A i r c r a f t E l e c t r i c a l S y s t e m s ( 1 2 B )

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8 5 4 9 A i r c r a f t E l e c t r i c a l S y s t e m s ( 1 2 B ) 40S/40E/40M An Aviation and Aerospace Technologies Course

8 5 4 9 : A i r c r a f t E l e c t r i c a l S y s t e m s ( 1 2 B ) 4 0 S / 4 0 E / 4 0 M Course Description Aircraft Electrical Systems is intended for students in the transition phase of aviation and aerospace technologies. Curriculum content provides an introduction to aircraft electrical components and functions. Topics include the following: QQ QQ QQ AC/DC circuits AC/DC components troubleshooting Cross-curricular learning outcomes, or essential skills from subject areas including, but not limited to, information and communication technologies, science, English language arts, and mathematics, are to be integrated into the authentic learning activities of the course. The curriculum is not sequential. For instructional purposes, the sequence of learning outcomes can vary based on the learning activities within the course. Goal 1: Describe and apply appropriate health and safety practices for aerospace technologies. GLO 1.1: Describe and apply appropriate health and safety practices for aerospace technologies. SLO 12B.1.1.1 SLO 12B.1.1.2 SLO 12B.1.1.3 SLO 12B.1.1.4 SLO 12B.1.1.5 Describe and apply appropriate health and safety practices for aircraft electrical systems. Practise safety precautions related to electrical circuits. Practise safety precautions related to solid-state components. Practise safety precautions to be used when soldering. Identify battery shop safety features and precautions when servicing various types of batteries. Goal 2: Demonstrate comprehension of the principles of flight, as they apply to aviation and aerospace technologies. GLO 2.1: Demonstrate an understanding of aerodynamics, control, and stability in fixed- and rotary-wing aircraft. SLO 12B.2.1.1 Demonstrate an understanding of control and stability as they apply to aircraft electrical systems. 8549: Aircraft Electrical Systems (12B) 3

Goal 3: Demonstrate an understanding of the major components of an aircraft and their functions. GLO 3.1: Demonstrate an understanding of the major components of an aircraft and their functions. SLO 12B.3.1.1 Demonstrate an understanding of the major components found in aircraft electrical systems. Goal 4: Demonstrate comprehension of aircraft systems. GLO 4.1: Describe aircraft systems and their purposes. SLO 12B.4.1.1 SLO 12B.4.1.2 SLO 12B.4.1.3 SLO 12B.4.1.4 SLO 12B.4.1.5 SLO 12B.4.1.6 SLO 12B.4.1.7 SLO 12B.4.1.8 SLO 12B.4.1.9 SLO 12B.4.1.10 SLO 12B.4.1.11 SLO 12B.4.1.12 SLO 12B.4.1.13 SLO 12B.4.1.14 SLO 12B.4.1.15 SLO 12B.4.1.16 SLO 12B.4.1.17 SLO 12B.4.1.18 SLO 12B.4.1.19 Describe the functions of the major components of an aircraft s electrical system. Define terms related to basic DC electricity, including passive, active, semiconductor components, and control devices. Identify basic DC electrical and schematic symbols and components. Explain the theory of chemical batteries. Identify types and construction of aircraft batteries. Explain the process of servicing aircraft batteries. Identify the types of ignition systems. Describe the principles of spark discharge and coil ignition systems. Describe the types of magneto ignition systems. Describe the principles of gas turbine ignition systems. Describe the principles of operation of ignition systems. Describe the operation of a DC generator, a DC alternator, a turbine engine starter-generator, a converter, and a transformer rectifier. Identify common problems encountered in a DC generation system and their typical fixes. Identify common inspection and maintenance practices for an AC generation system. Describe the operation of a basic power distribution system. Describe the operation of an AC generation system. Describe the operation of a split-bus power and parallel bus distribution system. Identify faults in a basic bus distribution system. Identify the types of light bulbs used on aircraft. 4 8549: Aircraft Electrical Systems (12B)

