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Aircraft Maintenance Engineering (AME) Mechanical B1.1 is a specialized licensing program focused on the inspection, repair, and maintenance of aircraft with turbine engines. This course prepares aspiring engineers to ensure the safety and airworthiness of aircraft by performing critical mechanical tasks. B1.1 license holders are authorised to work on the airframe, powerplant, and associated mechanical systems of large jet-engine aircraft.
As aviation continues to grow rapidly—both domestically and internationally—so does the demand for qualified aircraft maintenance professionals. AME Mechanical B1.1 plays a crucial role in the aviation ecosystem, ensuring that aircraft are inspected, maintained, and certified safe before every take-off. With increased air traffic and expanding airline fleets, this field offers strong career opportunities for dedicated and skilled engineers.
The course curriculum adheres to the DGCA CAR-66 regulations and combines comprehensive theoretical instruction with hands-on practical training. Students gain in-depth knowledge of aircraft structures, propulsion systems, aerodynamics, maintenance practices, and safety protocols. Successful completion of the program leads to eligibility for licensing under DGCA (India), and the acquired skills are internationally relevant, aligning with EASA and global aviation standards.
Institutions under the Sha-Shib Group, recognised for their state-of-the-art infrastructure and experienced faculty, offer this course as per DGCA-approved guidelines. Their training programs are structured to provide real-world exposure through live aircraft maintenance environments, empowering students with the technical competence and professional confidence to excel in the aviation maintenance industry.
Aircraft Maintenance Engineering (AME) Mechanical B1.1 is a professional licensing program designed for individuals aiming to build a career in aircraft mechanical systems maintenance. This course specifically focuses on turbine-powered fixed-wing aircraft, equipping students with the knowledge and practical skills required to maintain, inspect, and certify an aircraft's mechanical components for safe operation.
Utkal Aerospace & Engineering (UAE) is one of India's most prestigious institutions offering this program. The institute offers training in accordance with the CAR-147 (Basic) regulation, which is in line with international standards based on EASA Part 147, and is authorised by the Directorate General of Civil Aviation (DGCA), Ministry of Civil Aviation, Government of India.
Holders of a Category B1.1 AME license are authorised to issue certificates of release to service after performing maintenance tasks on an aircraft’s structure, powerplant, mechanical systems, and certain electrical systems. Additionally, they may conduct simple functionality tests on avionics systems to ensure airworthiness, provided no troubleshooting is involved.
UAE offers a comprehensive educational program that combines in-depth classroom instruction with real-world experience. The course is designed to meet DGCA CAR-66 standards and prepares students for real-time industry requirements, making them job-ready for both domestic and international aviation markets.
By enrolling in the B1.1 Mechanical stream at Utkal Aerospace & Engineering, students gain access to advanced training infrastructure, experienced faculty, and a curriculum that reflects the evolving demands of the global aviation sector. The institute’s commitment to excellence ensures that graduates are not only licensed professionals but also future-ready aviation engineers.
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 - II | 2 | Maintenance Practices - II |
| 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 | 2 | Electronics Fundamentals |
| 3 | Maintenance Practices - III | 3 | Maintenance Practices - III |
| THEORY | PRACTICAL | ||
|---|---|---|---|
| S.NO. | NAME OF SUBJECT | S.NO. | NAME OF SUBJECT |
| 1 | Digital Techniques /Electronics instruments system - I | 1 | Digital Techniques /Electronics instruments system - I |
| 2 | Materials & Hardware -I | 2 | Materials & Hardware -I |
| 3 | Turbine Aeroplane Aerodynamics, Structure & Systems -I(Airframe structures) | 3 | Turbine Aeroplane Aerodynamics, Structure & Systems -I(Airframe structures) |
| THEORY | PRACTICAL | ||
|---|---|---|---|
| S.NO. | NAME OF SUBJECT | S.NO. | NAME OF SUBJECT |
| 1 | Materials & Hardware -II | 1 | Materials & Hardware -II |
| 2 | Turbine Aeroplane Aerodynamics, Structure & Systems -II(Airframe systems) | 2 | Turbine Aeroplane Aerodynamics, Structure & Systems -II(Airframe systems) |
| 3 | Gas Turbine Engine - I | 3 | Gas Turbine Engine - I |
| THEORY | PRACTICAL | ||
|---|---|---|---|
| S.NO. | NAME OF SUBJECT | S.NO. | NAME OF SUBJECT |
| 1 | Turbine Aeroplane Aerodynamics, Structure & Systems –III (Avionics) | 1 | Turbine Aeroplane Aerodynamics, Structure & Systems –III (Avionics) |
| 2 | Turbine Engine - II | 2 | Turbine Engine - II |
| 3 | Propellers | 3 | Propellers |
India’s aviation sector has seen transformative growth, largely due to proactive government policies aimed at making air travel more accessible and infrastructure more robust. Initiatives such as UDAN (Ude Desh ka Aam Nagrik) have significantly boosted regional connectivity by linking smaller cities through air routes. The government's continuous investment in developing aviation infrastructure, regulatory reforms, and partnerships with private players has further expanded the need for skilled professionals—including licensed Aircraft Maintenance Engineers—to ensure safe and efficient operations.
India is quickly becoming as a major global centre for MRO (maintenance, repair, and overhaul) services. With the government reducing taxes and creating favourable policies to encourage MRO investments, the sector is witnessing unprecedented growth. This expansion translates to a surge in demand for certified AMEs who play a critical role in maintaining aircraft and ensuring their airworthiness. As airlines and private operators increasingly choose India for their maintenance needs, the employment landscape for AMEs continues to widen.
