20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You usually start by checking the work roster and maintenance logs in Microsoft Excel or paper records, then walk the line to inspect engines, drives, belts, motors, and airframe structures. Morning tasks often include visual inspections, testing equipment, and running diagnostic checks on electrical and mechanical systems.
Afternoons are for repairs: replacing parts, welding or carpentry fixes on interiors, balancing new equipment like landing gear components, ordering parts in Excel or Word, and filling out reports in Microsoft Outlook before the shift ends. Safety gear and following health-and-safety procedures happen constantly.
Expect to use Microsoft Excel to track parts, maintenance schedules, and inspection checklists; Microsoft Word for written reports; and Microsoft Outlook for emails and team coordination. If your shop does design or fit checks you may see Autodesk AutoCAD for part drawings and Apple macOS if company laptops use Macs.
On the floor you’ll use multimeters, borescopes, hydraulic test stands, welding gear, pipe-fitting tools, and safety equipment like respirators and harnesses while following safety procedures.
The U.S. Bureau of Labor Statistics (BLS) reports about 1,529,700 people in related roles with a median wage of $49,590 per year. The lowest tenth earn about $35,350 and the top tenth about $77,180 per year (BLS data).
Pay varies by employer (airlines, repair stations, private shops), certifications you hold (A&P for the U.S.), overtime, and location. Use those BLS numbers as the general range.
Start with a technical diploma or associate degree in aircraft maintenance or an FAA A&P (Airframe and Powerplant) certificate in the U.S. These cover inspecting drives, motors, belts, electrical systems, welding basics, and HVAC/pipe-fitting tasks you’ll do on the job.
Also learn to use Excel, basic AutoCAD for reading drawings, and practice safety procedures used on construction sites and aircraft shops. Many employers hire trainees for on-the-job training while you finish certifications.
Aircraft maintenance engineer is a broader title covering airframe and powerplant work: inspecting drives, repairing mechanical equipment, welding, and structural repairs. An avionics technician specializes in electronic systems like radios, navigation, and instrument panels.
If you want to focus only on wiring, testing electronics, and software, aim for avionics. If you prefer working on engines, structures, welding, and HVAC/pipe fittings, the broader maintenance engineer role fits better. Employers may use titles differently, so check the job tasks listed.
Yes, but use AI as a second opinion. AI can suggest diagnostic steps, common failure causes, or where to look based on symptoms, but it cannot replace hands-on tests. Always verify AI suggestions by testing equipment, using meters, borescopes, and follow your shop’s troubleshooting procedures.
Do not use AI to override required certifications, safety checklists, or regulatory paperwork. Keep records in Excel/Word and confirm any repair method with senior staff or official maintenance manuals before acting.
Attention to detail when inspecting and testing equipment. Missing a small crack in a drive, a loose belt, or a poorly aligned part can cause failures later. That skill shows up in careful inspections, correct use of test equipment, and accurate entries in Excel/Word records.
Pair that with knowing and following health-and-safety procedures and using the right safety equipment. Those two together keep you and the aircraft safe.