Turn your passion for aviation into a highly rewarding, globally recognized career. Discover the comprehensive roadmap to becoming a licensed Aircraft Maintenance Engineer in 2026 under DGCA CAR-147 regulations.

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Choosing the right path after high school is one of the most critical decisions a student faces. If you have completed your 12th standard with Physics, Chemistry, and Mathematics (PCM) and carry an unyielding fascination for how massive flying structures navigate the skies, an Aviation Career After 12th holds spectacular promises. Among the array of available choices, the Aircraft Maintenance Engineering Course emerges as an exceptional, highly dynamic technical pathway that operates as the backbone of global commercial and defense flight networks.

Unlike conventional engineering programs that offer purely theoretical academic degrees, an AME Course After 12th is a highly intensive, regulatory-compliant technical program. It focuses directly on equipping candidates with practical competencies, hands-on operational training, and regulatory knowledge. As global air passenger traffic breaches record milestones in 2026 and leading regional carriers systematically deploy massive hundreds-strong aircraft orders, the global demand for skilled, certified maintenance professionals has reached unprecedented heights. This guide details every facet of the AME landscape to help you transition smoothly from a high school graduate to a fully certified aviation specialist.

What is Aircraft Maintenance Engineering (AME)?

Aircraft Maintenance Engineering is a highly specialized technical discipline dedicated entirely to ensuring the airworthiness, mechanical integrity, structural durability, and operational safety of all varieties of aircraft. Every commercial airliner, private charter jet, corporate turboprop, and military transport helicopter must meet incredibly stringent safety benchmarks before it is legally cleared to lift its wheels off the runway tarmac.

The primary role of an Aircraft Maintenance Engineer (AME) is to act as the ultimate authority on aviation safety. An AME conducts systematic, rigorous inspections, replaces aging or worn components, diagnoses complex electrical anomalies, fixes structural defects, and runs advanced diagnostic tests on powerplants and avionics suites. Their professional signature on a Flight Release Certificate is legally mandatory before any flight can take off.

Critical Responsibilities of an Aircraft Maintenance Engineer:

Pre-Flight & Transit Inspections: Performing quick, vital structural, fluid, and system evaluations during brief airport gate stopovers to verify flight readines.
Troubleshooting & Component Rectification: Utilizing sophisticated fault-isolation protocols to pinpoint and replace malfunctioning digital avionics modules or mechanical flight surfaces.
Scheduled Overhauls (C & D Checks): Stripping down major interior and mechanical components inside specialized hangars to execute deep maintenance checks, ensuring long-term structural health.
Regulatory Compliance: Documenting and executing all repair operations in strict compliance with manufacturer manuals and legal frameworks.

The entire global aviation infrastructure relies completely on the competence of these engineers. Modern airlines manage tight flight turnarounds where mechanical delays can cause cascading financial and logistical disruptions. Because complex modern airliners contain millions of connected parts, flight crews rely entirely on the engineering team on the ground. AMEs keep these complex technological assets operating reliably, ensuring that public transport remains incredibly safe.

AME at a Glance

Course

Aircraft Maintenance Engineering

Eligibility

10+2 with Physics, Chemistry & Mathematics (PCM)

Admission Year

2026 Batch Now

Recognized By

DGCA, Ministry of Civil Aviation

Location

Neemrana, Rajasthan (North India)

Career Paths

Airlines, MRO, Aircraft Manufacturing, Defence Aviation

AME Course Details After 12th

The structured core of the AME program is designed to move students efficiently from introductory physics concepts to advanced, practical aircraft diagnostics. The basic operational parameters of this professional path are outlined below:

Particular	Details
Course Name	Aircraft Maintenance Engineering (AME)
Eligibility	10+2 with Physics, Chemistry & Mathematics (PCM) with minimum 50% aggregate marks OR 3-Year Engineering Diploma
Course Duration	2 Years Basic Training + 1 to 2 Years Mandatory Practical Experience
Course Type	DGCA CAR-147 Approved Aircraft Maintenance Engineering Programme
Admission Process	Entrance Examination Merit / Direct Application and Counseling
Career Sector	Airlines, MRO Companies, Defence Aviation, General Aviation and Aircraft Manufacturing
Average Course Fees	₹8,00,000 (Approx.)

