Electrical Power Distribution Systems & Practical Electrical Design
From Generation to LV Loads — Part One & Part Two

Are you an electrical engineer, electrical student, fresh graduate, site engineer, MEP engineer, supervisor, or designer who wants to understand how electrical power distribution systems really work in real projects?
This course is designed to take you step by step from the basic concept of electrical power distribution to practical electrical design and installation for mega construction projects.
Instead of memorizing equipment names separately, you will understand how all electrical components are connected together as one complete system — from the power source to the final load.
In this course, you will learn both the theoretical and practical sides of electrical distribution, design, drafting, installation, and documentation. The course follows a clear step-by-step method to help you move from scratch to a professional level in a short time.

What's Included?
This course includes practical and theoretical topics covering electrical design and installation for large-scale and mega construction projects.
You will start with an introduction to electrical projects, project types, design standards, and the general structure of electrical systems.
Then, you will learn how electrical power is generated, transmitted, transformed, distributed, and finally delivered to low-voltage loads.
You will also study lighting systems, power and socket systems, HVAC power supplies, distribution panels, load schedules, power cables, earthing systems, lightning protection systems, single-line diagrams, backup power systems, UPS systems, generators, and extra low-voltage systems.
The course also introduces practical software applications such as AutoCAD, Dialux, Dialux Evo, Excel, and ETAP to help you connect engineering theory with real project documentation and design outputs.

In this course, Electrical Power Distribution Systems & Practical Electrical Design, you will learn the complete journey of electrical power from generation to final loads.
We will start with power generation, step-up substations, high-voltage transmission networks, and step-down substations. Then we will move into medium-voltage distribution, including MV switchgear, RMUs, kiosk substations, and distribution transformers.
After that, you will understand how low-voltage power is distributed through MDPs, SMDPs, DPs, MCCs, power factor correction panels, ATS systems, standby generators, feeder pillars, coffres, and street lighting feeders.
This course is not only about knowing the name of each component. It is about understanding the role of every component, where it is installed, how it is connected, and how it works inside the complete electrical network.
This is Part One of the training series.

In Part Two, we will go deeper into internal low-voltage design, including lighting circuits, power and socket circuits, panel schedules, cable routing, shop drawings, load calculations, electrical design documentation, and practical installation requirements.
By the end of this course, you will have a strong foundation in electrical power distribution and practical electrical design for real construction projects.
Course Content Part Two
1. Introduction to Electrical Projects
2. Types of Projects and Electrical Standards
3. Electrical Power Distribution Overview
4. Generation, Transmission, and Distribution Systems
5. High Voltage, Medium Voltage, and Low Voltage Networks
6. MV Switchgear, RMU, Kiosk Substation, and Distribution Transformer
7. Main Distribution Panel, Sub-Main Distribution Panel, and Distribution Panel
8. ATS, Generator, MCC, Power Factor Panel, Feeder Pillar, and Coffre
9. Lighting System Parameters
10. Manual Lighting Calculations
11. Drafting Lighting Systems in AutoCAD
12. Lighting Design Using Dialux
13. Lighting Design Using Dialux Evo
14. Finalizing Lighting System Drawings
15. Power Outlet and Socket System Design
16. Power Circuits and Small Power Systems
17. HVAC Systems and Mechanical Equipment Power Supplies
18. Power Distribution Inside Buildings
19. Distribution Panel Components and Types
20. Load Schedule Preparation
21. Power Cables: Types, Selection, and Calculations
22. Installation of Power Cables
23. Voltage Drop Calculations
24. Short-Circuit Calculations
25. Earthing and Grounding Systems
26. Sizing of Neutral and Earthing Conductors
27. Lightning Protection System
28. Single-Line Diagram Design
29. Riser Diagram Design
30. Transformer Room Sizing
31. Generator Room Sizing
32. UPS System Design
33. Backup Generator Installation and Integration
34. MV/LV Power Installation Basics
35. Low Current and Extra-Low-Voltage Systems
36. Fire Alarm System Design Basics
37. CCTV System Design Basics
38. MATV System Design Basics
39. Data, Telephone, and Sound Systems
40. Practical Design Documentation and Shop Drawings

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