In AME B1.1 you will gain deep technical knowledge about turbine engines how they are built how they work, and how to maintain, service and troubleshoot them. You'll learn to inspect and maintain airframe systems: this includes fuel systems hydraulic and pneumatic systems environmental control and other mechanical systems that keep a jet aircraft airworthy. You will also practise engine repair and certification disassembling and reassembling real turbine engines performing performance checks ground runs fuel/hydraulic system checks, and ensuring that engines meet safety standards before flight.
The course covers a wide range of theoretical modules essential for aircraft maintenance: mathematics (for load/pressure calculations) physics (motion thermodynamics aerodynamics) and materials & hardware (properties of materials, bolts/rivets, structural elements). You'll also study electrical and electronic fundamentals digital techniques and instrumentation systems which are needed because modern aircraft have many sensors and electronic controls even in mechanical systems. Fundamental aerodynamics, aircraft structures, and system level understanding landing gear, fuel systems, flight controls, etc. are also part of the curriculum.
You will learn about aviation regulations and safety standards (as laid out by the Directorate General of Civil Aviation, DGCA), including how to certify an aircraft as safe to fly after maintenance. There is also training in human factors communication teamwork fatigue management and safety culture crucial to avoid errors during maintenance.
Beyond theory, you'll get real world hands on training: working on live turbine engines, doing disassembly/reassembly, conducting inspections of blades compressors, fuel/hydraulic systems performing ground runs all under supervision in aviation workshops or hangars. This practical experience helps build problem-solving skills and the ability to diagnose and fix mechanical issues skills vital for real aircraft maintenance.
When you complete AME B1.1, you will be equipped to act as a licensed Aircraft Maintenance Engineer: someone who ensures that every turbine engine aircraft is mechanically sound safe and certified to fly. You'll have the knowledge to work on engines airframes mechanical systems along with understanding of aviation laws and safety procedures a combination that makes you indispensable in airlines maintenance repair overhaul (MRO) organizations defense aviation or aircraft manufacturing