This document outlines an online course on fundamentals of electrical and electronics engineering. The course aims to help students analyze and solve electrical circuits, understand logic circuits and digital design, and implement electronic circuits involving semiconductors. Key topics covered include circuit analysis, digital systems, semiconductor devices, and electromagnetism. Specific units will cover circuit analysis techniques, AC and DC circuits, logic gates, transistors, and rotating machines. Students need a computer, internet, and headphones to participate. The course charges $10 per hour, $45 for 5 hours, or $150 for 20 hours of instruction.

1. Fundamentals of
Electrical And
Electronics Engineering
Online Course
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2. 2
What Students Learn in The Course.
At the end of the course, students shall be able to
•Analyze and solve different electrical and
electronic circuits applying different laws and
theorems.
•Understand the logic circuits, minimize and
realize the digital circuits.
•Implement electronic circuits involving
semiconductor diodes and transistors.
•Understand the working of transformers, DC,
induction and synchronous machines

3. Analog Electronic
circuits

4. 4
Topic Taught in the course:
1
 Elementary Circuit Analysis
 Analysis of DC and AC Circuits
 Digital Systems
 Semiconductor Devices
 Electromagnetism

5. 5
UNIT : 1
• Ohm’s law
• KCL, KVL
• Node voltage analysis and mesh current analysis
• Circuits with independent sources
• Thevenin’s & Norton’s equivalent
• Maximum power transfer Theorem
• Superposition Theorem

6. 6
UNIT : 2
• Steady state DC analysis
• RL and RC transients in circuits with DC source
• analysis of a second order circuit with a DC source
• RMS values, the use of phasors for constant
frequency sinusoidal sources,
• steady state AC analysis of a series circuit, series
and parallel combinations of complex impedances,
• AC power calculations.

7. 7
UNIT : 3
• Basic logic circuit concepts
• Basic Gates and Universal Gates
• representation of numerical data in binary form –
Binary to decimal, Octal, Hexadecimal
• Boolean algebra
• combinational logic circuits- Half adder, full adder
• synthesis of logic circuits
• minimization of logic circuits using truth table

8. 8
UNIT : 4
• Basic diode concepts
• Ideal diode model
• Rectifier and wave-shaping circuits
• Zener diode voltage regulator concepts
• Bipolar junction transistors
• Current and voltage relationship
• Common Emitter characteristics.

9. 9
UNIT : 5
• Magnetic fields and circuits
• Ideal and real transformers
• Principles of rotating DC machines, shunt,
separately excited and series connected DC
motors
• Speed control of DC motors

10. 10
WHAT YOU NEED TO LEARN
Your Computer
Internet connect
Headphone with a
mic

11. HOW MUCH DO WE CHARGE
One Hour
• $10
5 Hour
• $45
20 hours
• $150

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