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WELCOME TO SOA

The School of Aeronautics was established in 1992. Since then, we have been providing world-class Aviation Education across various disciplines, including Aeronautical Engineering, Aircraft Maintenance Engineering (AME Admission) & Cabin Crew.

All the labs in college are well-equipped with modern, highly sophisticated testing equipment. In total, there are 26 labs, catering to the needs of students of Aeronautical Engineering, Aircraft Maintenance Engineering, Integrated Course of Aeronautical Engineering + Aircraft Maintenance Engineering & Mechatronics Engineering.

India has become the third-largest Aviation market in the world after the US and China, with very high passenger growth. According to IATA, India is expected to be the first Aviation Market by 2030. Due to the government's liberalisation policies, India's aviation industry has experienced tremendous growth. Many private airlines and corporations, viz GoAir, IndiGo, Jet Airways, SpiceJet, Vistara, etc., are operating today with excellent operating revenues. India is also the fastest-growing Aviation market. According to IATA, around 726 aircraft will be inducted into the Indian Aviation industry in the next 5 years. If we talk about Boeing, India’s demand for aircraft will touch 1740 over the next 20 years. With the India Aviation Policy 2016, regional connectivity is increasing day by day, and many regional airlines have already started operating, with many more in the pipeline. At present, regional airlines alone operate 70 aircraft. India's aviation market is growing at an annual rate of 11%.

With the Government of India's Make in India initiative, many aircraft manufacturers have approached the government to set up manufacturing units in India and have successfully entered into tie-ups with existing units in the country. Boeing and Airbus are also entering the manufacturing sector in India. With such a huge expansion in the Indian Aviation sector, there will be a need for approximately 3.3 Lac trained manpower in Aeronautical Engineering, Aircraft Maintenance Engineering (AME), Cabin Crew, and various other fields, such as flying. Keeping all this data in mind, SOA has developed one of the largest aviation colleges in Neemrana.

The Aircraft Maintenance Engineering (AME) Admission Program at the School of Aeronautics(SOA)is approved by the Directorate General of Civil Aviation (DGCA), Government of India.
The AME License Examinations are conducted directly by the Directorate General of Civil Aviation(DGCA)in accordance with CAR-66 regulations.

The AME training program is designed to develop highly skilled aircraft maintenance professionals with strong theoretical knowledge and extensive hands-on exposure.

AME Course Duration & Training Structure

The AME training at SOA is of 2 years duration, divided into 4 semesters, with a structured curriculum aligned to DGCA standards.

• Total Planned Training:2400 Hours

• Classroom & Laboratory Training:2050 Hours

• Practical Live Aircraft Training:350 Hours(at approved MROs)

This balanced approach ensures students gain both academic excellence and real-world aircraft maintenance experience.

Aviation Experience & License Requirements

The total aviation experience required to obtain a B1.1 or B2 AME License is strictly followed as per DGCA CAR-66 norms.
SOA ensures students meet all training, experience, and examination requirements for successful AME license issuance.

Industry Tie-Ups & Practical Training Exposure

To provide real-world aviation industry exposure, the School of Aeronautics has established strong collaborations with leading aviation organisations:

• ✈ Air IndiaMRO– India’s largest Maintenance, Repair & Overhaul organisation

• 🛠 HAL TAD Kanpur– Specialised aircraft training and defence aviation exposure

• 🛩 Surya Aviation– Industry-oriented aircraft maintenance training

Through these partnerships, students gain hands-on experience with live aircraft, modern tooling, and maintenance practices employed by the aviation industry.

Aviation Experience & License Requirements

The total aviation experience required to obtain a B1.1 or B2 AME License is strictly followed as per DGCA CAR-66 norms. SOA ensures students meet all training, knowledge, and examination requirements for successful AME license issuance.

Workshops & Infrastructure

The School of Aeronautics offers state-of-the-art facilities to ensure comprehensive AME training:

• Mechanical Workshops

• Avionics Workshops

• Aircraft Systems Laboratories

• Modern Classrooms with DGCA-approved syllabus

• Live maintenance exposure at MRO environments

Students are trained in both Mechanical (B1.1) and Avionics (B2) systems, preparing them to meet global aviation maintenance standards.

Aviation Experience & License Requirements

The total aviation experience required to obtain a B1.1 or B2 AME License is strictly followed as per DGCA CAR-66 norms.
SOA ensures students meet all training, experience, and examination requirements for successful AME license issuance.

ELIGIBILITY FOR AME ADMISSION

The minimum qualification for AME ADMISSION is a pass in

1. 10+2 pre-degree/intermediate or equivalent with Mathematics, Physics and Chemistry / B.Sc with Maths, Physics & Chemistry.
2. Diploma in Engineering. (Mechanical, Electrical & Electronics)

The Aircraft Maintenance Engineering Program is

Approved by DGCA

B.Tech Aeronautical Engineering – Course Overview, Specialisations & Eligibility What is Aeronautical Engineering?

