Skip to contentAircraft Maintenance Engineering (AME) is a license based engineering program by DGCA of India, It is designed to prepare future Aircraft Maintenance Engineers to ensure aircraft safety and airworthiness. The subjects of aircraft maintenance are split into theoretical modules and practical training components, but it will be very dependent on the candidates’ stream (B1.1, B1.2, B1.3, B1.4, or B2.). These modules encompass various topics such as mathematics, physics, aerodynamics, advanced aircraft systems, propulsion, avionics and aviation legislation, providing a comprehensive understanding for engineers.
The AME Streams by School Of Aeronautics is designed around Airplane Turbine Engines and Avionics (B1.1 & B2).
The Aircraft Maintenance Engineer subject designs include all the subjects in such a manner that covers the complete technical knowledge of aircraft safety, maintenance and certification to the learners. In AME syllabus, aircraft systems, airframes, engines and avionics and DGCA regulations are included. The aircraft maintenance engineering syllabus and AME syllabus provides a good mix of theory, practical training and industry exposure.
| Module Code | Module Name |
|---|---|
| Module 1 | Mathematics |
| Module 2 | Physics |
| Module 3 | Electrical Fundamentals |
| Module 4 | Electronic Fundamentals |
| Module 5 | Digital Techniques / Electronic Instrument Systems |
| Module 6 | Materials and Hardware |
| Module 7 | Maintenance Practices |
| Module 8 | Basic Aerodynamics |
| Module 9 | Human Factors |
| Module 10 | Aviation Legislation, Regulations and Responsibilities |
| Module 11A | Turbine Aeroplane Aerodynamics, Structures and Systems |
| Module 11B | Piston Aeroplane Aerodynamics, Structures and Systems |
| Module 12 | Helicopter Aerodynamics, Structures and Systems |
| Module 13 | Aircraft Aerodynamics, Structures and Systems |
| Module 14 | Propulsion |
| Module 15 | Gas Turbine Engine |
| Module 16 | Piston Engine |
| Module 17 | Propellers |
| Stream | Description | Modules Required | Total Modules |
|---|---|---|---|
| B1.1 - Aeroplanes Turbine | Jet engine-powered aircraft | M1, M2, M3, M4, M5, M6, M7A, M8, M9A, M10, M11A, M15, M17 | 13 |
| B1.2 - Aeroplanes Piston | Piston engine aircraft (small aeroplanes) | M1, M2, M3, M4, M5, M6, M7A, M8, M9A, M10, M11B, M16, M17 | 13 |
| B1.3 - Helicopters | Turbine or piston-engine helicopters | M1, M2, M3, M4, M5, M6, M7A, M8, M9A, M10, M12, M15, M16 | 13 |
| B1.4 - Aeroplanes (Small Aircraft) | Pressurized and unpressurized small aircraft | M1, M2, M3, M4, M5, M6, M7A, M8, M9A, M10, M13, M15, M16, M17 | 14 |
| B2 - Avionics | Electrical, electronic, communication, and navigation systems | M1, M2, M3, M4, M5, M6, M7A, M8, M9A, M10, M13 | 11 |
Aircraft Maintenance Engineering syllabus practical training approach is about imparting hands on skills to students on real aircraft in real environment. Aircraft inspection, troubleshooting, engine maintenance, Avionics labs, and workshop practices are included in the AME syllabus practical training. The course syllabus for Aircraft maintenance engineering course syllabus provides hands-on experience and meeting the standards of DGCA, thus enabling the student to be industry-ready.
The AME streams are different and each one of them has its own set of modules as per its specialization like turbine / piston aircraft, helicopter or avionics. B1 encompasses mechanical and engine systems and B2 covers the electrical/electronic systems of an aircraft called Avionics. Upon completion of these modules, the students will be holistic prepared to take the DGCA exams and will have knowledge to keep and certify the aircraft safely.
In conclusion, The AME subjects and modules are carefully designed to give pupils comprehensive knowledge of aircraft systems, engines, avionics and regulation. Each of these modules is a blend of classroom instruction and hands-on experience in the cockpit of actual aircraft, helping aspiring engineers with the DGCA licensing exams and world-class careers in aviation. Students will develop a solid understanding of these disciplines, establishing the foundation for a successful and accomplished career in the aviation industry.
