Electronics and Electrical Engineering Online Learning Course
Learn electronics and electrical engineering by watching online video tutorials and following along with the courses using real, practical, hands-on experimentation and projects
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If you are looking for a simple, effective, and guided way to learn real electrical engineering from the beginning, then keep reading. The first step is to request a free report that will show you how to get a better job without going to college. You do not need any previous experience or technical skills. You will then have the opportunity to learn about our full online home-study training course in electrical engineering. Lots of people are successful without a college education. Some of the richest people in the world dropped out of college. But without a guide, the odds are heavily stacked against you. You might think that you are getting a headstart in the real world by skipping college. Find out here how to avoid common mistakes that will suck you into a life of misery. Prove to your friends and family that you have the ability and skills to really make something of yourself and pick and choose where you want to work. |
What topics are covered?
There is actually quite a lot to learn in order to become an electrical engineer and this online course does not skip essential topics. One thing that may be different to you though is that this training program is more like an integrated plan. So instead of learning algebra and physics as separate topics, they are integrated into the whole curriculum. Also keep in mind that this is a dynamic course and will change based on your feedback. Here is a partial list of topics covered. An even more detailed list of topics is on the other side:
- What are electric fields
- Basic math and algebra
- How to use a solderless breadboard
- What is voltage
- What is current
- What is resistance
- What is power
- What are conductors and insulators
- What type of wire should be used
- What is a circuit
- How to use logarithms and decibels
- How to use Thevenin’s equivalent circuit
- How to plot points and read graphs
- How to use a digital multimeter
- What is a switch
- How to read and draw circuit diagrams
- How do capacitors behave in series and parallel
- How to understand and use trigonometry
- What is inductance and how to use it in alternating current
- The importance of RMS when measuring AC voltages
- How do inductors behave in series and parallel
- What is impedance and reactance
- How to design a high-pass or low-pass filter
- How to read phasor diagrams
- What is resonance
- How to design a band-pass or band-reject filter
- How to use Thevenin’s theorem
- How to use diodes to build a power supply
- What are transistors and how to use them as switches and drivers
- How to use transistors and field effect transistors as switches
- How to use and understand calculus and differential equations
- How to understand and apply physics
- What types of amplifiers are there
- How to model transistor circuits
- What are differential amplifiers
- What are Fourier transforms and how to analyze spectrums
- What are operational amplifiers
- What is feedback and what types are there
- How frequency and phase shifting affects feedback
- What are some common types of oscillators and how do they work
- How to use the 555 timer
- How to design a regulated power supply
- What effect does heat have on electronics and how to control it
- How to read Karnaugh maps
- How to use Laplace transforms
- What is proper noise shielding and grounding
- How to deal with high frequencies and speed
- What are latches, buffers, and registers
- How to combine digital and analog circuits
- How to convert between digital and analog signals
- What are phase-locked loops
- How to work with microcontrollers and microprocessors
- What are interrupts and how to use them
- What is a kernel and other operating system concepts
- How to design printed circuit boards
- How to transmit and receive information wirelessly
- What is modulation
- How to use amplitude, frequency, phase, and pulse width modulation
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