Term 3
This page is living and will grow as we do. Feel free to submit notes and we'll get them up to share with upcoming classes. For course order, please refer to the Term 3 Calendar.
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Instrumentation and Avionics
The course will explain instruments seen in the flight deck and how they operate from analog to new computerized displays so that when testing for function the ability to identify a problem and where to look becomes apparent.
Lecture Hours: 40
The course will explain instruments seen in the flight deck and how they operate from analog to new computerized displays so that when testing for function the ability to identify a problem and where to look becomes apparent.
Lecture Hours: 40
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Dynamic Systems
The course will take a look at moving systems and how they are to be maintained and the requirements of the maintenance such as balancing of blades.
Lecture Hours: 30The course will take a look at moving systems and how they are to be maintained and the requirements of the maintenance such as balancing of blades.
Lecture Hours: 30
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Aircraft Protection Systems
The course will provide a complete understanding of protective systems on an aircraft such as environmental, fire protection, and ice and rain for safe flight.
Lecture Hours: 48
The course will provide a complete understanding of protective systems on an aircraft such as environmental, fire protection, and ice and rain for safe flight.
Lecture Hours: 48
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Piston Engines 2
The course will provide exposure and understanding of the various flight deck instruments and tools used when maintaining and operating piston engines.
Lecture Hours: 36
The course will provide exposure and understanding of the various flight deck instruments and tools used when maintaining and operating piston engines.
Lecture Hours: 36
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Propellers
The course will take the propellor and explain its function and operation so that the power from an engine can be translated into usable energy for flight.
Lecture Hours: 24hrs
The course will take the propellor and explain its function and operation so that the power from an engine can be translated into usable energy for flight.
Lecture Hours: 24hrs
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Turbine Engine Systems
Turbine engine fuel and ignition systems will be reviewed and explained to create the encompassing powerplant understanding of turbine engine theory, operation, systems and integrate them all.
Lecture Hours: 32
Turbine engine fuel and ignition systems will be reviewed and explained to create the encompassing powerplant understanding of turbine engine theory, operation, systems and integrate them all.
Lecture Hours: 32
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Landing Gear
The transition from ground to air in aviation being a key component of flight, various landing gear systems will be explored and learned for a broad understanding.
Lecture Hours: 24
The transition from ground to air in aviation being a key component of flight, various landing gear systems will be explored and learned for a broad understanding.
Lecture Hours: 24
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Rotary Flight Controls and Rigging
Aircraft Maintenance Technician means a person who performs inspections and troubleshooting of an aircraft, including airframe structures, engines and aircraft systems, disassembles and removes defective parts, assembles and installs replacement parts, interprets technical manuals, drawings and blueprints, tests aircraft systems, records problems and action taken to rectify them, and maintains an accurate statement of the maintenance history of the aircraft.
Lecture Hours: 16
Aircraft Maintenance Technician means a person who performs inspections and troubleshooting of an aircraft, including airframe structures, engines and aircraft systems, disassembles and removes defective parts, assembles and installs replacement parts, interprets technical manuals, drawings and blueprints, tests aircraft systems, records problems and action taken to rectify them, and maintains an accurate statement of the maintenance history of the aircraft.
Lecture Hours: 16
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Turbine Engine Systems
The course will enhance turbine engine theory by exploring the associated systems that allow successful operation of the turbine engine such as oil, seals , valves, controls and more, so as to complete the cycles of operation.
Lecture Hours: 24
The course will enhance turbine engine theory by exploring the associated systems that allow successful operation of the turbine engine such as oil, seals , valves, controls and more, so as to complete the cycles of operation.
Lecture Hours: 24
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