Ans: The AME course syllabus usually covers such topics as Mathematics, Physics, Electrical Systems, Electronic Instruments, Digital Techniques for Aircraft Instrument Systems, Materials and Hardware, Aerodynamics, Jet Engine Theory, Gas Turbine Engine, Piston Engine, Aircraft Systems, Aircraft Structures, Aviation Legislation, Human Factors.
Ans: Both institutes will have the same core subjects however, some may move to specialized modules and/or provide electives where they are industry and/or technology pertinent due to international and national regulations.
Ans: The course is broken up into modules, covering various facets of aircraft maintenance and engineering. This is usually split into a theory section and a practical session.
Ans: Yes, practical labs and workshops are a crucial part of the AME course as they provide hands-on experience on the different components of an aircraft, maintenance techniques, and repair.
Ans: The time frame of the AME course can fluctuate from 2 yrs to four yrs, as per the institute and whether it contains on-job training.
Ans: Yes, there does have to be a certain amount of training linked to a specific aircraft type in some cases included as part of the syllabus – this is essential for being issued aircraft specific licences and certifications for specific aircraft maintenance activities.
Ans: AME courses often incorporate a practical element in both formats of training and work experience with an airline, MRO or aircraft manufacturer.
Ans: The syllabus is revised regularly to incorporate the latest developments in aviation technology, regulatory obligations and best practices. Some accrediting bodies and institutes may issue an update on a more regular basis.
Ans: Yes, the safety practices and procedures actually are a key part of the syllabus after all they are about safety, and that is important in every facet of aircraft maintenance.
Ans: This is done by means of assessment such as written exams, practical exams, project work and in some instances, oral exams. Assessment criteria are established by individual institutions and/or regulatory bodies.
Ans: Modules 3 to 10 are compulsory and form the basis for all streams and include Electrical and Electronic Fundamentals, Digital Techniques, Materials and Hardware, Maintenance Practices, Basic Aerodynamics, Human Factors and Aviation Legislation.
Ans: The AME syllabus is designed to give students a very solid base in the Aircraft Maintenance field which can be applied to all aircraft maintenance (Modules 3-10) as well as more advanced specialized aircraft modules (11A-17) covering specific types of aircraft and their systems to provide adequate training.
Ans: For turbine aeroplanes (B1.1), Module 11A is dedicated to Turbine Aeroplane Aerodynamics, Structures and Systems whilst Module 15 details the specifics on Gas Turbine Engine with particular focus on turbine technology and maintenance.
Ans: If especially interested in piston aeroplanes (B1.2) then study of Module 11B Piston Aeroplane Aerodynamics, Structures, and Systems should be emphasised, as well as Module 16 specifically on Piston Engine maintenance.
Ans: Indeed, Module 12 is Helicopter Aerodynamics, Structures and Systems, which is applicable to both turbine (B1.3) and piston (B1.4) powered helicopters.
Ans: Module 13 is an important module for avionics (B2) as it is on Aircraft Aerodynamics, Structures, and Systems from an avionics perspective, which focuses on electrical and electronic systems.
Ans: Propeller systems are important within the confines of purely electronic systems, as is evident in Module 17: Propellers for all categories, except B2: Avionics.
Ans: For knowledge of aircraft maintenance, the link to Mathematics and Physics seems very much fundamental and forms the necessary base for topics that are to be learned through AME modules.
Ans: Yes we can have a specialization in more than one category, if the modules for each category are completed. This will take some planning and commitment, however, as the requirements of a module must be fulfilled for each specialization that is chosen.
Ans: The AME course structure allows theory and practice to go hand-in-hand with a strong emphasis on the skills component, the theory component has been carefully structured to provide a core set of syllabus modules common to all aviation fields, and specialized modules have been designed to concentrate on the specific areas in which an aircraft mechanic is working. This prepared students to the demands of the industry for highly skilled aircraft maintenance engineers in different sectors.
SOACET 2026 (School of Aeronautics Common Entrance Test) is a National Level AME Entrance Exam 2026 organized every year by the LNVM Society. The examination is conducted for admission and scholarship into aviation programs at the prestigious School of Aeronautics, Neemrana
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