The Aircraft Maintenance Engineering course duration, fees, and eligibility at ATH break down to three fixed numbers: 2 years across 6 semesters, PKR 990,000 in core tuition (admission fee plus six semester fees), and a Matric or FSc certificate with 50% marks in Mathematics and Physics. Everything else, from the 16 EASA module exams billed separately, to on-the-job training costs, to how the program stacks up against training abroad, sits on top of those three numbers. This guide breaks each one down in the level of detail a prospective student actually needs before committing two years and a real budget to a licensing pathway.

Aviation Training Hub (ATH) already publishes its Aircraft Maintenance Engineering program page with the headline figures. This guide exists to go one level deeper: the exact per-semester cost schedule, how the 50% Math and Physics threshold applies to A-Level and IBCC-equivalent students, how the PKR 990,000 tuition figure compares to what the same license costs to earn in the UK, and a realistic look at how quickly that tuition pays for itself against actual Karachi salary data from July 2026. Where a number depends on regulatory or salary data, it is sourced and dated rather than estimated.

Quick-Answer Snapshot: Duration, Fees, and Eligibility at a Glance

The table below answers the three questions in the title without requiring a full read of the guide, then every row is expanded into its own section further down.

What Is the Aircraft Maintenance Engineering Course at ATH?

The Aircraft Maintenance Engineering course at Aviation Training Hub (ATH) is a two-year, six-semester license program that trains students toward Part-66 Category B1 and B2 competencies, positioning graduates for both a PCAA Aircraft Maintenance License (AML) and a parallel EASA Part-66 license. The program is built around the same 16-module structure used across most PCAA and EASA Part-147 approved institutes, but ATH runs it as a full-time, on-campus format across Islamabad and Karachi with rolling admissions rather than one annual intake.

An Aircraft Maintenance Engineer (AME) is a licensed professional who inspects, diagnoses, and certifies aircraft as airworthy through a signed Certificate of Release to Service (CRS), the legal document that confirms an aircraft is fit to fly. No commercial aircraft departs without that signature, which is why the license, not just the coursework, is the actual product a student is paying for. ATH structures its Aircraft Maintenance Engineering course specifically around getting a student to that license, in two years, at a fixed and published cost.

• Program length: 2 years, delivered as 6 semesters of 4 months each.
• License categories: Part-66 Category B1 (airframes, engines, mechanical/electrical systems) and B2 (avionics, electrical, instrument systems).
• Assessment style: Assignment- and project-based rather than exam-only, covered in detail later in this guide.
• Campuses: Islamabad (Quaid Avenue, Gulrez Phase 2) and Karachi (Karam Tower, Gulistan-e-Johar).
• Progression option: Graduates can top up into a BSc (Hons) Aircraft Engineering Management degree for management-track roles without repeating foundational coursework.

ATH AME Course Duration: Semester-by-Semester Breakdown

The ATH Aircraft Maintenance Engineering course runs for exactly 2 years, split into 6 semesters of 4 months each, with Year 1 covering foundational modules and Year 2 covering specialized, license-category-specific modules. This is the modular 2-year pathway; a parallel 4-year BSc AMET route exists for students who want a full HEC-recognized bachelor's degree attached to the same Part-66 content, spread across 8 semesters instead of 6.

Year 1 at ATH covers 9 foundational modules that every later specialization builds on: Mathematics (M1), Physics (M2), Electrical Fundamentals (M3), Electronic Fundamentals (M4), Digital Techniques (M5), Materials & Hardware (M6), Basic Aerodynamics (M8), Human Factors (M9), and Propellers (M17). Year 2 moves into 6 specialized modules mapped against Part-66 B1/B2 category requirements: Maintenance Practices (M7), Aviation Legislation (M10), Aeroplane Aerodynamics (M11), Aircraft Aerodynamics/Structures/Avionic Systems (M13), Gas Turbines (M15), and Propulsion (M14).