SLO 12B.4.1.20 SLO 12B.4.1.21 SLO 12B.4.1.22 SLO 12B.4.1.23 SLO 12B.4.1.24 SLO 12B.4.1.25 SLO 12B.4.1.26 SLO 12B.4.1.27 Describe the configuration, purpose, and operation of each typical aircraft interior, exterior, and emergency lighting system circuit. Define and describe basic aircraft instruments. Describe the various operating principles of aircraft instruments. Describe aircraft internal communications systems. Identify common radio communications failures, and describe typical repairs for each failure. Identify the letters of the phonetic alphabet. Describe the procedures and regulations for transmitting a radio communications check. Explain the function of antennas. Goal 5: Demonstrate the safe and appropriate operation of equipment and tools. GLO 5.1: Describe the safe and appropriate management of equipment and tools. SLO 12B.5.1.1 SLO 12B.5.1.2 Demonstrate the safe and appropriate cleaning, storage, and management of equipment and tools used in aircraft electrical systems. Demonstrate precautions required to prevent static damage. GLO 5.2: Demonstrate the operation of tools and equipment to fabricate metallic parts and projects. SLO 12B.5.2.1 SLO 12B.5.2.2 SLO 12B.5.2.3 SLO 12B.5.2.4 SLO 12B.5.2.5 SLO 12B.5.2.6 Demonstrate proper use of tools, and test equipment utilized in electricity/electronics. Describe the construction and operation of a multimeter. Use a multimeter to perform series, parallel, and complex circuit analysis. Select appropriate test equipment to measure specified functions of an electrical/electronic circuit. Apply appropriate test equipment techniques to the analysis, repair, and calibration of electrical/electronic circuits and devices. Use correct procedures to solder electrical/electronic circuitry, including unique and heat sensitive circuits. 8549: Aircraft Electrical Systems (12B) 5

GLO 5.3: Demonstrate the operation of tools and equipment to fabricate non-metallic parts and projects. Goal 6: Demonstrate comprehension of the properties and applications of various materials and consumables used in the aviation and aerospace industry. GLO 6.1: Explain the properties of various materials and consumables used in the aviation and aerospace industry. SLO 12B.6.1.1 SLO 12B.6.1.2 SLO 12B.6.1.3 SLO 12B.6.1.4 SLO 12B.6.1.5 Demonstrate an understanding of material properties as they apply to aviation and aerospace technologies. Identify common electrical/electronic passive and active components, such as resistors, conductors, semiconductors, and control devices. Describe the function, properties, and schematic symbols of most common electrical/electronic passive, active, and solid-state components. Identify the common types of wire and cable and their uses. Identify each element of a wire identification number. GLO 6.2: Describe applications of the various aerospace materials and consumables. Goal 7: Fabricate parts and components for use in the aviation and aerospace industry. GLO 7.1: Fabricate metallic parts. SLO 12B.7.1.1 Build and install a simple aircraft wiring system. GLO 7.2: Fabricate non-metallic parts. GLO 7.3: Fabricate electrical/electronic components. SLO 12B.7.3.1 SLO 12B.7.3.2 SLO 12B.7.3.3 Construct DC circuits from schematic diagrams. Combine electrical/ electronic circuits and systems to create electrical/electronic devices and applications that perform specific functions. Determine resistor values using colour codes. 6 8549: Aircraft Electrical Systems (12B)

SLO 12B.7.3.4 SLO 12B.7.3.5 SLO 12B.7.3.6 SLO 12B.7.3.7 SLO 12B.7.3.8 SLO 12B.7.3.9 SLO 12B.7.3.10 SLO 12B.7.3.11 SLO 12B.7.3.12 SLO 12B.7.3.13 SLO 12B.7.3.14 SLO 12B.7.3.15 SLO 12B.7.3.16 SLO 12B.7.3.17 SLO 12B.7.3.18 SLO 12B.7.3.19 SLO 12B.7.3.20 SLO 12B.7.3.21 Discuss the interrelationship of resistance and capacitive reactance. Calculate all values in an RC circuit. Troubleshoot a DC circuit using schematic diagrams and a multimeter. Identify methods of wire tinning. Demonstrate how and when to tin a wire. Identify methods of wire splicing. Demonstrate how and when to splice a wire. Describe the application of different terminal types and connections. Solder terminal types and connections. Identify the general characteristics of PC boards. Identify the options and procedures available for repairing broken circuit board copper lands. Describe the purpose of wire bundle lacing, spot tying, grommets, Adel clamps, and wrapping. Identify the types and purpose of aircraft wiring splices, terminal lugs, and connectors. Identify parts of a wire harness assembly. Demonstrate an understanding of how a wire harness assembly is constructed using screw-on and twist-andlock connectors. Analyze a simple aircraft wiring system. Identify and repair faults in a wire and connector assembly. Modify the simple aircraft wiring system according to the Federal Aviation Administration s AC 43.13-1B Acceptable Methods, Techniques, and Practices Aircraft Inspection and Repair. Goal 8: Describe and demonstrate the transferable cross-curricular skills as they pertain to aviation and aerospace technologies. GLO 8.1: Read, interpret, and communicate information relevant to aviation and aerospace technologies. SLO 12B.8.1.1 SLO 12B.8.1.2 Read, interpret, and communicate information relevant to aviation and aerospace technologies. Interpret a schematic diagram. 8549: Aircraft Electrical Systems (12B) 7

