Course Overview:
The Electrical Works in Construction Projects course (Saudi Code and Global Code – IEC) is one of the most vital specialized training programs focusing on local and international standard specifications in the execution of electrical works. This course provides participants with a profound understanding of safety standards, execution controls, and the effective planning of power systems in major projects, perfectly aligning with the demands of the Saudi and Arab labor markets.
Course Objectives
- Understand the requirements of the Saudi Building Code (SBC) and the international IEC code in the design and execution of electrical works.
- Apply rigorous safety and security standards to power systems within construction projects.
- Read and interpret electrical drawings and schematics according to international best practices.
- Manage and plan the installation phases of electrical systems with high accuracy and efficiency.
- Identify the latest technologies and innovations used in the field of electrical works.
- Ensure strict compliance with technical specifications while monitoring the quality of execution.
- Prepare accurate technical reports that meet the requirements of approved regulatory authorities.
Course Curriculum
Day 1: Introduction to Electrical Works and the Saudi Code – Part 1
- Definition of electrical works within the context of construction projects.
- An overview of the Saudi Code and its applications in both public and private sector projects.
- Classification of electrical loads and the various types of circuits.
- Fundamental concepts in electrical wiring and core safety principles.
Day 2: The Global IEC Code and Electrical Design Requirements
- Introduction to the International Electrotechnical Commission (IEC) code and its role in global standardization.
- Electrical design requirements specifically tailored for industrial and commercial projects.
- Selecting conductive materials and determining appropriate cable cross-sections according to IEC standards.
- Circuit protection strategies and overcurrent limitation parameters.
Day 3: Reading and Analyzing Electrical Drawings and Schematics
- Exploring the types of electrical drawings (e.g., Single Line Diagrams, Riser Diagrams).
- Techniques for reading engineering drawings and correlating them with practical, on-site applications.
- Understanding wiring symbols and standards used in residential and infrastructure projects.
- Utilizing basic design software to analyze and interpret electrical plans.
Day 4: Execution and Supervision of Electrical Works
- Step-by-step procedures for executing electrical works across all project phases.
- Common installation tools and equipment, along with protocols for their safe usage.
- The critical role of the supervising engineer in monitoring quality control and site safety.
- Mechanisms for verifying ongoing compliance with both the Saudi Code and IEC standards during active execution.
Day 5: Comprehensive Review and Practical Case Study
- A comprehensive review of the most critical points covered over the previous four days.
- An in-depth case study of a real-world electrical project, analyzing it through the lens of the Saudi Code and IEC.
- Discussing common execution challenges in the field and effective strategies to overcome them.
- Developing a personal action plan for managing future electrical projects based on these global standards.
