This is the first of a two-part course that covers key concepts of the fundamentals of aircraft electronics, such as Ohm’s law, DC and AC circuits, series, parallel, capacitance, inductance, electronic control circuits, semiconductors, and troubleshooting. It also covers logic operators, gates, circuit troubleshooting, and binary numbers. This self-paced course presents the essential material required to pass the AET Certification Test. Drawing from Avotek’s Avionics: Fundamentals of Aircraft Electronics textbook, this course presents the content in a concise and engaging format that is accessible on any device.

This is the second of a two-part course that covers the essential material required to pass the AET Certification Test. This material includes maintenance practices and the fundamentals of flight, such as the forces acting on an aircraft in flight, and aircraft control systems. Corrosion preventions and control are discussed, as well as the purpose and function of drawings and manufacturer’s maintenance manuals. This self-paced course presents the essential material required to pass the AET Certification Test. Drawing from Avotek’s Avionics: Fundamentals of Aircraft Electronics textbook, this course presents the content in a concise and engaging format that is accessible on any device.

This is a PREVIEW course, which introduces you to the key concepts of the Fundamentals of Aircraft Electronics content, such as Ohm’s law, DC and AC circuits, series, parallel, capacitance, inductance, electronic control circuits, semiconductors, and troubleshooting. It also covers logic operators, gates, circuit troubleshooting, and binary numbers. These self-paced courses cover essential material required to pass the AET Certification Test. Drawing from Avotek’s Avionics: Fundamentals of Aircraft Electronics textbook, this course presents the content in a concise and engaging format that is accessible on any device. • Part 1: Electricity and Electronics • Part 2: Maintenance, Practices & Fundamentals

This course introduces the concepts of direct current theory, covering the materials necessary to develop a good understanding of the basics of electricity. This course is the first of a two-part course. It reviews fundamentals of the atom, including matter, energy, and electricity, as well as magnetism, and electrical characteristics. The information presented in this course is from Avotek’s Avionics: Fundamentals of Aircraft Electronics, which is available for purchase through Avotek.com.

This course goes over the concepts of direct current theory, covering the materials necessary to develop a good understanding of the basics of electricity. This course is the second of a two-part course. It explores DC calculations, series DC circuits, parallel DC circuits, bridge circuits, and circuit analysis and troubleshooting. The information presented in this course is from Avotek’s Avionics: Fundamentals of Aircraft Electronics, which is available for purchase through Avotek.com.

This course explores the basic design and application of electrical components, as well as circuit protection, switches, resistors, inductors, and capacitors. This course also introduces semiconductors, including diodes and transistors, along with their uses and benefits in circuit design. The information presented in this course is from Avotek’s Avionics: Fundamentals of Aircraft Electronics, which is available for purchase through Avotek.com.

This first part of the two-part series discusses alternating current fundamentals and introduces key concepts such as capacitive reactance, frequency, impedance, and induction. The information presented in this course is from Avotek’s Avionics: Fundamentals of Aircraft Electronics, which is available for purchase through Avotek.com.

In this second part of the two-part series, we examine the calculations associated with AC circuits and their components. The relationships we have examined in DC circuits are now applied to AC circuits. Additionally, the design, operation, and uses for transformers are discussed. The information presented in this course is from Avotek’s Avionics: Fundamentals of Aircraft Electronics, which is available for purchase through Avotek.com.

This course reviews the basics of power generation, including batteries, generators, alternators, and current regulation. We also break down the operation, construction, and servicing of the different types of batteries, generators, and alternators. The information presented in this course is from Avotek’s Avionics: Fundamentals of Aircraft Electronics, which is available for purchase through Avotek.com.

This course examines development and operational concepts of semiconductors, common semiconductors devices, basic circuits using semiconductors, and the development of solid-state integrated circuits. The information presented in this course is from Avotek’s Aviation Mechanic–General textbook, which is available for purchase through Avotek.com.

In this course, we go beyond the simple two-layer semiconductor device and explore more advanced solid-state components. This includes semiconductor diodes and transistors. Additionally, electrostatic discharge sensitive components and how to handle them is presented. The information presented in this course is from Avotek’s Aviation Mechanic–General textbook, which is available for purchase through Avotek.com.

This course reviews circuits that produce specific frequencies used in radios, radar, navigation systems, and other digital circuitry. It also presents specific types of amplifiers, oscillators, filters, and wave-shaping devices and the effects they can have on the circuit. The information presented in this course is from Avotek’s Avionics: Fundamentals of Aircraft Electronics textbook, which is available for purchase through Avotek.com.

This course introduces the concepts associated with digital electronics theory. The various types of numbering systems used are discussed, and basic and advanced logic gates are covered. The information presented in this course is from Avotek’s Aviation Mechanic–General textbook, which is available for purchase through Avotek.com.

This course covers the theory of flight, as well as key concepts pertaining to the fundamentals of flight, such as airfoils, thrust and drag, aircraft stability, aircraft controls, transport aircraft control surfaces, and control systems. The information presented in this course is from Avotek’s Avionics: Fundamentals of Aircraft Electronics textbook, which is available for purchase through Avotek.com.

This course provides a basic overview of aircraft corrosion. This includes identification of the various types, how to prevent and control corrosion. Additionally, it introduces the manufacturer’s maintenance manuals, other service information, and the purpose and function of aircraft drawings. The information presented in this course is from Avotek’s Aviation Mechanic–General textbook, which is available for purchase through Avotek.com.

Safety at all times and in all places requires constant vigilance in the aviation world. This course examines key concepts such as fire protection basics (both in the shop and using on-board fire detection systems) and fire extinguishing systems. Safety on the flight line is also discussed. The information presented in this course is from Avotek’s Aviation Mechanic–Airframe, Volume 2 textbook, which is available for purchase through Avotek.com.

This two-part course reviews tools and practices specific to aircraft maintenance. Part 1 introduces basic tool procedures and practices. It also examines many types of measuring tools that might be encountered in the aviation shop, it also identifies many general-purpose tools you could encounter. The information presented in this course is from Avotek’s Aviation Mechanic–General textbook, which is available for purchase through Avotek.com.

In Part 2 of this course, we continue examining specific types of tools, their use and care. This material covers the identification and use of cutting tools, both electric and pneumatic power tools, including safe practices. Soldering tools and techniques are discussed as well as the termination of common conductors. The information presented in this course is from Avotek’s Avionics: Fundamentals of Aircraft Electronics textbook, which is available for purchase through Avotek.com.

This is the first of a two-part course that covers key concepts of the fundamentals of aircraft electronics, such as Ohm’s law, DC and AC circuits, series, parallel, capacitance, inductance, electronic control circuits, semiconductors, and troubleshooting. It also covers logic operators, gates, circuit troubleshooting, and binary numbers. This self-paced course presents the essential material required to pass the AET Certification Test. Drawing from Avotek’s Avionics: Fundamentals of Aircraft Electronics textbook, this course presents the content in a concise and engaging format that is accessible on any device.

This is the second of a two-part course that covers the essential material required to pass the AET Certification Test. This material includes maintenance practices and the fundamentals of flight, such as the forces acting on an aircraft in flight, and aircraft control systems. Corrosion preventions and control are discussed, as well as the purpose and function of drawings and manufacturer’s maintenance manuals. This self-paced course presents the essential material required to pass the AET Certification Test. Drawing from Avotek’s Avionics: Fundamentals of Aircraft Electronics textbook, this course presents the content in a concise and engaging format that is accessible on any device.