Fundraising Event:

Introduction to Electrical Engineering Course

COURSE OFFICIAL LAUNCH DATE

The course will be available from the end of January 2024

and sent via email to all those who have donated.

 

Who This Course is Good For

Ages 11-18 (with coursework varying to suit different age groups) OR anyone from any age with a desire to learn!

 

How The Course Is Delivered

This is an ONLINE course with teaching videos for you to progress at your pace. 

 

Assistance

Professor Tavassoli will be available via email or if need be via LIVE video to assist you with any questions you may have. 

Any questions about this course can be directed to [email protected]

 

Requirements

There is no previous knowledge, skills, or software required as prerequisite in order to start and complete this course, but following the lessons, and answering the relevant questions at the end of each module. 

However, To successfully complete this course and receive a digital or hard copy certificate personally signed by Professor Tavassoli, you will need to purchase:

  1. A set of  precision screwdrivers
  2. Multimeter
  3. Soldering Iron / Soldering Gun
  4. Soldering Flux
  5. Solder
  6. Project Kit 

Course Fee

The cost of this course is usually $325, but is given free to anyone who donates to our fundraising event on GoFundMe.com

 

Electrical Modules Covered

(Taught across 12 to 20 videos)

1.Introduction to Electricity

  • What is Electricity
  • What is AC current
  • What is DC current

2. Introduction to Electrical Components and their main applications

  • Resistors
  • Capacitors
  • Inductors
  • Diodes
  • LEDs
  • Transistors

3. Electric Circuits

  • Ohm’s Law
  • Voltage, Current, and Resistance
  • Series and Parallel Circuits
  • Kirchhoff’s Voltage and Current Laws
  • Introduction to Circuit Analysis Technique

4. Introduction to Electrical Measurements and Test Instruments

  • Introduction to Different Types of Multimeters,
  • Measuring Voltage, Current, and Resistance measurements Using Multimeters,
  • Introduction to different types of Oscilloscopes,
  • Voltage Test Probes,
  • Introduction to Sensors and Transducers

5. Electromagnetism

  • Magnetic Fields and Forces
  • Faraday’s Law of Electromagnetic Induction
  • Introduction to Transformers, their Types and Applications
  • Principles of Operation of DC and AC Motors
  • Principles of Operation of Generators

6. Power and Energy in Electrical Systems

  • Power and Energy, Their Measurements and Calculations
  • Power Factor and its affects on our Electric Bills
  • Tips for reducing your Electric Bill without turning the lights off

7. Solder Technique

How to Solder
  • Soldering Iron Vs Soldering Gun
  • Soldering method

8. Simulation Software (Multisim)

Simulation Software-Multisim

9. Hands on Project

This course is finalized by learners choosing one of our carefully selected projects suitable to this level or picking their own choice of a project that reflects their skills.

A Selection of Recommended Projects
for you to choose from

OR

Pick your own suitable electronic project to display your competency skills at the end of the course.

Bluetooth Amplifier Kit with Speakers

FM Transistor Radio Kit

Signal Generator Kit (Square, Sine, and Triangular Waves)

Digital Oscilloscope Kit

Certification 

Certificate in Electrical / Electronic Engineering Course
Upon successful completion, the learner will receive a digital and/or optional hard-copy gold embossed certificate from “Total Electrical Training” personally signed by Professor Tavassoli for FREE.

ATTENTION! 

This is a general overview of what the course may entail.  We reserve the right to add subjects to this list and take others away as we feel necessary during it’s creation.  One thing we guarantee is that you will get thorough, high quality teaching in Electrical Engineering  AND we also guarantee a minimum of 12 and no more than a maximum of 20 videos in this particular course.  

Futher Courses to Come

 
The above course will be prerequisite skills and knowledge required to start and achieve higher level courses in this field, which will follow later on in the academic year.

Sample of what’s to come in the future courses:

Digital Electronic Course

Programmable Logic Controllers (P.L.C) Programming Course

Automation and Robotic Systems

Three Phase Systems 
 

Power Electronics 

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