Fundamentals of Electrical Engineering

Fundamentals of Electrical Engineering, available at $39.99, has an average rating of 4.31, with 157 lectures, based on 8 reviews, and has 121 subscribers.

You will learn about Solid Understanding of Electrical Fundamentals Gain a strong foundation in electrical engineering by comprehending key concepts such as matter, electron theory, magnetism, electricity, and electromagnetism. Proficiency in Circuit Analysis Master the principles of circuit analysis Develop the ability to analyze and solve complex electrical circuits with confidence Application of Ohm's Law and Power Formulas Understand and apply Ohm's Law and power formulas to accurately calculate current, voltage, resistance, and power in various circuit configurations. Competence in Series and Parallel Circuits Learn how to analyze series and parallel circuits, including current division, voltage drops, voltage dividers, and real world applications. Problem-Solving Skills Enhance your problem-solving abilities through numerous practice problems that increase in difficulty, enabling you to apply theoretical concepts to real-world Nodal and Loop Analysis Techniques Master nodal analysis, loop analysis, and their applications in circuits with independent and dependent sources. Learn how to solve equations with multiple unknown variables and utilize techniques such as Supernodes and Supermesh. Network Theorems Application Apply essential network theorems, including source transformation, superposition theorem, Thevenin's theorem, Norton's theorem, and maximum power transfer Understanding Circuit Dependent Sources Gain proficiency in handling circuit-dependent sources and solving problems involving these sources. Star/Delta and Delta to Star Transformations Learn techniques for transforming circuits from star to delta and delta to star configurations, facilitating analysis of more intricate circuits Practical Application of Electrical Concepts Apply your knowledge to real-life examples and exercises, ensuring that you can confidently approach circuit analysis challenges in various practical settings Expand your knowledge in electrical engineering field This course is ideal for individuals who are Electrical Engineering Students at both undergraduate and graduate levels who want to develop a strong foundation in electric circuit analysis or Engineering Students from Other Disciplines or Electronics Engineers or Computer Engineers or Telecommunications Engineers or Related Engineering Fields or Engineering Educators and Instructors, and Teaching Assistants in Electrical Engineering or Electricity Hobbyists and DIY Enthusiasts or Anyone Interested in Understanding Electric Circuits and Analysis It is particularly useful for Electrical Engineering Students at both undergraduate and graduate levels who want to develop a strong foundation in electric circuit analysis or Engineering Students from Other Disciplines or Electronics Engineers or Computer Engineers or Telecommunications Engineers or Related Engineering Fields or Engineering Educators and Instructors, and Teaching Assistants in Electrical Engineering or Electricity Hobbyists and DIY Enthusiasts or Anyone Interested in Understanding Electric Circuits and Analysis.

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Summary

Title: Fundamentals of Electrical Engineering

Price: $39.99

Average Rating: 4.31

Number of Lectures: 157

Number of Published Lectures: 157

Number of Curriculum Items: 157

Number of Published Curriculum Objects: 157

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Solid Understanding of Electrical Fundamentals
Gain a strong foundation in electrical engineering by comprehending key concepts such as matter, electron theory, magnetism, electricity, and electromagnetism.
Proficiency in Circuit Analysis
Master the principles of circuit analysis
Develop the ability to analyze and solve complex electrical circuits with confidence
Application of Ohm's Law and Power Formulas
Understand and apply Ohm's Law and power formulas to accurately calculate current, voltage, resistance, and power in various circuit configurations.
Competence in Series and Parallel Circuits
Learn how to analyze series and parallel circuits, including current division, voltage drops, voltage dividers, and real world applications.
Problem-Solving Skills
Enhance your problem-solving abilities through numerous practice problems that increase in difficulty, enabling you to apply theoretical concepts to real-world
Nodal and Loop Analysis Techniques
Master nodal analysis, loop analysis, and their applications in circuits with independent and dependent sources.
Learn how to solve equations with multiple unknown variables and utilize techniques such as Supernodes and Supermesh.
Network Theorems Application
Apply essential network theorems, including source transformation, superposition theorem, Thevenin's theorem, Norton's theorem, and maximum power transfer
Understanding Circuit Dependent Sources
Gain proficiency in handling circuit-dependent sources and solving problems involving these sources.
Star/Delta and Delta to Star Transformations
Learn techniques for transforming circuits from star to delta and delta to star configurations, facilitating analysis of more intricate circuits
Practical Application of Electrical Concepts
Apply your knowledge to real-life examples and exercises, ensuring that you can confidently approach circuit analysis challenges in various practical settings
Expand your knowledge in electrical engineering field

