What is a module exam?
- Module examination is conducted by DGCA. It's an examination for eligibility of a student for the aircraft maintenance engineering license and another license such as BAMEC (BASIC AIRCRAFT MAINTENANCE ENGINEER'S CERTIFICATE).
- Basically, the module exam is conducted three times a year.
- In the module exam, OMR (multiple choices) type questions come
- In each module exam, different sets of questions come.
-
Now giving each module exam you have to give 1500/- rupees.
- Note- if you failed continuously for a module then you are not eligible to give that particular exam for one year.
- (Means if you give one exam let’s say module 8 and then you do not give module 8 exam instead of that you gave module 9 in the next season and after that, you gave module 8 again, then that also counts as a continuously appeared exam.)
How many modules are there?
So Aircraft maintenance engineering students have to pass mostly 10-12
modules.
List of Modules for AME License Examination
1. Module 1 –
Mathematics
• Arithmetic
• Algebra
• Geometry
2. Module 2-
Physics
• Matter
• Mechanics
• Thermodynamics
• Optics
• Wave Motion
and Sound
3. Module 3 –
Electrical Fundamentals
• Electron
Theory
• Static
Electricity and Conduction
• Electrical
Terminology
• Generation
of Electricity
• DC Sources
of Electricity
• DC
Circuits
• Resistance/Resistor
• Power
• Capacitance/Capacitor
• Magnetism
• Inductance/
Inductor
• DC
Motor/Generator Theory
• AC
Theory
• Resistive
(R), Capacitive (C) and Inductive (L) Circuits
• Transformers
• Filters
• AC
Generators
• AC
Motors
4. Module 4-
Electronic Fundamentals
• Semiconductors
• Printed
Circuit Boards
• Servomechanisms
5. Module 5- Digital
Techniques / Electronic Instrument System
• Electronic
Instrument Systems
• Numbering
Systems
• Data
Conversion
• Data
Buses
• Logic
Circuits
• Basic
Computer Structure
• Microprocessors
• Integrated
Circuits
• Multiplexing
• Fiber
Optics
• Electronic
Displays
• Electrostatic
Sensitive Devices
• Software
Management Control
• Electromagnetic
Environment
• Typical
Electronic/Digital Aircraft Systems
6. Module
6-Materials and Hardware
• Aircraft
Materials — Ferrous
• Aircraft
Materials — Non-Ferrous
• Aircraft
Materials – Composite and Non- Metallic
• Corrosion
• Fasteners
• Pipes and
Unions
• Springs
• Bearings
• Transmissions
• Control
Cables
• Electrical
Cables and Connectors
7. Module 7-
Maintenance Practices
• Safety
Precautions-Aircraft and Workshop
• Workshop
Practices
• Tools
• Avionic
General Test Equipment
• Engineering
Drawings, Diagrams, and Standards
• Fits and
Clearances
• Electrical
Wiring Interconnection System (EWIS)
• Riveting
• Pipes and
Hoses
• Springs
• Bearings
• Transmissions
• Control
Cables
• Material
handling
• Welding,
Brazing, Soldering, and Bonding
• Aircraft
Weight and Balance
• Aircraft
Handling and Storage
• Disassembly,
Inspection, Repair, and Assembly Techniques
• Abnormal
Events
• Maintenance
Procedures
8. Module 8-Basic
Aerodynamics
• Physics of
the Atmosphere
• Aerodynamics
• Theory of
Flight
• Flight
Stability and Dynamic
9. Module 9- Human
Factors
• General
• Human
Performance and Limitations
• Social
Psychology
• Factors
Affecting Performance
• Physical
Environment
• Tasks
• Communication
• Human
Error
• Hazards in
the Workplace
10. Module 10- Aviation
Legislation
• Regulatory
Framework
• CAR-66
Certifying Staff – Maintenance
• CAR-145 —
Approved Maintenance Organizations
• Aircraft
Operations
• Aircraft
Certification
• CAR-M
• Applicable
National and International Requirements
• Safety
Management System
• Fuel Tank
Safety
11. Module 11A- Turbine Airplane
Aerodynamics, Structures, and Systems
• Theory of
Flight
• Airframe
Structures — General Concepts
• Airframe
Structures — Airplanes
• Air
Conditioning and Cabin Pressurization (ATA 21)
• Instruments/Avionic
