Certificate in Electrical Engineering

Introduction to Electrical Engineering

Understanding the Basics of Electrical Engineering

00:00
History and Evolution of Electrical Engineering

00:00
Key Figures and Innovations in Electrical Engineering

00:00
Fundamentals of Circuit Analysis

00:00
Introduction to Electrical Components and Devices

00:00
Principles of Electromagnetism and Electromagnetic Fields

00:00
Application of Electrical Laws and Theorems

00:00
Introduction to Power Systems and Energy Conversion

00:00

Circuit Theory and Analysis

Introduction to Circuit Theory

00:00
Ohm’s Law and Basic Circuit Components

00:00
Series and Parallel Circuits

00:00
Kirchhoff’s Laws

00:00
Thevenin’s and Norton’s Theorems

00:00
AC Circuit Analysis

00:00
Impedance and Reactance

00:00
Resonance in AC Circuits

00:00
Power in AC Circuits

00:00
Transient Analysis in DC Circuits

00:00
Advanced Circuit Analysis Techniques

00:00

Electromagnetism and Electromagnetic Fields

Introduction to Electromagnetism

00:00
Electric Charges and Fields

00:00
Gauss’s Law

00:00
Electric Potential

00:00
Capacitance and Dielectrics

00:00
Current and Resistance

00:00
Direct Current (DC) Circuits

00:00
Magnetic Fields and Forces

00:00
Electromagnetic Induction

00:00
AC Circuits and Electromagnetic Waves

00:00
Maxwell’s Equations

00:00

Electronics and Semiconductor Devices

Power Systems and Electrical Machines

Introduction to Power Systems

00:00
Components of Electrical Machines

00:00
Types of Power Plants

00:00
Principles of Electromagnetic Induction

00:00
AC and DC Machines

00:00
Transformers: Operation and Applications

00:00
Power System Stability and Control

00:00
Power Quality and Reliability

00:00
Fault Analysis and Protection

00:00
Renewable Energy Integration in Power Systems

00:00
Electrical Machines: Maintenance and Troubleshooting

00:00
Future Trends in Power Systems and Electrical Machines

00:00

Control Systems and Automation

Introduction to Control Systems

00:00
Mathematical Modeling of Dynamic Systems

00:00
Time-Domain Analysis

00:00
Frequency-Domain Analysis

00:00
Control System Design

00:00
State-Space Analysis and Design

00:00
Digital Control Systems

00:00
Nonlinear Control Systems

00:00
Optimal Control and Estimation

00:00
Advanced Topics in Control Systems

00:00

Course Content

Introduction to Electrical Engineering

Understanding the Basics of Electrical Engineering

History and Evolution of Electrical Engineering

Key Figures and Innovations in Electrical Engineering

Fundamentals of Circuit Analysis

Introduction to Electrical Components and Devices

Principles of Electromagnetism and Electromagnetic Fields

Application of Electrical Laws and Theorems

Introduction to Power Systems and Energy Conversion

Circuit Theory and Analysis

Introduction to Circuit Theory

Ohm’s Law and Basic Circuit Components

Series and Parallel Circuits

Kirchhoff’s Laws

Thevenin’s and Norton’s Theorems

AC Circuit Analysis

Impedance and Reactance

Resonance in AC Circuits

Power in AC Circuits

Transient Analysis in DC Circuits

Advanced Circuit Analysis Techniques

Electromagnetism and Electromagnetic Fields

Introduction to Electromagnetism

Electric Charges and Fields

Gauss’s Law

Electric Potential

Capacitance and Dielectrics

Current and Resistance

Direct Current (DC) Circuits

Magnetic Fields and Forces

Electromagnetic Induction

AC Circuits and Electromagnetic Waves

Maxwell’s Equations

Electronics and Semiconductor Devices

Introduction to Electronics

Semiconductor Basics

Diodes and Their Applications

Transistors and Amplifiers

Operational Amplifiers

Integrated Circuits and Logic Gates

Field-Effect Transistors

Power Systems and Electrical Machines

Introduction to Power Systems

Components of Electrical Machines

Types of Power Plants

Principles of Electromagnetic Induction

AC and DC Machines

Transformers: Operation and Applications

Power System Stability and Control

Power Quality and Reliability

Fault Analysis and Protection

Renewable Energy Integration in Power Systems

Electrical Machines: Maintenance and Troubleshooting

Future Trends in Power Systems and Electrical Machines

Control Systems and Automation

Introduction to Control Systems

Mathematical Modeling of Dynamic Systems

Time-Domain Analysis

Frequency-Domain Analysis

Control System Design

State-Space Analysis and Design

Digital Control Systems

Nonlinear Control Systems

Optimal Control and Estimation

Advanced Topics in Control Systems

Student Ratings & Reviews

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