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AMEM
1004
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Workplace Safety The learner is introduced to compliance with safety regulations, identification and reduction of fire hazards, and the maintenance and safe use of equipment and tools. This course also includes confined spaces, WHIMS, MSDS, use of personal protective devices, hazardous situations. Safe working techniques while working around aircraft are conducted.
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AMEM
1005
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Canadian Aviation Regulations The learner is introduced to the general provisions of Canadian Aviation Regulations, aircraft identification and registration. This course is a comprehensive study of Airworthiness, Technical records and Aircraft maintenance.
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AMEM
1006
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Principles of Aircraft Maintenance Management The course discusses quality assurance within the workplace and maintenance management methodology. The learners are introduced to the use of a maintenance policy manual (MPM) and maintenance control manual (MCM), maintenance release policies and procedures, classification of aeronautical products. Learners are given the opportunity to practise documentation and inventory storage techniques in a realistic environment
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AMEM
1009
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Human Factors in Aircraft Maintenance The learner is introduced to human factors in aircraft maintenance including impact of human factors and techniques to eliminate errors caused by human factors.
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AMEM
1010
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Publications The learner is introduced to the standards for publications, use of publications and the types of publications in the Aviation industry.
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AMEM
1011
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Aircraft Drawings The learner is introduced to types of drawings, drawing techniques and interpretation of aircraft drawings.
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AMEM
1020
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Hand and Machine Tools This course introduces the learner to the safe use of basic hand tools, cutting tools, and mechanical and electric assembly tools including power, abrasive and sheet metal tools. The learner is given opportunity to work with these tools in a shop environment and is expected to demonstrate safe working techniques.
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AMEM
1021
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Aircraft Hardware The learner is introduced to the standards and specifications of aircraft hardware. Threaded and non-threaded fasteners and related safety devices, fluid lines, fittings and cable fittings are included in the course material.
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AMEM
1022
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Precision Measuring Instruments The learner is introduced to micrometers and precision measuring calipers. Bore and dial gauges will be covered as well as comparators and miscellaneous instruments.
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AMEM
1023
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Non-Destrictive Testing and Corrosion Control This course covers inspection procedures, and tap and prism checks. The learner is introduced to topics such as liquid penetrant., magnetic particle, ultrasound inspection, eddy current and radiology.
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AMEM
1024
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Materials and Processes The learner is introduced to the properties of various materials used in aircraft construction, including ferrous and non ferrous metals.
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AMEM
1025
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Hydraulics and Pneumatics The course introduces the learner to fluids in motion and under pressure. Hydraulic and pneumatic components are discussed and the learner is expected to perform related practical work in the shop and mathematical calculations of power. The learner is introduced to hydraulic and pneumatic components, back-up systems and simple systems, including helicopter systems. The learner will practise maintenance and troubleshooting techniques and be given the opportunity to isolate possible causes of a fault in aircraft hydraulic system and recommend corrective action.
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AMEM
1030
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Theory of Flight - Fixed Wing The course covers the properties of atmosphere and elementary aerodynamics. The learner is introduced to control and stability of aircraft, including high speed flight.
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AMEM
1031
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Theory of Flight - Rotary Wing The learner is introduced to aerodynamic terminology, rotor designs and forces acting upon the rotors. Autorotation, ground resonance, stability and rotor wing controls are discussed.
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AMEM
1041
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Weight and Balance The learner is introduced to the weight and balance requirements for aircraft and is given the opportunity to weigh an aircraft and complete the associated documentation.
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AMEM
1042
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Aircraft Handling Students are given the opportunity to practise ground handling and marshalling techniques with an emphasis placed on safety precautions. There is practical application of hoisting, jacking, tying down and mooring of aircraft. Helicopter external load equipment is discussed.
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AMEM
1043
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Troubleshooting Learners are given the opportunity to study and practise troubleshooting techniques on various aircraft systems using troubleshooting aids.
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AMEM
1045
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Ice and Rain Protection and Water Systems Ice formation and its effects on aircraft operations are discussed. Various techniques of ice detection and removal are introduced and the learner is given the opportunity to practise operating, troubleshooting, cleaning and maintaining the ice control systems and components. The learner is also introduced to aircraft water and waste systems: The components, operation and servicing of these systems is discussed.
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AMEM
1060
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Metallic Structures The learner is introduced to the basics of aircraft construction, stress and load distribution. There will be opportunity to practise sheet metal techniques: layout, cutting, drilling, repairing and the installation of standard and special fasteners. The learner will also carry out practical applications with bonded metals and tubular structure samples.