Who Should Attend

Electrical Engineering Students at both undergraduate and graduate levels who want to develop a strong foundation in electric circuit analysis
Engineering Students from Other Disciplines
Electronics Engineers
Computer Engineers
Telecommunications Engineers
Related Engineering Fields
Engineering Educators and Instructors, and Teaching Assistants in Electrical Engineering
Electricity Hobbyists and DIY Enthusiasts
Anyone Interested in Understanding Electric Circuits and Analysis

Target Audiences

Electrical Engineering Students at both undergraduate and graduate levels who want to develop a strong foundation in electric circuit analysis
Engineering Students from Other Disciplines
Electronics Engineers
Computer Engineers
Telecommunications Engineers
Related Engineering Fields
Engineering Educators and Instructors, and Teaching Assistants in Electrical Engineering
Electricity Hobbyists and DIY Enthusiasts
Anyone Interested in Understanding Electric Circuits and Analysis

Prepared and recorded by academic and electrical engineering expert.

Unlock the power of electric circuits with my comprehensive and engaging course designed for electrical engineering students and engineering students from various disciplines. Gain a deep understanding of electric circuit analysis through a step-by-step exploration of fundamental concepts, practical applications, and advanced problem-solving techniques.

Starting with a solid foundation, we delve into the fundamental definitions and principles behind basic circuits and electrical devices. You’ll grasp the core concepts of electricity, electron theory, magnetism, and electromagnetism, paving the way for a holistic understanding of electrical engineering.

As you progress, my course expertly guides you through a series of real-world problems with solutions. Each lecture presents increasingly challenging examples, allowing you to grasp the theory at a deeper level. By tackling these progressively difficult exercises, you’ll develop a robust skill set and the confidence to handle complex circuit analysis scenarios.

The best understanding of electrical engineering theories, fundamentals, problem skills solving, and linking to the practical aspects.

Highlights of the course include:

Chapter 1 – Electrical Fundamentals:

Introduction to electrical engineering
Understanding matter and electron theory
Unleashing the power of magnetism and electricity
Harnessing the potential of electromagnetism

Chapter 2 – Electrical Formulas:

Applying Ohm’s Law to analyze circuits
Power formulas for efficient energy usage
Mastering electrical energy and its measurement
Understanding electricity bills and consumption

Chapter 3 – Basic Electric Circuits:

Exploring electrical sources and their behavior
Distinguishing nodes, loops, and branches
Unraveling the mysteries of Series circuits
Analyzing current, resistance, and voltage drops
Utilizing voltage dividers and understanding aiding/opposing sources
Applying Kirchhoff’s voltage law for complex circuits
Dissipated power and illumination of series bulbs
Unleashing the power of parallel circuits and current division
Illumination analysis of parallel bulbs
Handling open and short circuits

Chapter 4 – Series-Parallel Combination Circuits:

Mastering series-parallel circuits
Harnessing circuit-dependent sources
Real-life examples and problem-solving

Chapter 5 – Nodal and Loop Analysis Techniques:

Introduction to nodal and loop analysis
Solving circuits with independent sources and unknown variables
Tackling circuits with dependent sources and supernodes
Analyzing circuits using loop analysis and supermesh
Star delta and delta-to-star transformations for complex circuits

Chapter 6 – Network Theorems for Circuit Analysis:

Transforming sources for analysis
Applying the superposition theorem
Mastering Thevenin’s and Norton’s theorems
Demystifying the maximum power transfer theorem

With my comprehensive course materials, detailed explanations, and hands-on exercises, you’ll develop a solid foundation in electric circuit analysis. Whether you’re an electrical engineering student or someone eager to understand and apply electrical principles, this course is your gateway to mastering circuit analysis and advancing your skills in the field. Enroll now and embark on an electrifying journey of knowledge and expertise!

