Install navigation systems used to guide aircraft.
19
Review maintenance logs for missing or incomplete work.
20
Set up controls that move the wings and tail surfaces.
21
Replace worn seat parts and interior cabin panels.
22
Perform rotor head inspections on helicopters.
23
Test systems that regulate cabin air pressure on board.
24
Inspect jet engine parts for wear or heat damage.
25
Overhaul jet or piston engines after heavy use.
26
Inspect an aircraft at the gate for visible defects.
27
Check cabin safety equipment is ready for every flight.
28
Balance rotor blades to remove in-flight vibration.
29
Service equipment in the aircraft cabin kitchen area.
30
Assess the wings and body of an aircraft for damage.
31
Treat corrosion on aircraft wings and body panels.
32
Find and fix faults in cabin entertainment wiring.
Please answer all highlighted questions.

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