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AMEM
1072
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Landing Gear, Wheels, Tires and Brakes This course discusses landing gear types, configurations and components including: aircraft floats and skis, wheels, tires, brakes, and anti-skid systems. The learner is given the opportunity to remove, disassemble, assemble, install, inspect and maintain system components, and to perform aircraft jacking and gear retraction.
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AMEM
1073
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Controls and Rigging The learner is introduced to cable and wire control systems, rod and tube systems, electrical/electronic flight control systems, automatic flight control systems and hydraulic control systems. Opportunity is given to the learner to install and rig system components, pressurize and operate hydraulic powered flying controls, operate electrical controls, troubleshoot systems and perform independent inspections.
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AMEM
1080
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Basic Electricity - Direct Current The course covers atomic theory, static electricity, electrical circuits, measuring devices, batteries, DC generators and motors, electrical control devices, semiconductors, and aircraft alternators. The learner will be given the opportunity to use a variety of measuring devices, to service, charge and maintain various types of batteries, to service DC motors and generators, and to install wiring.
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AMEM
1081
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Basic Electricity - Alternating Current Principles of alternating current (AC), AC measuring devices, capacitance, inductance, resonance, impedance, AC motors and generators are discussed. The learner will be given the opportunity to perform AC measurements using various measuring devices and demonstrate power conversions in a practical application.
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AMEM
2012
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Aircraft Inspections – Fixed and Rotary Wing The learner is introduced to the preparation of aircraft and personnel for aircraft inspection requirements in a shop environment. A large component of this course is focused on inspection techniques, documentation and special Canadian requirements.
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AMEM
2027
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Turbine Systems The course instructs the students on the function and characteristics of lubricants including types and classifications. Turbine engine lubricating systems and drive train lubricating systems are discussed. This course discusses turbine fuel, fuel system components and fuel control units. The learner is given the opportunity to remove and install fuel system components and to perform fuel nozzle inspections, servicing and testing with a focus on proper safety precautions. The learner is introduced to starting systems for gas turbine engines and the inspection and maintenance of engine starting systems. Learners are given the opportunity to remove, disassemble, inspect, reassemble, and install system components, including an electrical turbine engine starter. The learner is introduced to turbine engine ignition systems. There is opportunity to disassemble, inspect, assemble, maintain and test various systems and components.
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AMEM
2032
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Dynamic Drivetrains The learner is introduced to lubrication, sealing, and the types and purposes of bearings. Lubrication replenishment, seal replacement are practiced by the learner and bearings are removed, inspected, and installed in a shop environment. The course also introduces learners to driveshafts and transmission accessories, freewheel units, clutches, gear systems and aircraft gearboxes. Learners are given the opportunity to maintain, remove, inspect and install aircraft drivetrain components.
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AMEM
2033
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Reciprocating Engine Principles The course introduces the learner to the history and development of reciprocating engines and focuses on theory, principles of engine operation, types of engines, engine components and accessories.
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AMEM
2034
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Reciprocating Engine Maintenance The learner is introduced to engine shop layout and engine overhaul and maintenance procedures. The learner is given the opportunity to perform typical reciprocating engine maintenance: disassemble, clean, and inspect engine and components; determine parts serviceability with reference to manufacturers’ technical publications; reassemble engine and major components; test and service the reciprocating engine and its systems.
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AMEM
2035
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Gas Turbine Engine Theory The learner is introduced to the types, history and development of gas turbine engines. Discussions focus on propulsion principles and the construction and design of the gas turbine engine and its components. The learner will be given the opportunity to interpret engine performance graph and perform procedures for calculating engine counts.
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AMEM
2036
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Turbine Engine Maintenance The course introduces the learner to modules and parts replacement for gas turbine engines. Instrumentation, hot section inspection and cold section inspection and repair are discussed in addition to documentation associated with engine maintenance and the requirements for releasing the engine from inspection and repair. The learner is given the opportunity to perform engine operations and inspections and to remove and install components.
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AMEM
2037
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Aircraft Reciprocating Engine Operation, Installation, and Indicating Systems The learner is given the opportunity to install and remove both reciprocating engines including accessories and component systems. Live engine operations are carried out with troubleshooting and rectification of operating problems. There is a focus on safety. The course discusses instrumentation for the reciprocating and turbine engines as well as the Engine Indicating Warning System.