In India, the structural standards for this course are strictly defined by the Directorate General of Civil Aviation (DGCA) under the Ministry of Civil Aviation. To step into this field, you must choose an institute that holds explicit, valid structural certification as a CAR-147 Basic Training Organization.

The program is split into two primary streams: Mechanical (Category B1), which covers heavy turbine powerplants, structures, landing gears, and fluid systems; and Avionics (Category B2), which focuses on cockpit instruments, radio communications, pulse systems, digital instrumentation, and electrical infrastructure.

AME Eligibility After 12th

Because of the immense responsibilities placed on an engineer, the AME Eligibility After 12th includes precise academic, age, and medical fitness criteria:

Academic Qualification: Must have passed the 10+2 intermediate board examination or equivalent from a recognized central or state board.
Core Subject Matrix: The candidate must have pursued the Science stream with mandatory emphasis on Physics, Chemistry, and Mathematics (PCM).
Minimum Score Benchmark: A baseline aggregate of at least 50% in the PCM group is typical for premium training centers (some entry paths accept 45%).
Diploma Alternative: Candidates holding an AICTE-recognized 3-year diploma in Mechanical, Electrical, Electronics, or Aeronautical engineering are also fully eligible.
Age Limitations: The minimum age limit is 16 years at the time of official institute joining. There is no rigid upper age restriction for entering the training phase, provided medical fitness is sustained.
Medical Fitness: Candidates must produce a formal fitness certificate issued by an MBBS doctor, confirming normal vision and healthy hearing.

Medical Eligibility Summary Table

Medical Parameter	Requirement
Color Vision	Normal Color Vision as Per Applicable DGCA Medical Standards
Night Vision	Normal Night Vision Required
General Vision	6/6 Vision or Corrected to 6/6 with Spectacles/Contact Lenses (Subject to DGCA Norms)
Physical Fitness	Candidate Should Be Physically and Mentally Fit to Perform Aviation Maintenance Duties

AME Course Duration

The total AME Course Duration framework runs across precise theoretical, practical, and on-job milestones, designed to meet international safety guidelines. The primary institutional phase spans 2 Years (Totaling 2,400 training hours). This curriculum is strictly balanced between theoretical instruction (60%) and practical workshop execution (40%).

To earn an unrestricted maintenance license, a student must follow a structured development path:

The Structural AME Milestone Timeline

Semesters 1 & 2: Core Engineering Foundations (Months 1–12)

Focuses on foundational scientific concepts, electronics, materials technology, hardware standards, and basic aerodynamics inside training labs.

Semesters 3 & 4: Specialized Systems & Live Training (Months 13–24)

Advanced training on complex live systems, structures, and powerplants. Includes 288 hours of mandatory practical work on active aircraft inside a CAR-145 MRO.

Post-Institutional Stage: Mandatory Maintenance Experience (Months 25–48)

1 to 2 years of full-time, recorded field experience within an authorized maintenance facility to finalize the regulatory license.

During this training period, students develop crucial analytical skills and mechanical habits. The 2,400-hour institutional track prepares you for the strict safety cultures maintained by modern commercial aviation systems.

AME Course Subjects

The curriculum is divided into clear regulatory module groups specified under international civil aviation guidelines. The primary fields of study include:

Subject	Description
Aircraft Systems	Covers fluid power dynamics, cabin environmental controls, landing gear actuation, emergency escape mechanisms, and fuel distribution systems.
Aircraft Structures	Focuses on structural metallurgy, composite materials, stress analysis, riveting techniques, and non-destructive testing (NDT) methods used in aircraft maintenance.
Aircraft Engines	Provides in-depth knowledge of turbofan engines, auxiliary power units (APUs), thermodynamics, compressor stages, and fuel control systems.
Aviation Safety	Covers hazardous material handling, fire protection systems, accident prevention practices, and aviation safety regulations.
Maintenance Practices	Includes practical training on precision tools, aircraft hardware, wiring repairs, inspection techniques, and calibration procedures.
Human Factors	Examines human performance, decision-making, communication, fatigue management, and error prevention in aviation maintenance.
Electrical Systems	Covers AC/DC power generation, electrical circuits, distribution systems, and aircraft electrical protection mechanisms.
Aerodynamics	Studies airflow principles, lift and drag forces, flight mechanics, boundary layers, and aircraft control surfaces.