Across the full 2 years, students sit 16 EASA module exams in total, taken progressively as each module is completed rather than all at once at the end. That pacing matters for planning: a student is not carrying 16 exams into a single sitting, but should budget for roughly 2 to 3 module exams per semester on average, each with its own €139 fee due one month in advance.

Eligibility Criteria for ATH's AME Program

Eligibility for ATH's Aircraft Maintenance Engineering course comes down to one academic threshold: a Matric or FSc certificate with at least 50% marks in Mathematics and Physics. This single requirement, rather than a prior engineering background, is what determines admission, and it is deliberately structured to be accessible straight out of secondary school.

• Matric graduates: Minimum 50% marks in Mathematics and Physics from the Matric certificate.
• FSc graduates (Pre-Engineering or Pre-Medical): Same 50% threshold in Mathematics and Physics; Pre-Medical students remain eligible provided the marks threshold is met.
• A-Level or American High School Diploma holders: Typically need an IBCC (Inter Board Committee of Chairmen) equivalence certificate converting their qualification to the Matric/FSc equivalent before the same 50% threshold is checked.
• No prior engineering degree required: The program is built to take a science-stream secondary school graduate through to a Part-66 category license from a standing start.
• Document verification and entry test/interview: Most PCAA-approved institutes, ATH included, run an entry test and interview alongside document checks as part of the admission process described later in this guide.

Complete ATH AME Fee Structure Breakdown

ATH's Aircraft Maintenance Engineering fee structure has four separate components, and mixing them up is the single most common budgeting mistake prospective students make: a one-time admission fee, a recurring per-semester fee, per-exam EASA fees billed separately in euros, and OJT costs that vary by training partner.

Adding up only the core tuition components (admission fee plus six semester fees) gives a total of PKR 990,000 for the full 2-year program: PKR 150,000 admission plus PKR 140,000 multiplied by 6 semesters. This is the number to compare against other Pakistani institutes and against training abroad, since it represents the fixed, predictable part of the total cost.

Is the ATH AME Course Worth the Cost? A Payback Look

The PKR 990,000 core tuition for ATH's Aircraft Maintenance Engineering course amounts to roughly 82% of a single year's entry-level Karachi AME salary, meaning a graduate can realistically recover the core tuition cost within their first 10 to 12 months of paid work, before EASA exam fees and OJT costs are factored in separately. This is not a guaranteed outcome, since it depends on how quickly a graduate finds licensed or near-licensed employment, but the underlying math is worth walking through directly rather than taking on faith.

SalaryExpert's July 2026 data also projects that an aircraft maintenance engineer's estimated salary in Karachi rises to roughly Rs 1,894,914 within 2 years of entry and Rs 2,397,570 within 5 years, an average growth trajectory of about 17% within the first 2 years alone. Set against that curve, the core tuition investment is recovered early in a career that keeps compounding afterward, which is a meaningfully different picture than treating the PKR 990,000 figure as an isolated cost with no return attached to it.

How ATH's Fees Compare to Training Abroad

ATH's PKR 990,000 core tuition for a 2-year AME program costs a fraction of the equivalent UK-based training route, mainly because the UK program bundles exam fees, materials, and equipment into one all-inclusive price while ATH bills tuition and EASA exams separately.

Per Air Service Training's published fees and funding page, the UK program's £18,500.40 covers technical training materials, a laptop, EASA/UKCAA Part-66 examinations, aircraft maintenance environment training, and personal protective equipment across the full 2 years, split into four payments. That all-inclusive UK figure is genuinely more convenient to budget around than ATH's separated tuition-plus-exam-fees structure, but it still runs to roughly 7 times ATH's core tuition figure before UK living costs and visa maintenance funds (currently a minimum of £1,136 per month) are added on top. For a Pakistani student comparing both routes, the honest comparison is: ATH costs less overall even after accounting for its separately billed EASA fees, but the UK program's all-inclusive pricing removes a layer of budgeting complexity that ATH students need to plan for themselves.