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AMEM
2046
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Carbureted and Fuel Injection Systems In this course carbureted fuel systems are introduced with discussions of related physics, the characteristics of gasoline, and the construction and maintenance of carburettors. The learner is given the opportunity to disassemble and reassemble an aircraft carburetor equipped with accelerator pump and economizer, install a carburetor on aircraft engine and rig it, check and adjust idle speed and mixture, and carry out an inspection of carburetor and controls after installation on engine. The learner is also introduced to the Bendix RSA and Teledyne Continental fuel injection systems and is given the opportunity to practise tracing fuel injection system flow diagrams and adjusting the fuel injection system to appropriate installation.
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AMEM
2049
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Induction, Supercharging, and Exhaust Systems This course includes discussions on the principles of supercharging and induction systems, classification of superchargers, turbochargers, exhaust systems and turbocharged engine operations. The learner is given the opportunity to determine horsepower, and remove, install, inspect, test and make adjustments on systems and components.
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AMEM
2061
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Non-Metallic Structures The learner is introduced to plastics, glass, fabric coverings, and wood and composite structures used in the aircraft industry. There is opportunity to inspect and maintain composite panels. Composite panels are also repaired in a shop environment. Safe working techniques for non-metallic materials are emphasized.
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AMEM
2065
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Aircraft Equipment This course introduces the learner to fire-extinguishing, fire-detection systems and fire-suppression systems and interpret wiring diagrams and test fire protection and detection equipment. The course introduces learners to aircraft seats, windows, doors, restraint systems, cargo containment, air ambulance equipment, aircraft galleys and galley equipment. Learners are given the opportunity to remove, inspect, install and maintain various components. Shop safety is emphasized.
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AMEM
2066
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Environmental Systems The course introduces the learner to aircraft heating, ventilation, air conditioning, pressurization oxygen and pneumatic systems. The learner is given the opportunity to inspect, service and perform tests on various systems.
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AMEM
2075
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Vibration Analysis and Rectification This course discusses the transmission of sound and vibrations in rotating and non-rotating devices, including detection and isolation methods. The learner is given the opportunity to demonstrate the installation and use of test equipment to perform a static and dynamic balance.
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AMEM
2076
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Propellers This course discusses basic propeller applications including: nomenclature; propeller theory; classification and types; construction; and operation. Learners are given the opportunity to operate, install, remove, troubleshoot, inspect, maintain, and repair propellers and associated systems.
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AMEM
2082
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Electrical Systems The learner is given the opportunity to troubleshoot electrical systems using schematics and to test, troubleshoot, repair, adjust, remove and replace electrical components. This course covers circuit installation and wiring practices, circuit control and protection devices, power supply and generation, power distribution, electrical motor systems, landing gear electrical systems, and warning and lighting systems.
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AMEM
2083
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Aircraft Instrumentation Aircraft instruments and instrument systems are discussed including gyroscopic instruments, electrical flight instruments, engine electrical instruments, pressure measuring instruments, and temperature measuring instruments. The learner is given the opportunity to practise instrument system component installation, removal, maintenance and inspection.
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AMEM
2084
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Avionics This course introduces the learner to various avionics systems, their components and interconnections. Topics include communications systems, navigation systems, weather radar, autopilot, cockpit voice and flight data recorders, emergency locator transmitters, and instrument landing systems. Learners are given the opportunity to remove, install, inspect, maintain, troubleshoot, and test various avionics systems and components.
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AMEM
2085
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Data Bus and Logic This course introduces the learner to the avionics data bus and logic systems, controls and displays. Topics include logic gate functions, integrated circuits, digital systems and testing and troubleshooting.
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AMEM
2086
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Reciprocating Ignition Systems The learner is introduced to reciprocating engine ignition systems including: harnesses, spark plugs, magneto timing and system maintenance. There is opportunity to disassemble, inspect, assemble, maintain and test various systems and components.
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SAFE
1000
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Introduction to WHMIS (Workplace Hazardous Materials Information Systems) This course offers the students the introduction to WHMIS, which is training required by any person employed in a Nova Scotia workplace. This is a generic, introductory course that provides basic knowledge in WHMIS for the workplace and is considered to be the basis from which more specific training can be given.
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SAFE
1001
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Introduction to NS OH&S Act This course offers the students the introduction to the Occupational Health and Safety (OH&S) Act of Nova Scotia, which is required by any person employed in a Nova Scotia workplace. This is a generic, introductory course that provides basic knowledge of the Act for the students and is considered to be the basis from which more specific training can be given.
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