What Are the Subjects in AME Course? A Complete Guide

Why Knowing Subjects in AME Course Is Crucial for Your Aviation Career

The Aircraft Maintenance Engineering (AME) course is a specialized aviation program that prepares students for a dynamic career in aircraft safety, repair, and maintenance. If you’re a 12th science student dreaming of working in the aviation sector, understanding the subjects in the AME course is the first step to mapping your career path.

This blog will give you an in-depth breakdown of the AME course curriculum, including core topics, modules, and licensing tracks (Mechanical & Avionics). Whether you’re curious about the syllabus, looking for eligibility criteria, or comparing DGCA-approved AME institutes, this guide has you covered.

Overview of AME Course Curriculum

What Is the AME Course?

A licensed training program approved by the Directorate General of Civil Aviation (DGCA)
Divided into two streams:
- Mechanical (Aeroplane & Jet Engine)
- Avionics (Electrical, Instrument, and Radio Navigation Systems)
Duration: 2 years academic + 2 years practical training

Why Knowing AME Subjects Matters

Helps students align interests with specialization
Prepares for DGCA module exams
Builds strong fundamentals in aircraft systems

Core Subjects in AME Course: Year-wise Breakdown

First Year Subjects – Foundation Building

The first year focuses on theoretical foundations essential for all streams:

Subject Name	Description
Mathematics	Applied math in aircraft systems
Physics	Forces, motion, electricity, and thermodynamics
Basic Aerodynamics	Study of airfoil, lift, drag, thrust
Aircraft Rules & Regulations	CARs (Civil Aviation Requirements) by DGCA
Human Factors	Pilot-maintenance interface and error management
Electrical Fundamentals	Aircraft electrical systems and safety
Material and Hardware	Aircraft-grade metals, fasteners, and bonding techniques
Maintenance Practices	Tools, documentation, and maintenance protocols

🔍 Key Takeaways from Year 1

Strong focus on DGCA Module Exams 1–8
Emphasis on theory + lab work
Prepares students for workshop practices

✈️ Second Year Subjects – Stream Specialization

🛠️ Mechanical Stream Subjects:

Module Code	Subject	Topics Covered
11	Aerodynamics, Structures, Systems	Aircraft structure, flight control systems
15	Gas Turbine Engines	Jet propulsion, engine construction
16	Piston Engines	Combustion engines, lubrication, cooling
17	Propellers	Propeller theory, maintenance, balancing

Skills Developed in Mechanical Stream

Engine inspections
Structural fault diagnosis
Overhaul and maintenance tasks

💡 Avionics Stream Subjects:

Module Code	Subject	Topics Covered
11	Aerodynamics, Structures, Systems	General systems knowledge
13	Aircraft Instrument Systems	Pressure, gyroscopic, and electronic instruments
14	Electrical and Electronic Systems	Wiring, components, control circuits
15	Radio Navigation & Communication	VOR, ILS, ADF, VHF/UHF radios

Skills Developed in Avionics Stream

Troubleshooting electronic systems
Working with navigational aids
Ensuring signal integrity

AME DGCA Module Exam Structure

The AME Course is aligned with DGCA module exams. Each subject corresponds to a module number defined by DGCA. Students must pass these to earn a license.

Table of DGCA Modules vs. Subject Topics

Module No.	Subject	Stream
1	Mathematics	Both
2	Physics	Both
3	Electrical Fundamentals	Both
4	Electronic Fundamentals	Avionics
5	Digital Techniques / Instrument Systems	Avionics
6	Materials and Hardware	Both
7	Maintenance Practices	Both
8	Basic Aerodynamics	Both
9	Human Factors	Both
10	Aviation Legislation	Both
11	Aircraft Aerodynamics and Structures	Both
12	Helicopter Theory	Optional
13–17	Specialization Modules (Engines, Systems)	Stream-wise

Subjects by Licensing Category – B1 vs. B2 Comparison

Category B1.1 (Mechanical – Aeroplane Turbine)

Includes modules related to airframe, gas turbine engine, maintenance, and basic electricals.

Category B2 (Avionics)

Focuses more on electrical, instrument, and radio navigation systems.

Comparison Table

Category	Focus Area	Key Modules
B1.1	Engines + Aircraft Structure	11, 15, 16, 17
B2	Electrical + Instrumentation	4, 5, 13, 14, 15

Practical Training Subjects & Workshop Exposure

In the second phase (on-the-job training), students get hands-on experience with:

Aircraft engine disassembly and assembly
Defect rectification tasks
Instrument system calibration
Use of AMM (Aircraft Maintenance Manual)

Key Practical Areas

Engine testing benches
Hydraulic & pneumatic labs
Wire harnessing and circuit testing

FAQs about Subjects in AME Course

Q1: Are math and physics compulsory for AME Course?

Yes. These are foundational subjects in the first year and part of DGCA Module Exams.

Q2: Can I choose AME subjects based on interest?

Partially. In the second year, you select a stream (Mechanical or Avionics) based on your preference.

Q3: How many modules are there in total?

There are 17 DGCA Modules, out of which students need to pass stream-relevant ones to earn a license.

Q4: Is the syllabus same for all AME colleges?

The core syllabus is standardized by DGCA, but practical exposure may vary by institution.

Q5: Which stream has better career scope: Mechanical or Avionics?

Both have excellent scope. Mechanical is hands-on with engines, while Avionics deals with high-tech systems. Choose based on your interests.

Conclusion: Your Future in Aviation Starts with AME Subjects

The subjects in the AME course are designed to shape technically skilled professionals capable of handling high-responsibility tasks in aircraft maintenance and safety. From theoretical foundations in aerodynamics and electrical systems to specialized modules in engines and avionics, each subject builds toward your goal of becoming a licensed Aircraft Maintenance Engineer.

Choosing the right stream and understanding the syllabus thoroughly will give you a solid advantage. If you’re passionate about aircraft, technology, and safety, the AME course could be your ticket to a successful aviation career.