AME

Aircraft Maintenance Engineering (AME)

Categories

The Guardians of Global Airworthiness and Safety.

Client

DGCA, FAA, EASA, and International Maintenance, Repair, and Overhaul (MRO) Facilities.

Project

Live Gas Turbine Engine Overhaul, Fly-by-Wire Diagnostics, and Non-Destructive Testing (NDT) Protocols.

Services

A highly specialized engineering track offering streams in Mechanical, Avionics, and Rotor Blade systems. This program strictly adheres to DGCA, FAA, and EASA regulatory frameworks. Students are immersed in the mechanical and digital heartbeat of the aircraft, mastering everything from gas turbine engine overhauls and fly-by-wire logic to Non-Destructive Testing (NDT), ensuring every machine remains flawlessly "flyable" under grueling conditions.

Year

4

Fee Structure & Program Capacity The Aircraft Maintenance Engineering (AME) program is a specialized 3-year track with a strict intake of 60 cadets per stream to ensure hands-on mastery. The total fee varies by technical specialization: Mechanical engineering is structured at 7,889 USD per head. The advanced Avionics stream requires 15,780 USD per head , while the highly targeted Rotor Blade engineering track is offered at 6,575 USD per head.

Fee Structure & Program Capacity The Aircraft Maintenance Engineering (AME) program is a specialized 3-year track with a strict intake of 60 cadets per stream to ensure hands-on mastery. The total fee varies by technical specialization: Mechanical engineering is structured at 7,889 USD per head. The advanced Avionics stream requires 15,780 USD per head , while the highly targeted Rotor Blade engineering track is offered at 6,575 USD per head.

General Knowledge & Eligibility This intensive engineering program is designed to forge the ultimate guardians of global airworthiness and aviation safety. Candidates must possess a strong foundational aptitude for mechanics, electronics, and precision work. The curriculum strictly adheres to the rigorous international regulatory frameworks established by the DGCA, FAA, and EASA, ensuring graduates meet the legal and technical standards required to certify commercial aircraft worldwide.

General Knowledge & Eligibility This intensive engineering program is designed to forge the ultimate guardians of global airworthiness and aviation safety. Candidates must possess a strong foundational aptitude for mechanics, electronics, and precision work. The curriculum strictly adheres to the rigorous international regulatory frameworks established by the DGCA, FAA, and EASA, ensuring graduates meet the legal and technical standards required to certify commercial aircraft worldwide.

Curriculum & Practical Exposure AME cadets are completely immersed in both the mechanical and digital heartbeat of modern aircraft throughout their training. The syllabus goes far beyond classroom theory, requiring students to master complex gas turbine engine overhauls, interpret intricate fly-by-wire logic, and execute precision Non-Destructive Testing (NDT). This guarantees that every engineer is equipped to ensure aircraft remain flawlessly "flyable" under grueling conditions.

Curriculum & Practical Exposure AME cadets are completely immersed in both the mechanical and digital heartbeat of modern aircraft throughout their training. The syllabus goes far beyond classroom theory, requiring students to master complex gas turbine engine overhauls, interpret intricate fly-by-wire logic, and execute precision Non-Destructive Testing (NDT). This guarantees that every engineer is equipped to ensure aircraft remain flawlessly "flyable" under grueling conditions.

Next Projects

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Multi-Engine Rating (MER)

Complex Aircraft Operations

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Multi-Engine Rating (MER)

Complex Aircraft Operations

BBA

BBA in Aviation Management

Strategic Leadership for the Global Aviation Economy.

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Degree in Aviation Disaster Management

Resilience, Prevention, and Technical Investigation.