Aeronautical Engineering is a core engineering discipline that deals with the design, development, testing, manufacturing, and maintenance of aircraft and aerospace systems. It primarily focuses on machines capable of flight within the Earth’s atmosphere, including aeroplanes and helicopters, and extends into aerospace and advanced flight technologies.

This field integrates aerodynamics, propulsion, aircraft structures, avionics, materials science, and maintenance engineering to create aircraft that are safer, lighter, faster, more fuel-efficient, and cost-effective.

Role of an Aeronautical Engineer

Aeronautical engineers are responsible for innovation and safety in the aviation and aerospace industry. Their key roles include:

• Designing and developing aircraft, helicopters, satellites, missiles, and spacecraft

• Improving flight performance, fuel efficiency, and structural safety

• Applying principles of aerodynamics and propulsion systems

• Selecting and testing advanced aerospace materials and components

• Supporting aircraft maintenance, repair, and overhaul (MRO) operations

• Participating in high-speed, heavy-lift, and next-generation aerospace projects

Modern aeronautical engineering enables aircraft weighing over a million pounds to take off safely, while spacecraft travel at speeds exceeding 17,000 miles per hour, demonstrating the power of engineering precision.

Specialisations in B.Tech Aeronautical Engineering

The B.Tech Aeronautical Engineering program offers focused learning pathways in the following key areas:

🔹 Aerospace Engineering Specialisation

This specialisation emphasises advanced aerospace concepts, including:

• Space vehicle and satellite technology

• Rocket propulsion and space dynamics

• Aerospace materials and structures

• Computational aerodynamics

• Research & development in aerospace systems

🔹 Helicopter Engineering Specialisation

Focused on rotary-wing aircraft, this specialisation covers:

• Helicopter aerodynamics and flight mechanics

• Rotor systems and transmission

• Helicopter structures and powerplants

• Maintenance and safety of rotary-wing aircraft

• Applications in defence, rescue, and offshore operations

🔹 Aircraft Maintenance Engineering (Maintenance Specialisation)

This specialisation prepares students for roles in maintenance and reliability engineering, including:

• Aircraft systems inspection and troubleshooting

• Maintenance planning and reliability engineering

• Aviation safety and quality assurance

• Maintenance practices as per regulatory standards

• Exposure to airline and MRO environments

B.Tech Aeronautical Engineering – Eligibility Criteria🔹 Minimum Qualification for Admission

Candidates must satisfy any one of the following requirements:

• ✔ 10+2 / Intermediate / Equivalent
  with Physics, Mathematics and Chemistry as compulsory subjects

• ✔ 3-Year Diploma in Engineering(Relevant Stream)
  Eligible disciplines include:
  Mechanical, Production & Industrial, Electronics & Communication, Electronics, Instrumentation & Control, Telecommunication, and Aeronautical Engineering
  → Eligible for Lateral Entry into the 2nd Year

• ✔ B.Sc. Degree with Physics, Chemistry & Mathematics
  → Eligible for Lateral Entry into the 2nd Year

🔹 Minimum Marks Requirement As per AICTE Norms:

• Minimum 45% marks in 10+2 PCM or equivalent

• Relaxation for reserved categories as per government rules

Approvals & Affiliation

The B.Tech Aeronautical Engineering Program is:

• ✅ Approved by AICTE

• ✅ Affiliated to Bikaner Technical University(BTU)

This ensures the program meets national academic and technical education standards.

Integrated Program of Aeronautical Engineering &

Aircraft Maintenance Engineering

Dual Qualification for a Strong Aviation Career

The Integrated Program of Aeronautical Engineering & Aircraft Maintenance Engineering (AME)is a unique dual-qualification course designed for students who want to build a powerful career in both aircraft manufacturing and aircraft maintenance.

• The B.Tech Aeronautical Engineering Program is approved by AICTE and affiliated to Bikaner Technical University(BTU)

• The Aircraft Maintenance Engineering (AME) Program is approved by the Directorate General of Civil Aviation(DGCA)

What is the Integrated Aeronautical Engineering & AME Program?

An integrated course combines B.Tech (Aeronautical Engineering)and Aircraft Maintenance Engineering (AME)into a single structured program, where both courses run in parallel.

During the course duration, students appear for two separate examinations:

• 🎓 University Examination for the award of B.Tech Degree

• ✈ DGCA Examination for the issue of AME License

At the end of the program, students graduate with:

• B.Tech in Aeronautical Engineering

• DGCA-approved Aircraft Maintenance Engineering qualification

This dual advantage makes students eligible for both manufacturing and maintenance roles in the aviation industry.