Skills Required for AME Students

Succeeding as an aviation maintenance professional requires a combination of specialized technical abilities and strong personal habits:

Technical Skills: The ability to read complex schematic wire blueprints and system flowcharts, and confidently handle advanced digital diagnostic instruments.
Problem Solving: Systematically identifying root causes of anomalies under tight operational deadlines, using logical troubleshooting protocols.
Attention to Detail: Checking hardware torque settings and component fits with total accuracy, ensuring no oversight occurs.
Communication: Logging entries and delivering precise handovers to incoming crews to prevent critical miscommunications.
Teamwork: Collaborating smoothly with avionics specialists, structural technicians, and logistics managers during deep checks.
Safety Awareness: Maintaining a zero-compromise approach to safety protocols, ensuring absolute compliance with manufacturer manuals.

Why Choose AME After 12th?

An Aircraft Maintenance Engineering Course offers distinct advantages compared to traditional three or four-year general academic degrees:

1. Direct Route to High-Responsibility Work: The program prepares you quickly for practical engineering responsibilities. By age twenty-one or twenty-two, certified AMEs manage high-value aerospace assets and sign flight releases, long before graduates from traditional paths achieve similar organizational authority.

2. Rapid Professional Launch: Traditional engineering degrees require four full years of classroom study before a student enters the job market. The AME path moves you into active aviation maintenance hangars within twenty-four months, allowing you to build real-world experience early.

3. Global Career Mobility: Modern aircraft utilize highly standardized platforms across the globe. An engineer trained on an Airbus A320 or Boeing 737 platform in India works with the identical systems, maintenance manuals, and diagnostic setups used in Singapore, London, or Dubai. This technical consistency makes it much easier to transition to international roles.

4. Strong Sector Resilience: While general technology fields experience regular employment cycles, the physical fleet of aircraft requires constant safety oversight. Aircraft must complete their safety checks based on strict calendar or flight-hour intervals, regardless of broader economic fluctuations. This regulatory framework ensures highly stable, long-term demand for certified maintenance professionals.

Career Scope After AME

Completing your basic training opens up various specialized career paths across the aviation sector:

Aircraft Maintenance Engineer

Holds the ultimate authority to inspect, troubleshoot, and sign the official release documents certifying an aircraft as completely safe to fly.

Aircraft Technician

Works directly on the physical hardware, performing component replacements, engine changes, and line maintenance tasks under engineer guidance.

Manufacturing Specialist

Works within structural and system assembly plants, verifying that new aircraft components meet strict engineering blueprints and tolerances during production.

Aviation Safety Officer

Implements and monitors comprehensive Safety Management Systems (SMS) across hangars and ramps to eliminate operational hazards.

Quality Assurance Engineer

Audits engineering processes and technical documentation to ensure full compliance with regulatory frameworks and corporate safety goals.

Technical Services Engineer

Analyzes fleet data, develops modifications for persistent mechanical issues, and acts as the technical liaison to aircraft manufacturers.

MRO Specialist

Focuses on component-level repairs inside specialized Maintenance, Repair, and Overhaul centers, handling items like landing gears or radar arrays.

Maintenance Planner

Coordinates complex maintenance schedules, tracking part lifecycles and organizing major checks to minimize downtime for the airline fleet.

Salary After AME Course

Compensation in this field scales directly with your experience level, cleared regulatory modules, and the specific aircraft type ratings you earn:

Career Phase	Experience Level	Average Annual Salary Range (INR)
Aircraft Technician	0 to 2 Years	₹4.2 Lakhs to ₹6.5 Lakhs
Licensed AME	3 to 5 Years	₹10.0 Lakhs to ₹18.0 Lakhs
Type-Rated Senior Engineer	5+ Years	₹24.0 Lakhs to ₹45.0 Lakhs+

Factors Influencing Earning Potential: Earning your initial license establishes a strong professional baseline. Your market value increases significantly as you pass additional DGCA modular tests and secure formal type-ratings on widely used commercial fleets like the Boeing 787 Dreamliner or Airbus A321neo. International defense contractors and prominent global airlines often provide substantial premiums for engineers holding multiple type certifications.

Understanding Aircraft Maintenance Engineering

Aircraft Maintenance Engineering is a technical discipline governed by the Directorate General of Civil Aviation (DGCA) in India. AME professionals are responsible for maintaining, inspecting, and certifying aircraft for airworthiness a responsibility that places them at the absolute centre of aviation safety.