Systems
• Electrical
Power (ATA 24)
• Equipment
and Furnishings (ATA 25)
• Fire
Protection (ATA 26)
• Flight
Controls (ATA 27)
• Fuel Systems
(ATA 28)
• Hydraulic
Power (ATA 29)
• Ice and Rain
Protection (ATA 30)
• Landing Gear
(ATA 32)
• Lights (ATA
33)
• Oxygen (ATA
35)
• Pneumatic/Vacuum
(ATA 36)
• Water/Waste
(ATA 38)
• On Board
Maintenance Systems (ATA 45)
• Integrated
Modular Avionics (ATA42)
• Cabin
Systems (ATA44)
12. Module 11B-Piston Airplane
Aerodynamics, Structures, and Systems
• Theory of
Flight
• Airframe
Structures — General Concepts
• Airframe
Structures — Airplanes
• Air
Conditioning and Cabin Pressurization (ATA 21)
• Instruments/Avionic
Systems
• Electrical
Power (ATA 24)
• Equipment
and Furnishings (ATA 25)
• Fire
Protection (ATA 26)
• Flight
Controls (ATA 27)
• Fuel Systems
(ATA 28)
• Hydraulic
Power (ATA 29)
• Ice and Rain
Protection (ATA 30)
• Landing Gear
(ATA 32)
• Lights (ATA
33)
• Oxygen (ATA
35)
• Pneumatic/Vacuum
(ATA 36)
• Water/Waste
(ATA 38)
13. Module 12- Helicopter
Aerodynamics, Structures, and System
• Theory of
Flight — Rotary Wing Aerodynamics
• Flight
Control Systems
• Blade
Tracking and Vibration Analysis
• Transmissions
• Airframe
Structures
• Air
Conditioning (ATA 21)
• Instruments/Avionic
Systems
• Electrical
Power (ATA 24)
• Equipment
and Furnishings (ATA 25)
• Fire
Protection (ATA 26)
• Fuel Systems
(ATA 28)
• Hydraulic
Power (ATA 29)
• Ice and Rain
Protection (ATA 30)
• Landing Gear
(ATA 32)
• Lights (ATA
33)
• Pneumatic/Vacuum
(ATA 36)
• Integrated
Modular Avionics (ATA42)
• On Board
Maintenance Systems (ATA45)
• Information
Systems (ATA46)
14. Module 13-Aircraft Aerodynamics,
Structures and System
• Theory of
Flight
• Structures —
General Concepts
• Auto flight
(ATA 22)
•Communication/Navigation (ATA
23/34)
• Electrical
Power (ATA 24)
• Equipment
and Furnishings (ATA 25)
• Flight
Controls (ATA 27)
• Instrument
Systems (ATA 31)
• Lights (ATA
33)
• Onboard
Maintenance Systems (ATA 45)
• Air
Conditioning and Cabin Pressurization (ATA21)
• Pressurization
• Fire
Protection (ATA 26)
• Fuel Systems
(ATA 28)
• Hydraulic
Power (ATA 29 )
• Ice and Rain
Protection (ATA 30)
• Landing Gear
(ATA 32)
• Oxygen (ATA
35)
• Pneumatic/Vacuum
(ATA 36)
• Water/Waste
(ATA 38)
• Integrated
Modular Avionics (ATA42)
• Cabin
Systems (ATA44)
• Information
Systems (ATA46)
15. Module 14- Propulsion
• Turbine
Engines
• Engine
Indicating Systems
• Starting and
Ignition Systems
16. Module 15- Gas Turbine Engine
• Fundamentals
• Engine Performance
• Inlet
• Compressors
• Combustion Section
• Turbine Section
• Exhaust
• Bearings and Seals
• Lubricants and Fuels
• Lubrication Systems
• Fuel Systems
• Air Systems
• Starting and Ignition Systems
• Engine Indication Systems
• Power Augmentation Systems
• Turbo-prop Engines
• Turbo-shaft engines
• Auxiliary Power Units (APUs)
• Power plant Installation
• Fire Protection Systems
• Engine Monitoring and Ground Operation
• Engine Storage and Preservation
17. Module 16- Piston Engine
• Fundamentals
• Engine Performance
• Engine Construction
• Engine Fuel Systems
• Carburetors
• Fuel injection systems
• Electronic engine control
• Starting and Ignition Systems
• Induction, Exhaust and Cooling Systems
• Supercharging/Turbocharging
• Lubricants and Fuels
• Lubrication Systems
• Engine Indication Systems
• Power plant Installation
• Engine Monitoring and Ground Operation
• Engine Storage and Preservation
18. Module 17-Propeller
• Fundamentals
• Propeller Construction
• Propeller Pitch Control
• Propeller Synchronizing
• Propeller Ice Protection
• Propeller Maintenance
• Propeller Storage and Preservation
(Guys you can also find this module information in your books- EASA LICENSE CATEGORY CHART)
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1 Comments
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