- +91 9226 086 506 | +91 9289 135 506
- uae.bbsr@gmail.com
Aspiring AME students must have completed 10+2 with Physics, Chemistry, and Mathematics, or hold a three-year diploma in Engineering in disciplines such as Electrical, Electronics, Aeronautical, or Mechanical to be eligible for the AME course
The specialised discipline of aircraft maintenance engineering (AME) is concerned with inspecting, repairing, and maintaining aircraft to guarantee their airworthiness and safe operation. As per international aviation safety standards and Indian regulations, no aircraft can take off without being certified by a licensed AME. This critical responsibility highlights the significance and career potential of this profession, especially amid the rapid growth of the aviation industry in India and across the globe.
The AME B2 programme specialises in avionics systems, focusing on critical aircraft components such as navigation, communication, instrumentation, and flight control systems—all essential for the safe and efficient operation of modern aircraft. The curriculum includes in-depth study of advanced systems like radar technologies, autopilot operations, flight management systems, and electronic hardware diagnostics. Students undergo practical training at DGCA-approved CAR 145 MRO facilities, where they gain hands-on experience in maintaining and troubleshooting avionics systems.
This programme equips students with the knowledge and technical skills to work with the latest avionics technologies, preparing them to meet the demands of a rapidly evolving aviation industry.
With the growing integration of digital technologies and modern avionics in aircraft worldwide, AME B2 professionals are increasingly sought after. Graduates of this stream find rewarding career opportunities with commercial airlines, aircraft manufacturers, avionics equipment firms, and MRO (Maintenance, Repair, and Overhaul) organisations, playing a vital role in ensuring flight safety and performance.
Utkal Aerospace & Engineering (UAE) is one of the premier institutions in India, offering DGCA-approved Aircraft Maintenance Engineering programmes in both Mechanical (B1.1) and Avionics (B2) categories. The institute operates under the guidelines of the Directorate General of Civil Aviation (DGCA), Ministry of Civil Aviation, Government of India, and is approved under CAR-147 (Basic), which aligns with global standards based on EASA Part-147 regulations.
At UAE, students receive:
Training aligned with industry expectations and regulatory requirements
TOTAL DURATION: 2400 HOURS
| THEORY | PRACTICAL | ||
|---|---|---|---|
| S.NO. | NAME OF SUBJECT | S.NO. | NAME OF SUBJECT |
| 1 | Maintenance Practices - I | 1 | Maintenance Practices - I |
| 2 | Basic Aerodynamics | 2 | Basic Aerodynamics |
| 3 | Aviation Legislation-I |
| THEORY | PRACTICAL | ||
|---|---|---|---|
| S.NO. | NAME OF SUBJECT | S.NO. | NAME OF SUBJECT |
| 1 | Electrical Fundamentals-I | 1 | Electrical Fundamentals-I |
| 2 | Maintenance Practices - I | 2 | Maintenance Practices - I |
| 3 | Human Factors | ||
| 4 | Aviation Legislation-II |
| THEORY | PRACTICAL | ||
|---|---|---|---|
| S.NO. | NAME OF SUBJECT | S.NO. | NAME OF SUBJECT |
| 1 | Electrical Fundamentals-II | 1 | Electrical Fundamentals-II |
| 2 | Electronics Fundamentals-I | 2 | Electronics Fundamentals-I |
| 3 | Digital Techniques/Electronics instruments system - I |
| THEORY | PRACTICAL | ||
|---|---|---|---|
| S.NO. | NAME OF SUBJECT | S.NO. | NAME OF SUBJECT |
| 1 | Digital Techniques/Electronics instruments system - II | 1 | Digital Techniques/Electronics instruments system - II |
| 2 | Materials & Hardware -I | 2 | Materials & Hardware -I |
| 3 | Aircraft Aerodynamics, Structure & System -I (Electrical Power) | 3 | Aircraft Aerodynamics, Structure & System -I (Electrical Power) |
| THEORY | PRACTICAL | ||
|---|---|---|---|
| S.NO. | NAME OF SUBJECT | S.NO. | NAME OF SUBJECT |
| 1 | Materials & Hardware -II | 1 | Materials & Hardware -II |
| 2 | Aircraft Aerodynamics, Structure & System –II(Instrument, Auto pilot, compass) | 2 | Aircraft Aerodynamics, Structure & System –II , III (Instrument, Auto pilot, compass, Airframe & Structure) |
| 3 | Aircraft Aerodynamics, Structure & System –III(Airframe, Structure)I |
| THEORY | PRACTICAL | ||
|---|---|---|---|
| S.NO. | NAME OF SUBJECT | S.NO. | NAME OF SUBJECT |
| 1 | Aircraft Aerodynamics, Structure & System –IV( Radio and Navigation) | 1 | Aircraft Aerodynamics, Structure & System –IV, V (Radio , Navigation & Cabin System) |
| 2 | Aircraft Aerodynamics, Structure & System –V(Cabin systems) | 2 | Propulsion |
| 3 | Propulsion |
India ranks among the fastest-growing aviation markets globally, with air travel expanding by over 20% annually. This surge has triggered a massive push to expand aviation infrastructure—including airport capacity, new airport construction, and enhanced training for pilots, cabin crew, AMEs, air traffic controllers, and ground staff—just to keep up with rising demand before the new aircraft fleet arrives.
Aircraft Maintenance Engineers are essential to aviation safety and operations. Commercial flights rely on their expertise to conduct inspections, repairs, and overhaul procedures on aircraft, engines, and components. Licensed AMEs are legally required to issue flight release certificates certifying airworthiness. Without their certification, no aircraft—whether operated by private carriers, government bodies, or emergency services—can legally take off (reddit.com)
The Indian aviation sector is set to become the world’s third-largest market by 2027, with plans to add more than 2,000 aircraft by 2030, according to IBEF. Boeing projects 2,835 aircraft deliveries during the next 20 years, whereas Airbus projects a need for about 2,210 additional aircraft. While India currently employs around 7,000 AMEs in various MRO and airline setups (businesstoday.in), and the projections suggest that more than 30,000 trained AMEs and technicians will be required by 2040 to maintain this expanding fleet. What This Means for AME Aspirants
With India’s aviation sector poised for an era of rapid expansion, skilled AMEs represent a critical component in sustaining safe and efficient flight operations. This makes now an ideal time to choose a career in Aircraft Maintenance Engineering.