SLO 12B.8.1.3 SLO 12B.8.1.4 Produce schematic and/or block diagrams of electrical/ electronic circuits and systems. Use a computer-assisted design and drafting (CADD) system to produce a simple schematic diagram. GLO 8.2: Acquire and organize information using information and communication technology. GLO 8.3: Apply mathematical knowledge and skills related to aviation and aerospace technologies. SLO 12B.8.3.1 SLO 12B.8.3.2 SLO 12B.8.3.3 SLO 12B.8.3.4 SLO 12B.8.3.5 SLO 12B.8.3.6 Demonstrate the addition, subtraction, multiplication, and division (for more than 1-digit divisors or 2-digit multipliers) of whole numbers, decimals, and fractions to solve problems. Demonstrate the use of fractions, decimals, ratios, and percentages. Convert from imperial to metric measurements. Recognize and apply common measurement standards used in the aviation and aerospace industry. Analyze series, parallel, and series-parallel circuit diagrams, and calculate problems using Ohm s and Kirchhoff s laws. Apply mathematical calculations and formulas to analyze electrical/electronic circuitry. GLO 8.4: Apply scientific knowledge and skills related to aviation and aerospace technologies. SLO 12B.8.4.1 SLO 12B.8.4.2 SLO 12B.8.4.3 SLO 12B.8.4.4 SLO 12B.8.4.5 SLO 12B.8.4.6 SLO 12B.8.4.7 SLO 12B.8.4.8 Demonstrate an understanding of basic DC electrical theory, including concepts such as the atomic model, electrons, current, electromotive force, potential difference, volt, resistance, and inductance. List and discuss the three basic elements of a simple circuit. List the basic units of electrical measurement. Describe the six sources of electrical energy. Discuss the physical characteristics that affect conductor resistance. Define magnetism and describe lines of force. Identify types of magnets. Discuss properties of electromagnets. 8 8549: Aircraft Electrical Systems (12B)

SLO 12B.8.4.9 SLO 12B.8.4.10 SLO 12B.8.4.11 SLO 12B.8.4.12 SLO 12B.8.4.13 Discuss the principle of Kirchhoff s voltage and current law. Discuss the characteristics of series, parallel, and seriesparallel circuits. Demonstrate an understanding of basic electrical laws and formulas, such as Ohm s law, Watt s law, and the law of magnetism. Compare and contrast electron flow theory and conventional flow theory. Demonstrate an understanding of basic AC electrical theory, including concepts such as sine wave, AC generation, hertz, induction, and capacitive reactance. Goal 9: Describe career opportunities in aviation and aerospace technologies and associated fields. GLO 9.1: Describe education and career opportunities and professional organizations in aviation and aerospace technologies and associated fields. SLO 12B.9.1.1 SLO 12B.9.1.2 Demonstrate an awareness of careers in avionics. Demonstrate an awareness of professional organizations associated with the aviation and aerospace industry and associated fields. Goal 10: Demonstrate an awareness of sustainability as it pertains to aviation and aerospace technologies. GLO 10.1: Describe the impact of the aviation and aerospace industry on human health and well-being. SLO 12B.10.1.1 Discuss the impacts of aviation on human health and well-being. GLO 10.2: Describe the aviation and aerospace industry s sustainability practices and impact on the environment. SLO 12B.10.2.1 Discuss why it is important for the aviation and aerospace industry to reduce its impact on the environment. GLO 10.3: Describe sustainable business practices within the aviation and aerospace industry. 8549: Aircraft Electrical Systems (12B) 9

Goal 11: Demonstrate an awareness of the ethical and legal standards as they pertain to aviation and aerospace technologies. GLO 11.1: Practise the ethical and legal standards as they pertain to aviation and aerospace technologies. Goal 12: Demonstrate employability skills related to aviation and aerospace technologies. GLO 12.1: Demonstrate employability skills related to aviation and aerospace technologies. SLO 12B.12.1.1 SLO 12B.12.1.2 SLO 12B.12.1.3 SLO 12B.12.1.4 Define TOWES (Test of Workplace Essential Skills), and state how it relates to employment in the aviation and aerospace industry. Apply the three domains of TOWES (text reading, document use, and numeracy) in learning activities. List and define the criteria that comprise the Global Industry Standard of essential skills for employees. List and define the criteria that comprise the Conference Board of Canada s Employability Skills 2000+ for employees. Goal 13: Describe the evolution of aviation and aerospace technologies, including technological progression and emerging trends. GLO 13.1: Describe the evolution of aviation and aerospace technologies, including technological progression and emerging trends. SLO 12B.13.1.1 SLO 12B.13.1.2 Describe the evolution of avionics, including technological progression and emerging trends. Identify several current innovations in electricity/ electronics, such as computer numerical control, robotics and automation, digital communication, fibre optic networks, nanotechnology, and circuit simulation software. 10 8549: Aircraft Electrical Systems (12B)

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