The course will allow the student to demonstrate in a practical fashion the theories and principles taught in the first semester, this will span multiple projects and allow for a natural progression into more complex tasks.
Hours: 218 (Other Contact Hours: 218)
Prerequisite:
None
Non-Course Prerequisite:
Admission into the Aircraft Maintenance Technician program or Aircraft Mechanic Basics.
Co-requisites:
None
Course Content:CAR 566 Appendix C Part 2.1
Perform:
4. Tasks utilizing health and safety practices, including handling of chemicals, metals, pyrotechnics and hazardous materials, environmental considerations, workplace hazardous materials information system WHIMIS and MSDS.
CAR 566 Appendix C Part 2.2
Perform:
1. Tasks utilizing the proper selection and use of hand and power tools.
CAR 566 Appendix C Part 2.3
Perform:
8. Tasks identifying the types, properties and coding of aircraft metals.
9. Visual inspection and liquid penetrant inspection.
CAR 566 Appendix C Part 2.5
Perform:
5. Installation and securing of standard hardware and connectors.
CAR Appendix C Part 2.7
Perform:
5. Installation, inspection and removal of solid rivets.
6. Installation, and removal of standard fasteners.
7. Sheet metal repairs including cutting, bending, forming and fabricating.
CAR Appendix C Part 2.9
Perform:
3. A composite repair using the following procedures:
• wet lay-up
• core repair
CAR Appendix C Part 2.22
Perform:
11. Circuit calculation using laws and theorems associated with DC circuit analysis.
12. Tasks utilizing a multimeter to measure voltage, resistance and current in a DC circuit.
13. Calculations to substantiate the theories of Ohm's Law and Kirchhoff's Law.
14. Measurement of different battery types under load and no-load conditions.
15 Construction of an electromagnet.
16. Construction of electrical circuits from components that are the same as those previously solved mathematically.
Test, Troubleshoot, Repair, Adjust, Remove and Replace:
17. DC generator, an aircraft DC motor, an aircraft alternator.
18. Test diodes and transistors for serviceability.
19. Switches, relays, circuit breakers, and fuses.
Demonstrate:
adherence to air regulations and safety procedures
the proper use of cutting tools used in the repair and maintenance of aircraft
the proper selection and use of mechanical and electrical assembly tools
the proper use of sheet metal tools
Machine Tools-
Demonstrate:
the proper use of air powered and abrasive tool
Part V - Chapter 566 Appendix C - Part 2
1.0 GENERAL
Perform:
4. Tasks utilizing health and safety practices, including handling of chemicals, metals, pyrotechnics and hazardous materials, environmental considerations, workplace hazardous materials information system or equivalent.
2.0 HAND TOOLS/PRECISION INSTRUMENTS
Perform:
1. Tasks utilizing the proper selection and use of hand and power tools.
3.0 METALLURGY
8. Tasks identifying the types, properties and coding of aircraft metals.
5.0 APPROVED PARTS
Perform:
5. Installation and securing of standard hardware and connectors.
7.0 SHEET METAL
Perform:
5. Installation, inspection and removal of solid rivets.
6. Installation, and removal of standard fasteners.
7. Sheet metal repairs including cutting, bending, forming and fabricating.
566.13 Training Standards Common to all Training Programs
Upon graduation from all approved basic training programs, the student will be able to:
(a) Apply:
(i) Occupational Health and Safety practices.
(ii) the Canadian Aviation Regulations applicable to an AME.
(iii) acceptable industry standard practices.
(c) Perform:
(i) the installation and securing of fasteners and connectors.
(ii) an applicable sheet metal repair or modification.
566.17 Structures
(a) Perform:
(i) effective corrosion control and repair for aircraft structures.
(ii) tasks utilizing the tools and equipment applicable to the maintenance of aircraft structures.
(iii) sealing procedures for aircraft structures.
(iv) tasks incorporating the correct selection and installation of fasteners used on aircraft structures.
(v) repairs and replacement of fabric coverings.
(vi) a repair scheme to meet the applicable standards.
(b) Fabricate, assemble and repair:
(i) sheet metal, , composite; and
Discuss wood structures.
(Discuss
(i) transparencies including but not limited to windscreens, windows, lenses that form part of the aircraft structure.
Project subject matter list:
Tooling Project
Drilling Project
Fabric Covering / Repair Project
Lap Joint Project
Countersink Project
Dimpling Project
Pressurized Flush Patch Project
Former Project
Sheet Metal fabrication Project
Composite Project
Shop Clean-Up Project
DC Labs Project
Learning Outcomes:
The Student upon completion of the practical course will be able to demonstrate a functional use and application of common hand tools, safety standards, Machine tools, Fastener installation and removal including rivets, Metal forming and shaping, and basic composite repair, along with basic fabric repair.
Grading System: Pass/Fail
Passing Grade: Pass
Textbooks:
Textbooks are subject to change. Please contact the bookstore at your local campus for current book lists.