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This course starts with the basic idea about circuits, ohm's law, Kirchoff's laws. The simplification of series and parallel circuits is analyzed in great depth. The course also gives an in depth analysis of Series and Parallel circuits (calculation of I, V, P).
The Course helps the students to solve the problems involving Series and Parallel circuit elements. The Power Dissipation in the individual Resistors are calculated.
I have designed this course as six Sections:
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Section 1: Introduction  Ohm's Law, Series and Parallel Circuit  

Lecture 1  04:32  
In this the Introduction about the course is given. What are the topics that you will be learning in this course? What is meant by Open circuit and Closed circuit? 

Lecture 2  04:10  
Voltage and Current definition's are given in this Lecture 

Lecture 3  05:23  
What is meant by Ohm's Law? What is Resistance? 

Lecture 4  05:31  
This Lecture explains about the Colour Coding of Resistors. 

Lecture 5  03:37  
This Lecture solves some basic problems in Ohm's Law 

Lecture 6  01:54  
Few more problems on Ohm's Law 

Lecture 7  01:58  
This Lecture gives an introduction to Series Circuits 

Lecture 8  02:45  
This gives an Introduction to Parallel Circuits 

Lecture 9  02:15  
This Lecture gives a Short cut method in calculating the Equivalent Resistance of Resistors which are connected in Parallel 

Lecture 10  02:14  
Parallel circuit problems relating to calculating Equivalent Resistance are solved 

Section 2: Equivalent Resistance Calculation in Series  Parallel Circuit  
Lecture 11  02:24  
This Lecture gives solution to find the value of the Equivalent Resistance in a circuit which is having Resistors both in Series and Parallel combination 

Lecture 12  04:03  
This Lecture gives solution to find the value of the Equivalent Resistance in a circuit which is having Resistors both in Series and Parallel combination 

Section 3: Series Circuit Calculations  
Lecture 13  01:32  
This Lecture indicates the Voltage in individual Resistors in a Series circuit. 

Lecture 14  00:58  
Series Circuit Calculation 

Lecture 15  04:35  
Calculation of Voltage Drops and Power dissipated by the individual Resistors in a Series Circuit 

Lecture 16  03:14  
Another Example dealing with Series Circuit Calculation 

Lecture 17  00:09  
An assignment Problem in Series Circuit 

Section 4: Parallel Circuit Calculations  
Lecture 18  05:33  
This Lecture shows how to calculate the Current that is flowing through the Parallel Resistors and also the Power that is dissipated in the Parallel Resistors 

Lecture 19  00:26  
Continuation of the Previous Problem 

Lecture 20  00:17  
An Assignment Problem in Parallel Circuit 

Lecture 21  05:52  
Another Problem in Parallel Circuit 

Section 5: Series  Parallel Circuit Calculations  
Lecture 22  04:39  
An Example Problem to find the Voltage, Current and Power Dissipation in all the Resistors connected in Parallel 

Lecture 23  01:18  
Continuation of the previous Problem 

Lecture 24  05:09  
An Example Problem to find the Voltage, Current and Power Dissipation in all the Resistors connected in Parallel 

Lecture 25  00:08  
An Assignment Problem in Series  Parallel Circuit 

Lecture 26 
Series  Parallel Circuit  Example 3
Preview

02:58  
Section 6: Kirchoff Laws  
Lecture 27  04:39  
What is Branch, Node, Junction, Loop, Mesh? Kirchoff Current Law is analyzed. 

Lecture 28  01:06  
What is KVL? 

Lecture 29  02:05  
Voltage Division Rule 

Lecture 30  01:56  
Current Division Rule 

Lecture 31  00:16  
Assignment 4 

Lecture 32 
Example 1
Preview

01:58  
Lecture 33 
Example 2

01:02 
Having a rich blend of industrial experience where I worked with the latest FPGA boards (Xilinx Boards) and also has an in depth knowledge in Electric circuit analysis, Digital Electronics, VLSI Design, Linear Integrated Circuits.
I have also worked in Multi Layer Board Design, Schematic Entry using Cadence Tool. I am also an expert in Hardware Descriptive Languages like VHDL and Verilog HDL