Aircraft Maintenance Engineering (AME) is mainly divided into two major streams: Mechanical and Avionics. Aircraft Maintenance streams specialise in particular technical aspects of aircraft maintenance, ensuring that all aspects of the aircraft’s systems function safely and effectively. Depending on students’ interest in aircraft structures, engines, electrical systems or in advanced electronics technologies they can select the stream.
Mechanical stream is predominantly related to aircraft structures, engines, mechanical components and landing gear. The Avionics stream, however, deals with the electrical systems, navigation systems, communications equipment and instrumentation of aircraft. In the aviation industry, both the streams are of vital importance to ensure the safety and reliability of aircraft.
AME Streams or aircraft maintenance engineering are specialized categories which provide expertise to students in different types of aircraft and technologies. The AMEs are predominantly separated into mechanical and avionics (e.g. B1.1, B1.2, B1.3, B1.4 and B2.). Here students gain in-depth knowledge and hands on training with these streams of AME in aircraft engines, air frames, electrical, instrumentation and avionics systems. Opting for the correct AME stream can provide a firm base and aid in making a career in various armed forces, MROs, helicopter, business jet and international aviation sectors.
AME Aircraft Maintenance Engineer course is a special course for those who wish to learn the maintenance and repair of aircrafts and helicopters.
In the Mechanical (B1) stream, students are studying the mechanical (body, airframe, engines) aspect of the airplane/helicopter. If you select this stream, you will be able to:
The Mechanical (B1) stream of the Aircraft Maintenance Engineering course is streamlined into four categories for different aircraft / engine types. This division provides a specialized training and expertise appropriate to the diverse needs of aircraft care. Let’s get specific about this one:
These streams aim to provide Aircraft Maintenance Engineers with in-depth knowledge and hands-on skills needed to ensure the safety and reliability of a range of aircraft, aligned with the diverse engineering and maintenance needs within the aviation industry. In essence, if you appreciate doing tasks with your hands and figuring things out, the Mechanical stream may well be a good alternative for you.
The Avionics (B2) stream deals with the electronic systems inside an aircraft. These systems assist a pilot in navigation, communication and the safe operation of the aircraft. In Avionics, students will be introduced to the following:
Its a perfect stream for those interested in technology, electronics, ensuring that all high tech parts of the airplane have things moving. AME Streams: mechanical and avionics are considered as the backbone of the aircraft industry as they directly contribute to the safety and performance of aircrafts. Mechanical (B1) and Avionics (B2) streams further develop and extend a student’s aircraft engine, airframe and system capabilities and knowledge in advanced electronic technologies.A right selection of AME stream can make students’ interest and skill in every stream and may be helpful in choosing of their career. Licensed AMEs are always sought after by airlines, MROs, helicopters, business jets & international aviation sectors and for good reasons as it is a certain, respectable and steady career path.
The Aircraft Maintenance Engineering (AME) program at School Of Aeronautics of AME (SOACET) is approved by DGCA (Directorate General of Civil Aviation), and meets the high standards of training and education set by DGCA.A DGCA award adds more credibility and commitment to aviation maintenance education, as it ensures that the curriculum, staffing and facilities adhere to and exceed the stringent criteria laid by DGCA, the premier aviation regulatory body in India.
To maintain the standards set by DGCA School Of Aeronautics of AME is regularly checked and reviewed by DGCA. This involves the updating of both the curriculum (which includes the most up to date technologies and practices in aviation maintenance) with students being educated in a timely and comprehensive manner.
Therefore, the accreditation given by DGCA to SOACET gives them good industry links, and facilitates them to find internship and job opportunities in the aviation industry. AME graduates from approved and approved Institute by DGCA with demands in Airline Companies, Maintenance Repair and Overhaul (MRO) Companies, in the country of India and Internationally. To get a seat at School Of Aeronautics of AME, candidates need to fulfill the requirements of aircraft maintenance engineering eligibility course critera.
School Of Aeronautics Commen Entrance Test (SOACET) specialty is to offer the best educational services and practical experience. It doesn’t only provide in depth comprehensive theoretical knowledge but also provides hands on training. It equips students to face and stand dynamic demand of the aviation industry. Students can apply for admission at SOA from two different pathways such as:
In conclusion, the AME streams Mechanical and Avionics play an important role in aircraft safety and maintenance. Students are trained in their chosen stream, have received particular training at the School Of Aeronautics of Aircraft maintenance Engineer which makes them in strong technical hands and live to enjoy a successful future in the ever expanding flying industry.
Ans: The most common AME course is Mechanical (B1) or Avionics (B2). The Mechanical stream is further split into B1.1 (Aeroplanes Turbine), B1.2 (Aeroplanes Piston), B1.3 (Helicopters Turbine) and B1.4 (Helicopters Piston). Electrical systems, instruments system, and radio navigation system are parts of Avionics.
Ans: Streams are normally changed after the course has begun; there is a defined programme and training schedule for each stream.
Ans: In the Mechanical stream students are studying the structure, engines and mechanical systems of aircraft. This includes how the aircraft is powered, the airframe, and other mechanical systems that are vital to the aircraft’s functionality.
Ans: Avionics includes the electronics, digital, and electrical systems found on an aircraft, such as flight control electronics, radar, navigation and communication systems.
Ans: The prerequisites for AME courses are usually common for all streams, and involve the knowledge of Physics, Chemistry and Mathematics. A stream may be considered depending on the student’s choice of course and interest.
Ans: There are strong career prospects in both streams, and they lead to different jobs available in the aviation industry. The mechanical stream students generally specialise in aircraft engines and airframes, and Avionics stream students specialise in electronic systems of aircraft.
Ans: Theoretical study coupled with practice takes 2 to 4 years to complete.
Ans: The aviation sector is changing and certain academic institutions are starting to enable specialization in new technologies, such as electric propulsion and unmanned aerial vehicles (UAVs/drones). Number of availability given for the institution.
Ans: Practical training consists of an aircraft assembly/disassembly tutorial involving aircraft and components, computer simulations and in some instances, a placement internship with airlines, MROs, or aircraft manufacturers for real-world experience.
Ans: While it is possible to get both types of licenses, they will take training and studying twice to finish.