With the goal of building 220+ airports by 2025, India is undergoing massive airport development and modernisation projects. This rise in the number of operational airports naturally leads to a greater number of aircraft movements, all of which require regular maintenance. Alongside, airline fleets are expanding rapidly to meet the growing demand for both domestic and international travel. These factors create numerous opportunities for AMEs to contribute to the operational safety and reliability of aircraft.
India's aviation industry is currently among the fastest-growing in the world, with consistent increases in passenger and cargo traffic. This growth is accompanied by higher recruitment across various technical roles, with Aircraft Maintenance Engineering becoming a core component of airline operations. As airlines aim to minimise downtime and maximise safety, the role of AMEs has become more vital than ever, resulting in a wide array of career prospects across commercial, cargo, and private aviation sectors.
Aviation, by its nature, is a high-skill, high-responsibility industry, and Aircraft Maintenance Engineers are recognised as essential personnel. With structured career progression, international exposure, and opportunities to work with leading airlines and aviation companies, AMEs often enjoy a dynamic work environment. Apart from job security and professional growth, this field offers various benefits, including travel perks, global career mobility, and access to cutting-edge aviation technologies.
As per international standards set by the International Civil Aviation Organisation (ICAO) and Indian regulations like the Aircraft Act of 1934 and Aircraft Rules of 1937,
This means that every aircraft—whether owned by private airlines, government bodies, business houses, flying clubs, or even emergency services like air ambulances—must be inspected and approved by a certified AME before take-off. These licenses are issued by the Directorate General of Civil Aviation (DGCA), Government of India, under the CAR-66 regulation.
With the continuous growth of the aviation industry, the demand for licensed AMEs is increasing across various sectors, offering a wide range of job opportunities both in India and abroad.
One of the most sought-after career paths, commercial airlines offer vast opportunities for licensed Aircraft Maintenance Engineers. As a certifying engineer, you are responsible for conducting routine maintenance, troubleshooting faults, performing scheduled inspections, and ensuring overall airworthiness of aircraft before every flight. This critical role contributes directly to flight safety and operational efficiency. Leading Indian and international carriers actively recruit AMEs to maintain their growing fleets.
MROs are specialized service providers dedicated to aircraft maintenance and repairs. As an AME in this domain, you’ll gain hands-on experience with a variety of aircraft models and systems—ranging from airframe and engine work to avionics checks. The Indian MRO industry is expanding rapidly due to favorable government policies and reduced tax structures, creating high employment potential for skilled AMEs.
Aircraft manufacturers—such as Airbus, Boeing, or regional OEMs—require skilled AMEs to assist in production, assembly line maintenance, and quality assurance. Working in this sector provides insight into the complete aircraft lifecycle, from blueprint to final assembly, ensuring that every system meets stringent safety and engineering standards. This role is ideal for those passionate about innovation and technology in aviation.
The business and private jet sector offers a unique work environment for Aircraft Maintenance Engineers. You may be tasked with maintaining luxury aircraft for high-profile clients or companies, ensuring that these jets operate at peak efficiency and reliability. Jobs in this segment often provide a more personalized work atmosphere and exposure to a wide range of high-performance aircraft.
Various government organizations, such as the Directorate General of Civil Aviation (DGCA), Airports Authority of India (AAI), and defense establishments like the Indian Air Force and HAL (Hindustan Aeronautics Limited), employ licensed AMEs. One of the notable roles in this sector is that of an Airworthiness Officer, responsible for regulating and certifying the safety of aircraft within national aviation standards. These jobs offer long-term career stability, authority, and opportunities to work on advanced aerospace technologies.
The AME license, when complemented by certifications aligned with global standards like EASA Part-66, can open doors to international careers in the Middle East, Europe, Southeast Asia, and beyond. Countries with expanding aviation markets actively seek experienced and certified AMEs to support their fleets, offering global exposure and attractive work environments.
Store inspectors are in charge of managing and examining spare parts and aircraft components. Their role ensures that all parts meet the required quality and airworthiness standards before being used in maintenance operations.
These professionals support licensed AMEs by performing essential maintenance tasks. Their responsibilities include assisting in routine inspections, repairs, and component replacements, ensuring that aircraft remain flight-ready.
Managing an aircraft's long-term airworthiness is part of this job. These managers oversee maintenance programs and ensure that all aircraft remain in compliance with operational and safety standards throughout their service life.
Supply Chain Managers play a key role in aviation logistics by monitoring inventory levels, tracking demand patterns, and implementing effective strategies for inventory control. Their efforts help maintain seamless maintenance operations.
Technical Officers offer expert technical support across multiple aircraft systems—such as airframe, powerplant, or avionics. They assist engineering and maintenance teams with specialized guidance and system expertise.
Planning Managers are responsible for organizing maintenance schedules, allocating resources, and ensuring all activities are executed efficiently and on time. Their strategic role is vital to maintaining operational continuity.
Quality Managers are in charge of establishing and monitoring aviation quality management systems. They ensure that all maintenance practices meet stringent regulatory, safety, and quality benchmarks set by aviation authorities.
Workshop Maintenance Managers are responsible for overseeing aircraft component maintenance workshops. Their primary duty is to ensure that all maintenance procedures are executed in accordance with aviation safety and quality standards. This role demands strong technical knowledge and managerial skills to supervise specialized tasks and maintain high levels of operational efficiency.
An Aircraft Maintenance Manager typically leads the day-to-day operations of the maintenance department. Their responsibilities include coordinating maintenance schedules, managing technical personnel, and ensuring regulatory compliance. This role is crucial in maintaining safety, minimizing aircraft downtime, and delivering on-time service reliability.