PCAA vs EASA: Which License Category Fits Your Goals?

Choosing between Part-66 Category B1, B2, or both at ATH depends on whether a student wants to work primarily on airframes and engines (B1), avionics and instrument systems (B2), or maximize employability across both aircraft types and employers by training toward both categories.

A PCAA license certifies an engineer to work on Pakistan-registered aircraft domestically, while an EASA Part-66 license, built on the same category framework, is recognized across the European Union and by many international operators. Per the European Union Aviation Safety Agency's official Part-66 guidance, these categories form the reference structure that PCAA and most national authorities align their own licensing systems around. ATH teaches its modules mapped against both frameworks simultaneously, so a student completing the Category B1 or B2 pathway is working toward domestic PCAA recognition and international EASA recognition at the same time, rather than choosing one over the other at enrollment.

• Choose B1 if: Hands-on mechanical diagnosis, engine systems, and structural work appeal more than electronics.
• Choose B2 if: Wiring, avionics, and instrument systems are the stronger interest, particularly for students eyeing airline avionics departments.
• Choose both if: Maximizing employability across MROs, airlines, and manufacturers matters more than specializing early, accepting the added module load that dual-category training carries.

Career Outlook and Salary After the ATH AME Program

Graduates of ATH's Aircraft Maintenance Engineering course enter a job market where global demand for licensed technicians is accelerating faster than the supply of new graduates, driven by an aging worldwide workforce, Pakistan's own fleet expansion, and a persistent global aircraft production backlog.

• Global technician shortage: Boeing's 2025 Pilot and Technician Outlook forecasts 710,000 new maintenance technicians needed globally through 2044, with South Asia specifically requiring around 45,000 of them as staffing demand in the region more than triples.
• An aging global maintenance workforce: Oliver Wyman's Global Fleet and MRO Market Forecast 2026-2036 reports that about 41% of certified mechanics in the US are already over 60 years old, with roughly 45,000 expected to retire over the next decade, a retirement wave that is pulling qualified technicians into the market from every region that can supply them.
• Pakistan's own fleet is expanding fast: Following its January 2026 privatization in a $645 million deal led by Arif Habib Corporation, Pakistan International Airlines' fleet is projected to more than double, from 18 operational aircraft to 38 by 2029, according to the U.S. International Trade Administration's Pakistan Aviation market intelligence report, with its route network expanding from roughly 30 cities to more than 40.
• The global fleet itself keeps growing: Oliver Wyman's same 2026-2036 forecast projects the worldwide commercial fleet expanding from 30,046 aircraft in 2026 to 41,135 by 2036, a 3.2% compound annual growth rate, with India posting the fastest regional growth rate globally at 7.1% CAGR, well ahead of the Middle East's 5%.

These figures, current as of July 2026 per SalaryExpert's compensation data, reflect Karachi specifically. Pay in Lahore and Islamabad tends to run somewhat lower, while engineers who move into MRO roles in the Gulf typically see a further increase once they hold a recognized EASA license rather than a PCAA-only license.

How Aviation Training Hub Actually Delivers the Programme

The following reflects Aviation Training Hub's (ATH) own program structure and internal process, not a third-party finding. ATH's assessment approach is deliberately assignment- and project-based rather than exam-only: students work through practical tasks that mirror real maintenance scenarios across both years, which is built to develop applied judgment alongside the theoretical content covered in the 15 named modules, rather than testing memorization alone.

• Two physical campuses: Islamabad and Karachi, both running the same 6-semester structure and fee schedule.
• Rolling intakes: January, April, July, September, and November, rather than a single annual admission cycle, so a missed intake costs a student weeks rather than up to a year.
• Concurrent OJT: On-the-job training runs alongside coursework rather than being bolted on at the end, through partner organizations at a cost starting from PKR 8,000 depending on scope.
• In-house EASA module examinations: Students sit their 16 module exams on campus rather than needing to travel abroad to sit each one.

