25 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You start by checking the day’s work orders in systems like SAP or the Computerized Aircraft Log Manager (CALM). That tells you which aircraft need routine maintenance, oil/fuel sampling, or parts replacement.
Most of the day is hands-on: diagnosing problems by listening to engines, testing electronic systems, replacing malfunctioning components, adjusting assemblies and control cables, and updating maintenance records in AIRPAX or DatcoMedia EBis. You may also coordinate with flight crews and ground staff about status and return-to-service times.
Learn the log and work-order systems: CALM and AIRPAX for maintenance records and DatcoMedia EBis or CaseBank SpotLight for technical manuals and parts info. You’ll also use SAP for parts ordering and inventory.
Basic office tools matter too: Microsoft Outlook for crew communication and Microsoft Word for reports. Employers usually train you on their specific versions; be ready to enter detailed maintenance records after every task.
AI can help summarize manuals, find troubleshooting steps, or suggest test procedures, but you must not rely on it for final decisions. Always confirm procedures against the official maintenance manual in DatcoMedia EBis or the aircraft manufacturer’s documentation.
Never use AI as a substitute for required inspections, measurements, or approvals. If AI suggests a repair, cross‑check with CALM records and have a certified mechanic sign off before releasing the aircraft.
According to the U.S. Bureau of Labor Statistics (BLS, 2025), there are 138,090 employed aircraft mechanics. The median annual wage is $79,870; the lowest tenth is $48,780 and the top tenth is $128,890.
Pay varies by employer, location, certifications, and experience. Airlines and maintenance shops often pay more; working nights, heavy aircraft, or in specialized engine overhaul roles raises pay.
Start with an FAA-approved A&P (Airframe and Powerplant) school or military maintenance experience, which teaches engine overhaul, hydraulic system repair, and structural work like curing bonded structures. Vocational colleges teach engine inspection, carburetor work, and control cable tensioning.
On-the-job training follows: you’ll learn to use disassemblers, portable curing equipment, and the shop’s CALM or AIRPAX system. Employers expect documented training and progressive logged work in the maintenance record system.
An aircraft mechanic handles mechanical, engine, hydraulic, pneumatic, and structural repairs: you overhaul engines, repair control cables, paint and prepare surfaces, and test electronic systems. You replace parts, measure tensions, and do fuel/oil sampling.
An avionics technician focuses on avionics—radios, navigation, and flight instruments—and software installation. An inspector (certifying inspector) verifies work and signs maintenance records in CALM; mechanics perform and document the work that inspectors approve.
Hands-on precision: accurate measurement of control cable tension, correct carburetor float adjustment, and precise fit of prefabricated parts. That reduces rework and safety issues.
System knowledge and record-keeping: knowing how to use CALM, AIRPAX, and SAP to order parts, update maintenance logs, and follow manufacturer procedures. Good communication with flight crews and training new technicians also makes you reliable and promotable.