Deciding whether aircraft mechanic school is worth it comes down to a few core questions: how much does it cost, how long does it take, and what does the job market actually look like on the other side?

The short answer?

Most FAA-approved programs take between 14 and 24 months to complete.
As of Mar. 9, 2026, Indeed.com reports an average annual base salary of $85,260 for aircraft mechanics in the United States.
The Bureau of Labor Statistics (BLS) projects 5% employment growth from 2024 to 2034, faster than the 3% average for all occupations, with approximately 13,100 openings expected per year.

Those figures point to a field with relatively short training timelines and wages that vary by location and experience.But whether aircraft mechanic school delivers a meaningful return for any individual student depends on how cost, certification outcomes, and long-term labor market conditions interact. Each of those factors carries tradeoffs worth examining before enrolling.

How Much Does Aircraft Mechanic School Cost?

According to College Tuition Compare’s 2024-2025 academic year data, the national average tuition and fees for airframe mechanics and aircraft maintenance vocational programs is approximately $20,400.

Within that average, there is a wide range:

Community college programs typically charge between $5,000 and $15,000 for in-state residents
Private aviation schools and career colleges generally range from $30,000 to $50,000 for a complete Airframe and Powerplant (A&P) program.

Tuition at most programs covers classroom instruction across three FAA subject areas (General, Airframe, and Powerplant), laboratory and hangar access, and supervised hands-on training with aircraft and components.

Students should budget for:

Tools and equipment: Personal tool kits typically cost between $2,000 and $5,000, depending on the program. Some schools include a starter kit in tuition; others do not.
FAA exam fees: Candidates must pass three written knowledge tests (General, Airframe, Powerplant) and two oral and practical examinations administered by a Designated Mechanic Examiner (DME). Written test fees typically total $495 to $600, and DME-administered oral and practical exams generally add another $1,000 to $1,600, though fees are set by individual examiners.
Living expenses: Students relocating for training should account for housing, transportation, and cost-of-living differences. AIM’s estimated cost of attendance for the 2024-2025 academic year includes categories for food and housing, transportation, and personal expenses, which vary based on whether a student lives independently or with parents.

Financial Aid Options

Most accredited aircraft mechanic schools participate in federal financial aid programs for those who qualify. AIM is approved by the U.S. Department of Education to participate in federal grant and loan programs. Options for eligible AIM students include:

Federal Pell Grants: Available to undergraduate students who demonstrate financial need. No repayment is required. Eligibility is determined through the FAFSA application. FAFSA school codes for each AIM campus are listed on their campus locations page.
Federal Supplemental Educational Opportunity Grants (FSEOG): For students with financial need, additional grant support may be available through this program at participating schools.
Federal Direct Student Loans: Students who complete the FAFSA may qualify for federal student loans for those who qualify.
Veterans benefits and Military Tuition Assistance: AIM accepts the GI Bill and Military Tuition Assistance at most campuses for those who qualify. Each AIM campus has a dedicated Military Representative to assist with benefits and enrollment.
Scholarships: AIM’s Scholarship Match Program matches external scholarships dollar for dollar, covering up to 10% of a program’s total cost (including fees and books) for those who qualify. Students can combine multiple scholarships for additional support. AIM also provides industry-specific scholarships through partnerships with aviation organizations and offers institutional scholarships such as the John Anthony Carbone Jr. Memorial Scholarship.
Additional options: Eligible AIM students may also access state loans or grants, Workforce Investment Act funding, Rehabilitative Services, AmeriCorps Education Award matching (up to $1,000), and flexible payment plans.

Cost Context

For comparison, the College Board’s Trends in College Pricing 2025 report shows that average published tuition and fees at public four-year universities are $11,950 per year for in-state students in the 2025-2026 academic year.

Over a standard four-year bachelor’s degree, that totals roughly $47,800 in tuition and fees alone, before room, board, and other expenses. Most aircraft mechanic programs cost less in total than two years of in-state public university tuition and can lead to a workforce-relevant credential in roughly half the time of a bachelor’s degree.

Total cost varies, but completion and FAA certification determine eligibility for most professional aircraft maintenance roles.

How Long Does Aircraft Mechanic School Take?

Full-time students at most Part 147 programs complete training in 14 to 24 months. AIM’s Aviation Maintenance Technician program is typically 21 months for full-time students. However, graduating from a Part 147 school does not, by itself, result in FAA certification.