Advantages of the Integrated Program

• ✅ Dual qualification: Degree + License

• ✅ Eligibility for aircraft manufacturing, design & R&D roles

• ✅ Eligibility for aircraft maintenance, MRO & airline technical jobs

• ✅ Higher employability across multiple aviation sectors

• ✅ Better placement opportunities compared to a single program

• ✅ Ideal for students aiming for long-term aviation careers

This integrated approach significantly enhances placement probability, as graduates can apply for both engineering and maintenance-related aviation jobs.

Eligibility Criteria for Integrated B.Tech (Aeronautical) + AME Admission🔹 Academic Qualification

Candidates must meet any one of the following eligibility requirements:

• ✔ 10+2 / Intermediate / Equivalent
  with Physics and Mathematics as compulsory subjects, and Chemistry or an approved optional subject
  (Computer Science may be considered in place of Chemistry, along with Physics & Mathematics)
  ➤ Minimum 45% marks in PCM

• ✔ Lateral Entry Eligibility
  Eligibility for lateral entry is the same as B.Tech Aeronautical Engineering, applicable to:

  • Diploma holders in relevant engineering streams

  • B.Sc. graduates with Physics, Chemistry & Mathematics

Career Scope After Integrated Aeronautical Engineering & AME

Graduates of the integrated program can pursue careers in:

• Aircraft Manufacturing & Design

• Airline Technical Operations

• Aircraft Maintenance & MRO Organisations

• Quality Assurance & Safety Engineering

• Aerospace & Defence Organisations

• Research & Development in Aviation

Laboratories & Training Infrastructure at School of Aeronautics

The laboratories at the School of Aeronautics are well-developed, modern, and industry-oriented, designed to provide students with hands-on exposure to real aircraft systems and advanced aviation technologies.

A key highlight of the campus is its own 52-seater, fully serviceable aircraft, exclusively available for student training and practical learning. This rare facility allows students to gain direct experience on an actual aircraft, significantly enhancing their understanding of aircraft structures, systems, and maintenance practices.

Focus on Skill Development & Practical Learning

At the School of Aeronautics, strong emphasis is placed on skill-based education alongside academic theory. Students are trained to bridge the gap between classroom knowledge and real-world aviation applications through extensive laboratory sessions and live aircraft exposure.

The institution ensures that students are not only technically sound but also industry-ready.

Advanced Software & Technical Training

In addition to core aeronautical and maintenance training, students receive specialised instruction in industry-relevant engineering software, including:

• CAD (Computer-Aided Design)

• CAM (Computer-Aided Manufacturing)

• CATIA

• CFD (Computational Fluid Dynamics)

• MATLAB

• ANSYS

These tools enable students to:

• Design and build their own aircraft models

• Perform structural and aerodynamic analysis

• Conduct simulations and engineering calculations

Such software proficiency significantly strengthens students’ technical competence and employability.

Foreign Language Training – French

To further enhance global career opportunities, the French languageis also offered to students. This helps learners:

• Improve communication skills for international aviation environments

• Prepare for opportunities with global airlines and aerospace organizations

• Gain an added advantage in overseas careers and higher studies

Why Our Laboratories Stand Out

• ✔ Fully equipped modern laboratories

• ✔ Live training on a 52-seater aircraft

• ✔ Strong focus on hands-on skill development

• ✔ Advanced engineering software training

• ✔ Foreign language exposure (French)

• ✔ Industry-oriented learning environment

All the labs at the college are well developed, and we have our own 52-seater, fully serviceable aircraft for student training. We focus heavily on students' skill development. In addition to academic theory and practicals, we are offering classes in French and in software such as CAD, CAM, CATIA, CFD, MATLAB & ANSYS. This helps students enhance their software skills, too, which will help them build their own models and perform software analysis. The French language is also provided to students

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Sign Up for Admission – Begin Your Professional Aviation Career

This is not just an admission form—it is your passport to a successful and rewarding professional career in aviation.

By choosing the School of Aeronautics(SOA), you choose a trusted partner committed to excellence, skill development, and career-focused education. We assure you that your decision to begin your journey with SOA will be a defining milestone in your life.

At SOA, the admission process is transparent, fair, and completely free from discrimination or bias, ensuring equal opportunity for every deserving candidate.

Admission Process – Now Open

Admissions for all courses offered by the School of Aeronautics have officially started.

📞 For Admission Enquiry & Counselling:
Call us at: 98702 73846

Our ame admission team will guide you through:

• Course selection

• Eligibility criteria

• Entrance test details

• Career pathways in aviation