The Aircraft Maintenance Engineering course prepares students to inspect, maintain, repair, and certify aircraft for safe flight operations. This course is approved by DGCA Directorate General of Civil Aviation (DGCA), Govt. of India and follows the strict regulations for duration, structure, syllabus and DGCA examination
The AME course duration in India is also specifically regulated by DGCA, which ensures uniformity and competency of trainees across India. Understanding the duration helps aspiring AMEs plan their education, prepare for regulatory requirements, and build a strong foundation for a successful aviation maintenance career.
DGCA Rules for AME Course Duration
1.Total Training Hours
According to CAR 147 (Basic) – DGCA Regulations, every approved AME institute must deliver a minimum of 2400 hours of training for Category B1/B2 (Mechanical/Avionics) programs
These 2400 hours are compulsory and cannot be reduced
2.Theory–Practical Distribution:
DGCA mandates that the 2400 hours must be divided into 40% theory and 60% practical, so students can get hands-on skills required for aircraft maintenance and troubleshooting.
3. Maximum Hours per Day (DGCA Rule):
DGCA limits the number of training hours per day:
- Maximum: 6 hours per day
- Can include both theory and practical sessions
- Ensures proper learning without overloading students
This rule prevents institutes from compressing the course unnaturally.
AME Course Duration
AME course duration ranges from 2 to 3 years which is based on 2400 hours structure and maximum daily training limits, DGCA expects the AME Basic Course to span a minimum approximately 4 to 6 semesters.
Attendance Requirements
To qualify for DGCA Module exams and final assessment:
- Students must maintain at least 90% attendance in each subject/practical module.
- Failure to meet this requirement may disqualify the student from DGCA assessments.
COMMON MODULES FOR ALL AME STREAMS (AME A & B categories)
| DGCA Module No. | Module Name |
|---|---|
| Module 1 | Mathematics |
| Module 2 | Physics |
| Module 3 | Electrical Fundamentals |
| Module 4 | Electronic Fundamentals |
| Module 5 | Digital Techniques and Electronic Instrument Systems |
| Module 6 | Materials & Hardware |
| Module 7 | Maintenance Practices |
| Module 8 | Basic Aerodynamics |
| Module 9 | Human Factors |
| Module 10 | Aviation Legislation |
AME Modules for Mechanical Category (A1/A2 & B1.1/B1.2/B1.3/B1.4)
| DGCA Module No. | Module Name |
|---|---|
| Module 11A | Turbine Engines |
| Module 11B | Piston Engines |
| Module 12 | Helicopter Aerodynamics, Structures & Systems |
| Module 13 | Aircraft Structures & Systems |
AME B2 Category Modules
| DGCA Module No. | Module Name |
|---|---|
| Module 13 | Aircraft Aerodynamics, Structures & Systems (Avionics Level) |
| Module 14 | Propulsion |
| Module 15 | Digital Aircraft Systems |
| Module 16 | Radio Navigation & Communication |
| Module 17 | Instrument Systems |
The AME Course Duration plays an important role in shaping skilled and professional aircraft maintenance engineers. According to DGCA norms the standard duration of the course is 2 years while the duration for AME integrated program can range from 3 to 4 years. This duration provides enough theoretical knowledge and hands-on training. A well-structured timeline helps learners understand aircraft systems deeply, clear DGCA module examinations, and become job ready. At last, the duration ensures that AMEs are fully prepared for safety, reliability and airworthiness of the aviation industry.
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