Categories:
Electrical & Power Engineering
About Course
This course is designed to build a strong foundation in electrical engineering. It covers the fundamental concepts of electricity, circuits, and power systems — essential for anyone entering the electrical or automation field. Students will learn through practical examples and real-world applications.
What Will You Learn?
- 1. What is Electricity?
- Understand the nature and flow of electrical energy and how it powers devices and systems.
- 2. What is Voltage?
- Learn about potential difference and its role in driving current through circuits.
- 3. What is Current?
- Explore the movement of electrons and types of electrical current (AC/DC).
- 4. Power
- Discover how electrical power is calculated and used in real applications.
- 5. Frequency
- Understand the concept of cycles per second and its importance in AC systems.
- 6. Resistance, Capacitance & Inductance
- Study how these three elements affect current and voltage in circuits.
- 7. Impedance
- Learn the total opposition to current flow in AC circuits.
- 8. Conductance
- The inverse of resistance — understanding how easily current flows.
- 9. Basic Circuits (Series & Parallel)
- Practice constructing simple series and parallel circuits and learn their behavior.
- 10. V/I Analysis in Series & Parallel
- Learn Ohm’s Law applications to analyze voltage and current distribution.
- 11. What is DC?
- Study direct current, its generation, and its use in electronic systems.
- 12. What is AC?
- Understand alternating current, AC supply systems, and frequency characteristics.
- 13. Significance of DC & AC
- Compare their practical uses in power, control, and communication systems.
- 14. Single-Phase & Three-Phase Supply
- Learn types of power supplies and their industrial applications.
- 15. Utilization and Application of AC Supply System
- Explore how AC power is transmitted and distributed.
- 16. Power Generation
- Introduction to methods of generating electricity (thermal, hydro, solar, etc.).
- 17. Types of Power Generating Stations
- Overview of power plants and their components.
- 18. Power Transmission & Distribution
- Understand how electricity is transmitted over long distances and delivered to consumers.
- 19. Load and Load Types
- Identify different electrical loads and their characteristics.
- 20. Load Applications
- Explore how various loads behave under different conditions.
- 21. kW, kVA, HP to Ampere Conversions
- Practical conversion techniques for engineers and technicians.
- 22. Transformer Types
- Learn about step-up, step-down, and isolation transformers.
- 23. Core Transformer Studies
- Detailed study of transformer working principles and applications.
- 24. Motor
- Introduction to electrical motors, their types, and operations.
- 25. Core 3-Phase Transformer Detailed Study
- In-depth understanding of three-phase transformer design and performance.
- 26. Generator & Alternator Detailed Study
- Study how mechanical energy is converted to electrical energy in power systems.