Aircraft Maintenance Engineers Technology

In this course the learner will study the following concepts: arithmetic, practical measurement, algebra, trigonometry and mathematical physics, as related to aircraft maintenance.

In Reciprocating Engine Fundamentals, the learner will gain the knowledge required to maintain a reciprocating engine. The learner will also study the operation of engine accessories such as a carburetor, a fuel injection system and a magneto.

In Reciprocating Engine Fundamentals the learner will gain the practical skills required to maintain a reciprocating engine. The learner will also study the operation of engine accessories such as a carburetor, a fuel injection system and a magneto.

Canadian Aviation Regulations (CARs) are the regulations and standards for the aircraft industry in Canada. This course provides the learner with a basic understanding of the CARs system as an introduction to accessing and navigating within CARs. The learner will use computer-based learning and classroom theory to develop the skills they will need for using the CARs in a workplace environment.

Aircraft Systems I introduces basic aerodynamics as it pertains to fixed wing aircraft, beginning with the control, stability and performance of aircraft in flight. The learner will design and build a section of wing and test their work in a wind tunnel defining the effects of lift and drag. The principles of hydraulic fluid and the characteristics of aviation fuels required for aircraft operations are also explored, along with the basics of aircraft landing gear design and aircraft door and window systems.

Aircraft Systems II explores the design, function, operation and maintenance of airframe systems from small to large aircraft. The foundation to operate and maintain various aircraft systems is provided.

Aviation Technical Records is an introduction to systems of documentation and record keeping used in aircraft maintenance. The learner will make entries in aircraft journey logs and technical logs. The learner will be required to access and use the rules and regulations found in the Canadian Aviation Regulations, as well as various aircraft manufacturer’s Instruction for Continued Airworthiness.

This course explores and develops skills for public speaking and technical presentations. Students will focus on technical writing for reports. Students will also develop resume styles to assist them in their job searches.

Basic Electricity for Aircraft introduces the learner to fundamental electrical terminology, laws and concepts relating to direct current applications. The learner will begin their studies with basic electron theory and study electronic circuits, control devices, power generation, motor theory and troubleshooting techniques. By the end of the course, the learner should have an understanding of and ability to troubleshoot a light aircraft power distribution system.

Aircraft Electricity and Electronics will prepare the learner with the skills to troubleshoot and repair systems that involve alternating current, reactive components, AC motors and generation, circuit control and protection, as well as digital logic applications.

Pre-requisites:

• ELEC 269

This course provides an overview of aircraft instrument systems including those which measure pressure, temperature, rpm and fluid quantities. The learner will also have the opportunity to explore radio system theory and aircraft radio communication systems

Aircraft Navigation Systems will prepare the learner with the skills to test, troubleshoot and repair systems that involve electronic navigation systems.

Aircraft Sheet Metal Basics is an introduction to the fundamentals of riveting aircraft sheet metal structures. The learner will study the theory of aircraft aluminum, rivets and toolings with emphasis placed on the development of hands-on skills through different projects.

In this course the fundamentals of airframe design, construction, materials, processes and procedures used to manufacture aircraft will be studied. Learners will become familiar with the terms and procedures used to inspect and maintain airframe structures including wood, steel tube, composite, aluminum and fabric covering. Issues related to corrosion identification, removal and prevention along with non-destructive inspection methods, tools and techniques will also be covered.

This course will enable the learner to apply the knowledge gained in the Aircraft Sheet Metal Basics course and learn additional skills required to complete sheet metal and composite projects.

Helicopter Fundamentals introduces the learner to the basics of helicopter maintenance. The learner will study the rotary wing theory of flight, helicopter flight control systems, drive train systems, ground handling and servicing. Emphasis is placed on identifying and using the proper instructions for Continued Airworthiness. The classes will provide a mix of theory and hands-on practical work.

Helicopter Maintenance Practices delves into more complex helicopter maintenance practices. The learner will study specific inspection and maintenance techniques. The focus will be on hands-on work, with theory lessons to support that. Topics will include vibration analysis, gearboxes maintenance, flight control adjustment and rigging, engine controls, and drive train maintenance.

Pre-requisites:

• HELI 280
• STDP 240

This course is designed to familiarize the learner with aircraft inspection techniques and procedures common to the aviation industry. The learner will develop the skills and knowledge required to accomplish an inspection on an aircraft.

Pre-requisites:

• ARCP 210
• ARCP 215
• STDP 240

Large Aircraft Inspection is an introduction to daily inspection tasks encountered as an Aircraft Maintenance Engineer. The learner will participate in periodic and special inspections, ground run performance checks, system testing, and maintenance of aircraft, aircraft components and power plants. At the end of this course the learner will be familiar with common inspections of aircraft and aircraft components, including completion of the appropriate paperwork.

Pre-requisites:

• STDP 240

This course focuses on the Human Factors aspect of the aviation industry. The learner will analyze case studies that will help identify common factors affecting human performance. The Quality Assurance system which the aviation industry has adopted to increase safety and reliability will also be reviewed. Finally, the learner will go behind the scenes and learn how international standards and maintenance schedules were developed.

In Aircraft Standard Practices the learner will gain hands-on experience with common hand tools, precision measuring tools and locking devices, and study the coding systems used for materials and hardware required to perform elementary maintenance tasks on aircraft. The learner will study the theory and fabrication of fluid lines and control cables, and learn basic servicing of aircraft fuel and oxygen.

This course will challenge the learner with a series of tasks and exercises based on the knowledge and skills that they have attained, and are expected to bring to their employment. Evaluation of these tasks and skills will give the learner an indication of their employment readiness.

Pre-requisites:

• ELEC 279
• EMTL 260
• ARCP 210
• ARCP 215
• STDP 240

Aircraft Turbine Engine Essentials introduces the learner to the design and construction of aircraft gas turbine engines. The learner will study history, performance, systems and operation, and participate in lab experiences focusing on maintenance tasks related to routine maintenance.

Pre-requisites:

• STDP 240