The Electrical Engineering Fundamentals course offers a comprehensive foundation in electrical principles and circuits. Participants explore electron theory, magnetism, and electromagnetism, enhancing practical knowledge with topics like temperature effects and resistor color codes. Analyzing basic electric circuits and applying network theorems equips graduates with valuable problem-solving skills in electrical engineering.
Course Price:
Original price was: £194.00.£19.99Current price is: £19.99.
Course Duration:
8 hours, 31 minutes
Total Lectures:
62
Total Students:
56
Average Rating:
4.5
Overview
The Electrical Engineering Fundamentals course is a comprehensive program that provides a solid foundation in electrical principles and circuits. Participants will gain a profound understanding of electrical fundamentals, electron theory, magnetism, and electromagnetism, exploring the core concepts that underpin electrical engineering. The course covers basic electricity formulas, electrical standards, and conventions, enabling participants to read electrical diagrams and understand electrical quantities. Practical topics, such as temperature effects on DC cables and resistor color codes, are explored to enhance practical knowledge. Participants will learn about basic electric circuits, including series and parallel circuits, and how to analyze them. The course delves into network theorems for circuit analysis, such as Superposition Theorem, Thevenin's Theorem, and Maximum Power Transfer Theorem, providing valuable problem-solving skills. With engaging lectures and examples, participants will develop proficiency in analyzing and understanding electrical circuits. Upon completion, graduates will be equipped with essential electrical engineering skills, ready to apply their knowledge to practical applications and excel in the field of electrical engineering.What Will You Learn?
- Electrical fundamentals, electron theory, magnetism, electricity, and electromagnetism.
- Basic electricity formulas, electrical standards, and conventions.
- How to read electrical diagrams and understand electrical quantities.
- Temperature effects on DC cables and resistor color codes.
- Basic electric circuits, including series and parallel circuits.
- Network theorems for circuit analysis, such as Superposition, Thevenin's, and Maximum Power Transfer Theorems.
- Problem-solving skills to analyze and understand electrical circuits.
Who Should Take The Course?
- Aspiring electrical engineers seeking a solid foundation in electrical principles and circuits.
- Engineering students looking to enhance their knowledge in electrical engineering.
- Professionals in related fields seeking to expand their expertise in electrical fundamentals.
- Anyone interested in understanding electrical circuits and problem-solving in electrical engineering.
- Individuals aiming to pursue a career in electrical engineering and related industries.
Requirements
- Basic proficiency in English language (reading, writing, and communication).
- No specific prior qualifications or experience required, making it accessible to all learners.
- A computer or device with internet access to participate in the course lectures and activities.
- Curiosity and enthusiasm to learn about electrical principles and circuits in engineering.
Course Curriculum
-
- Introduction to Electrical Engineering 00:03:00
- Matter 00:11:00
- Electron Theory 00:11:00
- Magnetism 00:10:00
- Electricity 00:13:00
- Electromagnetism 00:09:00
- Use of Electromagnetism 00:23:00
-
- Electrical Standards and Conventions 00:09:00
- Additional Examples on Electric Charge and Current 00:13:00
- Math 00:18:00
- How to Read Electrical Diagrams 00:11:00
- Basics of Electrical Quantities 00:21:00
- Temperature Effect on DC Cables 00:12:00
- Resistor Color Code 00:10:00
- Electric Power, Energy Formulas, and Electricity Bill 00:14:00
- Power Consumption and Voltage Variation 00:03:00
- Node, Loop, and Branch 00:13:00
- Series Circuits – Total Current 00:05:00
- Series Circuits – Total Resistance 00:02:00
- Series Circuit – Voltage Drop 00:08:00
- Series Circuits – Voltage Divider 00:04:00
- Series Circuits- Aiding and Opposing Sources 00:07:00
- KVL Example 00:15:00
- Series Circuits – Total Power Losses 00:06:00
- Power Dissipated by Each Resistor 00:08:00
- Brightness of Series Bulbs 00:05:00
- Simulation of Series Bulbs Brightness 00:04:00
- Parallel Circuits – Total Current 00:07:00
- Parallel Circuits – Total Voltage 00:03:00
- Parallel Circuits – Total Resistance 00:09:00
- Parallel Circuits IR Example 00:03:00
- Parallel Circuits – Determine the Unknown Resistance 00:04:00
- Parallel circuits – Total Conductance 00:05:00
- Parallel Circuits – Current Division 00:09:00
- Parallel Circuits – Current Division Two Branches 00:11:00
- Parallel Circuits – Current Divider in Term of Conductances Multiple Branches 00:12:00
- Parallel Circuits – Current Divider in Terms of Conductance Two Branches 00:04:00
- Parallel Circuits – Power Losses in Resistance 00:14:00
- Parallel Circuits – Power Losses Example 00:08:00
- Applications of Parallel Circuits 00:21:00
- Bulbs Brightness in Parallel Connection 00:08:00
- Simulation of Parallel Bulbs Brightness 00:03:00
- Superposition Theorem – Example No.1 Par 1 00:07:00
- Superposition Theorem – Example No.4 00:03:00
- Superposition Theorem – Example No.5 00:08:00
- Superposition Theorem – Example No.7 00:09:00
- Thevenin_s Theorem – Example No.6 00:06:00
- Thevenin_s Theorem for Circuits Contain Dependent Sources 00:02:00
- Maximum Power Transfer Theorem – Steps to Solve Problems 00:01:00
- Maximum Power Transfer Theorem – Example No.2 00:07:00
- Maximum Power Transfer Theorem – Example No.3 00:07:00
- Maximum Power Transfer Theorem – Example No.4 00:06:00
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