This assignment-first structure is the specific design choice that shows up later as a hiring advantage: employers and regulators are checking for genuine practical exposure, not just a passed exam transcript, and a program built around ongoing project work is structured to produce that exposure by default rather than as an optional add-on.

Step-by-Step: How to Apply to ATH's AME Programme

Applying to ATH's Aircraft Maintenance Engineering course follows four steps: confirm eligibility, submit documents ahead of one of the five rolling intake windows, sit the entry test and interview, and pay the admission fee to confirm the seat.

1. Step 1: Confirm eligibility against your transcript. Check the specific Mathematics and Physics percentages on a Matric or FSc transcript against the 50% threshold, or obtain an IBCC equivalence certificate first if coming from A-Levels or an American High School Diploma.
2. Step 2: Choose an intake and a campus. Decide between Islamabad and Karachi, and target one of the five annual intake windows (January, April, July, September, November) rather than waiting for a single annual deadline.
3. Step 3: Submit documents and sit the entry test/interview. Most PCAA-approved institutes, including ATH, verify documents alongside a short entry test and interview before confirming a seat.
4. Step 4: Pay the PKR 150,000 admission fee. This one-time, non-refundable fee confirms enrollment ahead of the first PKR 140,000 semester fee due at the start of Semester 1.
5. Step 5: Budget separately for the first EASA exam fee. The first of the 16 module exams typically falls within Year 1, so the €139 fee should be planned for a month ahead of that first sitting, on top of tuition.

Common Mistakes When Evaluating an AME Course's Duration and Fees

The most common mistake when comparing AME course duration and fees across institutes is treating the published tuition figure as the entire cost, when EASA exam fees and OJT costs are billed separately and can add a meaningful amount on top depending on pacing and partner organization.

• Comparing tuition only, ignoring per-exam EASA fees. A lower headline tuition figure at one institute can still work out more expensive overall if its EASA exam fees or OJT costs run higher, so compare all four cost components, not just the semester fee.
• Assuming the 2-year duration is fixed regardless of pacing. Falling behind on module exams can push the practical completion timeline past 2 years even though the coursework itself is scheduled across 6 semesters.
• Checking overall academic percentage instead of subject-specific marks. As covered in the eligibility section above, the 50% threshold applies specifically to Mathematics and Physics, not the overall Matric or FSc percentage.
• Skipping the PCAA/EASA Part-147 approval check. Enrolling before confirming an institute's regulatory approval status directly, rather than from marketing material, risks a license that is not recognized where a graduate eventually wants to work.
• Underestimating OJT as a formality. Regulators and employers specifically look for genuine on-the-job training hours; treating OJT as an optional add-on rather than core to the license undermines both the licensing timeline and future employability.

Conclusion

The Aircraft Maintenance Engineering course duration, fees, and eligibility at ATH come down to a 2-year, 6-semester program, PKR 990,000 in core tuition, and a Matric or FSc certificate with 50% in Mathematics and Physics, with EASA exam fees and OJT costs layered on separately rather than folded into one number. Set against Karachi salary data showing entry-level pay of Rs 1,200,800 a year and a global shortage that Boeing puts at 710,000 new technicians needed through 2044, the core tuition investment is one that a graduate can realistically recover within the first year of paid work, before even accounting for the additional demand created by PIA's own 2026 fleet expansion.

For a Matric or FSc graduate weighing this path, the details that actually decide the outcome are the ones covered above: verifying the subject-specific eligibility threshold, budgeting for EASA and OJT costs separately from tuition, and choosing a B1, B2, or dual-category pathway based on where personal aptitude and the regional job market actually point.

Frequently Asked Questions

Common questions about ATH's Aircraft Maintenance Engineering course duration, fees, and eligibility