After completing the program, graduates must pass three separate sets of exams, as outlined by the FAA’s mechanic certification requirements:

Written knowledge tests: Three computer-based exams (General, Airframe, Powerplant), each consisting of multiple-choice questions. Tests are administered by PSI, the FAA’s designated testing vendor.
Oral and practical exams: Conducted by a Designated Mechanic Examiner (DME), these assessments evaluate hands-on ability. Two separate oral and practical exam sessions are required to earn both Airframe and Powerplant ratings.

The FAA requires that all tests be completed within a 24-month window. Once passed, the FAA issues a temporary mechanic certificate, allowing the holder to begin working immediately while the permanent certificate is processed.

Compared to many four-year degree paths, time to complete training is shorter. However, without passing all FAA exams, program graduates cannot legally work as A&P mechanics and may face limited career options.

Career Outlook: Is There Long-Term Demand?

The BLS projects 5% employment growth for aircraft and avionics equipment mechanics and technicians from 2024 to 2034, faster than the 3% average across all occupations. Approximately 13,100 job openings are projected each year over that decade. Aircraft mechanics and service technicians held about 139,400 jobs in 2024, with avionics technicians holding an additional 21,400.

The majority of annual openings are driven by replacement needs, including workers retiring or transitioning to other occupations, rather than net new positions created by industry expansion alone.

Why Demand Exists

Several structural factors support sustained demand for licensed aircraft mechanics:

Workforce retirements: Industry data from the Aerospace Industries Association’s 2021 Workforce Study, cited by the Aviation Technician Education Council (ATEC), indicates that 46% of the global aerospace and defense workforce is 46 or older. As experienced technicians retire, the need for replacements increases. The ATEC 2025 Pipeline Report notes that FAA-approved schools graduated roughly 9,000 new certificate holders in 2024 against an estimated 13,100+ annual openings, resulting in a gap.
Fleet expansion: Boeing’s 2025 Pilot and Technician Outlook projects a global need for 710,000 new maintenance technicians through 2044. The global commercial fleet is expected to grow from approximately 26,750 aircraft in 2024 to over 50,000 by 2044, according to the same report.
Cargo and private aviation growth: E-commerce-driven freight demand and expanded private aviation operations are adding to the maintenance workload beyond commercial passenger fleets, as noted in Boeing’s 2025 PTO.
Regulatory requirements: Under FAA regulations outlined in 14 CFR Part 43, only certificated mechanics (or those working under their direct supervision) can perform maintenance, preventive maintenance, and alterations on aircraft and approve them for return to service. This legal framework means that demand for licensed A&P mechanics cannot be met through outsourcing or informal labor substitution.

Can AI Replace Aircraft Mechanics?

Automation and artificial intelligence are reshaping many industries, and aviation maintenance is no exception. However, the scope of that change has clear boundaries.

Physical Inspection Requirements

Aircraft maintenance involves hands-on tasks that current technology cannot fully replicate: visual and tactile inspections of structural components, removal and installation of parts in confined spaces, troubleshooting across interconnected mechanical, electrical, and hydraulic systems, and verifying work in unpredictable environmental conditions. These tasks require judgment, dexterity, and the ability to interpret ambiguous or unexpected findings.

FAA Licensing and Legal Sign-Off

Under federal aviation regulations outlined in 14 CFR Part 43, only a certificated mechanic (or a person working under one’s direct supervision) may approve an aircraft or component for return to service. This is a legal and regulatory requirement. There is no pathway under current FAA rules for an automated system to approve return-to-service decisions.

Liability and Regulatory Barriers

Aviation maintenance operates within one of the most tightly regulated safety frameworks in any industry. Changes to who or what can perform and certify maintenance work would require regulatory action at the federal level, a process that tends to move deliberately given the safety implications involved.

Where Technology Can Make an Impact

AI and advanced diagnostics are increasingly used to assist mechanics rather than replace them. Predictive maintenance systems, sensor-based monitoring, and machine-learning-driven fault detection can help technicians identify potential issues earlier and prioritize maintenance tasks more efficiently. These tools support the work of licensed mechanics rather than eliminating the need for them.

Automation may change the tools aircraft mechanics use, but federal regulation and physical maintenance requirements limit full replacement of licensed A&P technicians.