Course Curriculum

Chapter 1: Chapter (1) Electrical fundamentals

Lecture 1: Introduction to Electrical Engineering

Lecture 2: Matter

Lecture 3: Electron Theory

Lecture 4: Magnetism

Lecture 5: Electricity

Lecture 6: Electromagnetism

Lecture 7: Use of Electromagnetism

Chapter 2: Chapter (2) Basic Electricity Formulas

Lecture 1: Electrical Standards and Conventions

Lecture 2: Additional Examples on Electric Charge and Current

Lecture 3: Math

Lecture 4: How to Read Electrical Diagrams

Lecture 5: Basics of Electrical Quantities

Lecture 6: Ohm's Law

Lecture 7: Temperature Effect on DC Cables

Lecture 8: Resistor Color Code

Lecture 9: Electric Power, Energy Formulas, and Electricity Bill

Lecture 10: Power Consumption and Voltage Variation

Chapter 3: Chapter (3) Basic Electric Circuits

Lecture 1: Electrical Sources

Lecture 2: Node, Loop, and Branch

Lecture 3: Series Circuits – Total Current

Lecture 4: Series Circuits – Total Resistance

Lecture 5: Series Circuit – Voltage Drop

Lecture 6: Series Circuits – Voltage Divider

Lecture 7: Series Circuits- Aiding and Opposing Sources

Lecture 8: Kirchhoff's Voltage Law

Lecture 9: KVL Example

Lecture 10: Series Circuits – Total Power Losses

Lecture 11: Power Dissipated by Each Resistor

Lecture 12: Brightness of Series Bulbs

Lecture 13: Simulation of Series Bulbs Brightness

Lecture 14: Parallel Circuits – Total Current

Lecture 15: Parallel Circuits – Total Voltage

Lecture 16: Parallel Circuits – Total Resistance

Lecture 17: Parallel Circuits IR Example

Lecture 18: Parallel Circuits – Determine the Unknown Resistance

Lecture 19: Parallel circuits – Total Conductance

Lecture 20: Parallel Circuits – Current Division

Lecture 21: Parallel Circuits – Current Division Two Branches

Lecture 22: Parallel Circuits – Current Divider in Term of Conductances Multiple Branches

Lecture 23: Parallel Circuits – Current Divider in Terms of Conductance Two Branches

Lecture 24: Parallel Circuits – Power Losses in Resistance

Lecture 25: Parallel Circuits – Power Losses Example

Lecture 26: Parallel Circuits – Power Losses in Conductance

Lecture 27: Applications of Parallel Circuits

Lecture 28: Bulbs Brightness in Parallel Connection

Lecture 29: Simulation of Parallel Bulbs Brightness

Lecture 30: Open Circuit and Short Circuit

Lecture 31: Short in Series and Parallel Circuit

Chapter 4: Chapter (4) Series-Parallel Circuit

Lecture 1: Series and Parallel Resistors Combinations

Lecture 2: Series Parallel Circuit – Examples

Lecture 3: Circuits With Dependent Sources

Lecture 4: Example No.1

Lecture 5: Example No.2

Lecture 6: Example No.3

Lecture 7: Example No.4

Lecture 8: Example No.5

Lecture 9: Example No.6

Chapter 5: Chapter (5) Nodal and Loop Analysis Techniques

Lecture 1: Introduction

Lecture 2: Nodal Analysis

Lecture 3: Solving Equations With Two Unknown Variable

Lecture 4: Nodal Analysis – Example No.1

Lecture 5: Nodal Analysis – Example No.2

Lecture 6: Nodal Analysis – Example No.3 Part 1

Lecture 7: Solving Equations With Three Unknown Variables

Lecture 8: Nodal Analysis Example No.3 Part 2

Lecture 9: Nodal Analysis Example No.4

Lecture 10: Nodal analysis With Independent Voltage Sources

Lecture 11: Nodal Analysis – Super Node

Lecture 12: Nodal Analysis – Example No.5

Lecture 13: Nodal Analysis With Dependent Voltage Sources

Lecture 14: Nodal analysis – Example No.6

Lecture 15: nodal analysis – Example No.7

Lecture 16: Nodal Analysis – Example No.8

Lecture 17: Nodal Analysis – Example No.9

Lecture 18: Nodal Analysis – Example No.10

Lecture 19: Nodal Analysis – Example No.11

Lecture 20: Nodal Analysis – Example No.12

Lecture 21: Loop Analysis With Independent Voltage Sources

Lecture 22: Loop Analysis – Example No.1

Lecture 23: Loop Analysis – Example No.2

Lecture 24: Loop Analysis – Example No.3 Part 1

Lecture 25: Loop Analysis – Example No.3 Part 2

Lecture 26: Loop Analysis – Example No.4

Lecture 27: Loop Analysis With Independent Current Sources

Lecture 28: Loop analysis – Example No.5

Lecture 29: Loop Analysis – Example No.6

Lecture 30: Loop Analysis – Supermesh

Lecture 31: Loop Analysis – Example No.7

Lecture 32: Loop Analysis – Example No.8

Lecture 33: Loop Analysis – Example No.9

Lecture 34: Loop Analysis – Circuits Containing Dependent Voltage Source

Lecture 35: Loop Analysis – Example No.10

Lecture 36: Loop Analysis – Example No.11

Lecture 37: Supermesh and Supernode Example

Lecture 38: Nonplanar Circuits

Instructors

Mohamed Ezat
Electrical Power Systems Engineer

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5 stars: 4 votes

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