Electrical - Power Distribution
- ✓Design electrical distribution networks that meet load requirements and efficiency standards.
- ✓Calculate electrical loads and calculate energy loss.
- ✓Understanding the components of electrical distribution systems and how they work.
- ✓The role of transformers, cables, and protection systems in network operation.
- ✓Protection systems suitable for different types of malfunctions.
- ✓Identify the causes of electrical faults and propose practical solutions.
- ✓Use tools and software to analyze and design distribution networks.
- ✓Apply simulation techniques to improve network performance and reduce failures.
- ✓Plan and implement projects related to distribution networks efficiently.
- ✓Commitment to quality and safety standards in all aspects of work.
Course Content
Unit 01: Basics of Electrical Project Execution0h
- Steps of Project Execution and the Role of the Electrical Engineer
- Determining the number of electrical rooms and their locations
- Types of Electrical Breakers
Unit 02: Electrical Distribution Panels0h
- Types of Electrical Panels (MDB – SMDB – EMDB – DP)
- Power Factor Correction and Explanation of Its Components
Unit 03: Electrical Equipment Distribution0h
- Electrical Equipment Distribution within Rooms (Space Program)
- Types of Electrical Transformers
- Medium Voltage Equipment
Unit 04: Meters and Their Applications0h
- Types of Meters and Their Applications
- Distribution of Various Meters in the Project
Unit 05: Generator Systems and Backup Power0h
- Generators and Their Types
- Automatic Transfer Switch (ATS)
- Uninterruptible Power Supply (UPS)
Unit 06: Cables and Installation Systems0h
- Types of Cables and Wires (Trefoil & Wye)
Unit 07: Electrical Schematics0h
- Drawing Single Line Diagram
- Drawing Routing Diagram
Unit 08: Electrical Control Panels0h
- Explanation of MCC Panel
- Preparing the Electrical Panel Schedule for the Project (Panel Schedule)
Unit 09: Breaker and Cable Calculations0h
- Calculating Breaker and Cable Sizes
- Preparing the SLD Diagram
- Voltage Drop and Short Circuit Current Calculations Using Practical Video
Unit 10: Operating and Grounding Systems0h
- Types of Motor Starting Circuits
- Explanation of Grounding Network
- Using ETAP Software for Voltage Drop, Short Circuit Current, and Grounding Network Calculations
Unit 11: Protection and Load Estimation0h
- Lightning Protection System Design
- Explanation of Load Estimation
Instructors
Engineer Islam Kamal has over 10 years of practical experience in the electrical field, combining design and execution for various projects including residential, administrative, hospitals, and commercial buildings. He excels in turning engineering plans into high-quality, efficient real-world solutions.
Engineer Islam Kamal has over 10 years of practical experience in the electrical field, combining design and execution for various projects including residential, administrative, hospitals, and commercial buildings. He excels in turning engineering plans into high-quality, efficient real-world solutions.
FAQ
Who is this course for?
This course is designed for mechanical engineers who want to specialize or enhance their skills in medical gas systems design for hospitals and healthcare facilities, whether fresh graduates or experienced engineers.
Is prior experience in medical gas systems required?
No prior experience in medical gas systems is required. The course starts from the fundamentals and gradually progresses to full system design based on international standards.
Which codes and standards are covered in this course?
The course mainly focuses on applying European Code standards for medical gas systems design, with practical explanations of safety and quality requirements.
Is the course theoretical or practical?
The course combines both theoretical concepts and practical applications, including flow calculations, pressure drop analysis, pipe sizing, and real design drawings.