The AME programme at School of Aeronautics covers aerodynamics, aircraft structures, propulsion systems, avionics, aircraft electrical systems, hydraulics, pneumatics, and the full spectrum of DGCA regulatory requirements. Students learn to apply engineering principles to real-world maintenance scenarios, developing the technical judgment that is essential for a career in aviation.

Upon completing the programme and clearing DGCA examinations, AME graduates earn a licence that authorises them to certify aircraft for return-to-service after maintenance a role of enormous responsibility and corresponding professional standing in the aviation industry.

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Aviation Industry Growth and Future Scope

The financial and structural expansion of the aviation sector supports the long-term career outlook for modern graduates. In India and across the broader Asia-Pacific region, the aviation industry is experiencing sustained structural growth. Regional carriers have placed historic, multi-billion-dollar aircraft orders that will add hundreds of mainline commercial jets to the regional fleet over the coming decade.

This expansion is supported by major national initiatives like the UDAN regional connectivity scheme, which has modernized and reopened scores of regional airports. This expanding infrastructure connects previously underserved populations to major economic centers. This growing network of active airports requires dedicated, permanent teams of technicians and certifying engineers on-site to handle daily line maintenance and quick operational turnarounds.

At the same time, regional maintenance strategy is shifting away from relying on distant international repair hubs. Domestic and international partnerships are investing heavily in building localized, state-of-the-art Maintenance, Repair, and Overhaul (MRO) facilities. This shift allows complex structural checks and deep engine overhauls to be completed domestically, which helps reduce operational costs for airlines and creates long-term, high-skill technical employment opportunities within the country. This developing MRO infrastructure provides a highly stable career path for the next generation of certified aircraft maintenance engineers.

How to Apply for AME Admission 2026?

Securing a seat in a premier DGCA-approved CAR-147 training organization involves a clear, structured application process:

Online Application Registration

Fill out the admission forms on your selected institute’s portal or via recognized central common entrance test channels like AME CEE 2026.

Eligibility Verification

Upload clear scanned proofs of your high school marksheets and age verification certificates to confirm you meet the structural entry benchmarks.

Counseling and Stream Selection

Participate in standard counseling sessions to align your career goals with the most suitable training track, choosing between Mechanical (B1) or Avionics (B2).

Document Verification & Medical Clearance

Present your original academic records along with a valid physical fitness certificate signed by an MBBS professional.

Admission Confirmation

Secure your finalized seat allotment by paying the initial registration fee block as specified by the institute’s academic rules.

Why Choose a Reputed AME Institute?

Selecting the right training center is a critical step because your practical competencies depend heavily on the quality of the campus infrastructure. Top-tier CAR-147 institutions feature advanced workshops, fully functional engine testing installations, composite repair laboratories, and specialized mock-up rigs. Many premium training centers invest in dedicated, on-site hangars housing real aircraft, giving students the opportunity to practice maintenance tasks in a realistic operational setting.

Furthermore, established academies bring together highly experienced instructional teams, often composed of retired defense maintenance specialists and senior licensed civil aviation engineers. These instructors provide invaluable mentorship alongside the core curriculum. Strong industry relationships are also a major advantage of leading schools, helping secure structured internships and practical training slots with prominent airlines and domestic MRO providers.

AME Admission Process 2026

A simple, transparent six-step process to secure your place in North India’s best and oldest AME programme. Your aviation career begins here.

① Online Application

↓

② Eligibility Verification

↓

③ Counseling Session

↓

④ Document Verification

↓

⑤ Admission Confirmation

↓

⑥ Enrollment

Interested in AME Admission 2026?

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What Our Students Say About Their Aviation Journey

Real students. Real guidance. Real outcomes. Here’s what some of our alumni have shared about how career counselling shaped their aviation story.

Sapna Mishra (Parents)

I visited School of Aeronautics for my daughter’s admission and had a very satisfying experience. The campus is clean disciplined and well maintained. The staff members were polite and explained everything clearly about academics and career opportunities🌟The counsellor was very polite and guided us properly throughout the admission process. All our doubts were clearly explained, and we received complete information about the course, career scope, and placement opportunities👩‍🎓I was especially satisfied after seeing the girls’ hostel facilities. The hostel is safe secure and hygienic which is very important for parents. The mess area was also clean and well organized❤️As a mother safety and comfort are my top priorities and after visiting the campus, I felt relaxed and confident that my daughter will be in a secure and caring environment😊Overall...I am satisfied and confident about my daughter’s future here 📚🌟😇

Hera Lal (Student)

I am a 4th year student at School of Aeronautics and overall my experience has been good. The campus is disciplined and well maintained. Personally the best thing for me is the mess food. I really like the food here. Breakfast 🥘 lunch 🍛dinner 🥙and evening snacks🥞 are served on time with good variety. The meals are hygienic, balanced and taste like home-cooked food🥰😚 Overall, the college is good, and I am satisfied with my experience😋😋 The counsellor was very polite and guided us properly throughout the admission process. All our doubts were clearly explained, and we received complete information about the course, career scope, and placement opportunities👩‍🎓I was especially satisfied after seeing the girls’ hostel facilities. The hostel is safe secure and hygienic which is very important for parents. The mess area was also clean and well organized❤️As a mother safety and comfort are my top priorities and after visiting the campus, I felt relaxed and confident that my daughter will be in a secure and caring environment😊Overall...I am satisfied and confident about my daughter’s future here 📚🌟😇

Kiaan Mallik (Student)

I feel proud to be a part of School of Aeronautics. This institute not only gave me technical knowledge but also shaped my personality and career.The campus is well-maintained and provides a disciplined and professional environment. Hostel rooms are clean, spacious, and hygienic with proper facilities for comfortable living. Washrooms are regularly cleaned and maintained.The mess provides good quality, hygienic, and balanced meals with proper variety. As you can see in the pictures, the food is fresh and well-served.The institute also focuses on overall student exposure — from academics to industrial training and activities.With the guidance and placement support of the college, I was successfully placed at Emirates Airlines in 2021 as an Aircraft Maintenance Technician (Line Maintenance Department).I will always be thankful to my college for giving me the right platform to achieve my dream. Highly recommended for students who are serious about building a strong career in aviation.

Amit Sharma (Student)

My college experience has been highly positive. The faculty is knowledgeable and approachable, offering valuable support and guidance. The curriculum is well-structured, fostering both academic and personal growth.

Gourav Sardana (Student)

Good college for engineering. Affiliated to BTU, Learnt a lot from this college and mainly it teaches how important self learning is. Supportive faculty.

Sathya Narayanan (Student)

Best place to get your Aeronautical Engineering degree. No.1 Lab Infrastructures Integrated Courses available for AME (Aircraft Maintenance Engineering) and Aeronautical Engineering. No places I have seen like this.

subhash tanwar (Student)

Good infrastructure .well maintained labs.apart from study extra activities also available for good mental health of the students.

rashmi choudhary (Student)

GOOD EDUCATIONAL PLACE.NICE INFRASTRUCTURE.ALL SPORTS AND CULTURAL ACTIVITIES AVAILABLE.

rashmi choudhary (Student)

GOOD EDUCATIONAL PLACE.NICE INFRASTRUCTURE.ALL SPORTS AND CULTURAL ACTIVITIES AVAILABLE.

Swathi Bokam (Student)

Best library facility to study different books by different authors. Good opportunity for new ideas for semester projects. Placements are provided.

Divya Sahu (Student)

I am having a great experience in School Of Aeronautics. And there are alots of fun activities for refreshment. Lab are provided for each classes for providing practical knowledge to the students. Teachers are friendly in nature and guide us for improving us not only in studies but in life.

Tiny Anna Das (Student)

Did my graduation from here. Now I'm an Aerospace technical author for Rolls royce Engine TrentTEN.

Shivani Sharma (Student)

I' m studying in this college. Best experience Nice teachers and good environment for studies

Piyush Chauhan (Student)

I am batch 2018-22 student. Good college for aeronautical courses specifically for int course. Faculty also good. Overall good experience.

Congratulations to Our SOACET 2025 Scholarship Achievers!

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Frequently Asked Questions

Everything you need to know about AME, School of Aeronautics Neemrana, and how to build your aviation career

Q1: What is the primary focus of an AME course after 12th?

The course is a specialized technical licensing track designed to train students in inspecting, troubleshooting, repairing, and certifying the safety of various aircraft types under civil aviation rules.

Q2: Can students without a PCM background apply for this program?

No, a 10+2 high school background with Physics, Chemistry, and Mathematics is mandatory. Alternatively, students holding an AICTE-recognized 3-year engineering diploma can apply.

Q3: What is the basic duration of the initial institutional phase?

The basic institutional phase requires exactly 2 years of study, structured across 2,400 comprehensive training hours divided between classrooms and active maintenance workshops.

Q4: Is an AME program considered an official degree course?

No, it is a specialized technical license training program. It focuses on preparing students to meet the stringent safety standards and modular examinations required to earn a DGCA aircraft maintenance license.

Q5: What are the main differences between the Mechanical and Avionics streams?

The Mechanical stream (B1) focuses on major structural components, powerplants, and hydraulic networks. The Avionics stream (B2) specializes in cockpit instrumentation, radar arrays, auto-flight installations, and electrical systems.

Q6: Why is a color blindness test mandatory for admission?

Aircraft wiring harnesses and complex system schematics rely on precise, color-coded layouts. Accurate color identification is a critical safety requirement for daily maintenance work, making color blindness a standard ground for rejection.

Q7: What is the typical entry-level salary range for a new technician?

New graduates entering the field as aircraft technicians typically start with a salary range between ₹4.2 Lakhs and ₹6.5 Lakhs per year, which scales up quickly as type ratings are earned.

Q8: Are AME qualifications recognized internationally?

Yes, because training structures align closely with international frameworks, engineers can transition their skills to global markets by meeting the specific local aviation authority guidelines.

Q9: What are the major subjects covered in the first year?

The initial curriculum focuses on electrical fundamentals, materials technology, hardware standards, basic aerodynamics, and essential human factors modules.

Q10: Is an entrance examination always required for admission?

Many top-tier institutes utilize merit scores from national entrance tests like AME CEE to allocate scholarships and seats, though some centers offer direct admission options based on 12th board performance.

Q11: Can a licensed AME transition into airport management roles?

Yes, the deep understanding of maintenance workflows and safety compliance provides an excellent foundation for moving into operational management or quality assurance leadership positions.

Q12: How often does the DGCA conduct the modular licensing exams?

The Central Examination Office of the DGCA typically coordinates computer-based modular examinations three times within a calendar year.

Q13: What specific duties does an aviation quality engineer handle?

They monitor maintenance records, perform compliance audits across workshops, and ensure all hangar operations strictly follow regulatory updates.

Q14: Does the course fee include the cost of living and hostel stay?

Typically, tuition and laboratory fees are listed separately from residential costs. Hostel fees are calculated based on the specific campus amenities chosen by the student.

Q15: How does the ongoing airport expansion affect job prospects?

The addition of new regional airports requires permanent, locally based technical teams to handle line maintenance, which steadily increases the baseline demand for qualified engineers.

Start Your Aviation Career with AME

Take the first step toward a rewarding, high-responsibility career in aerospace engineering. Reach out to our admissions advisors today to plan your educational path for the 2026 academic term.

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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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What is Aircraft Maintenance Engineering (AME)?

Critical Responsibilities of an Aircraft Maintenance Engineer:

AME at a Glance

Course

Eligibility

Admission Year

Recognized By

Location

Career Paths

AME Course Details After 12th

30+

5000+

25+

100+

AME Eligibility After 12th

Medical Eligibility Summary Table

AME Course Duration

The Structural AME Milestone Timeline

AME Course Subjects

Skills Required for AME Students

Why Choose AME After 12th?

Career Scope After AME

Aircraft Maintenance Engineer

Aircraft Technician

Manufacturing Specialist

Aviation Safety Officer

Quality Assurance Engineer

Technical Services Engineer

MRO Specialist

Maintenance Planner

Salary After AME Course

Understanding Aircraft Maintenance Engineering

Interested in AME Admission 2026?

Aviation Industry Growth and Future Scope

How to Apply for AME Admission 2026?

Online Application Registration

Eligibility Verification

Counseling and Stream Selection

Document Verification & Medical Clearance

Admission Confirmation

Why Choose a Reputed AME Institute?

AME Admission Process 2026

Interested in AME Admission 2026?

What Our Students Say About Their Aviation Journey

Congratulations to Our SOACET 2025 Scholarship Achievers!

OUR PLACEMENTS

Frequently Asked Questions

Start Your Aviation Career with AME

Useful Links

Admission Helpline

SCHOOL OF AERONAUTICS

SCHOOL OF AERONAUTICS (NEEMRANA)

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