Electrical Engineering & Construction Site Control
Course Info
Code IND04-108
Duration 5 Days
Format Classroom
Course Summary
Electrical engineering is an extremely necessary practice, yet one that takes a great amount of skill. This is especially true when it comes to installing electrical systems for construction sites.
Electricians tasked with this goal need to be highly competent in the Health and Safety regulations that apply to their industry, and the individual requirements for certain components within the electrical system in creation. This knowledge is absolutely essential due to the nature of the work, and any faults have the potential to cause great harm.
The role of construction site control is to ensure that the electrical system is not only following H&S regulations, but also that it is up to the site’s specific standards. The system needs to be able to meet the requirements of the site and ensure productivity is not prohibited by any electrical challenges. All electrical devices need constant monitoring and maintenance once installed to keep them at maximum efficiency.
- To introduce the principles for a site electrical system.
- To explain why site electrical systems are designed in a certain manner to maintain safety and durability.
- To review the key elements of the electrical system.
- To demonstrate how a lock and tag system can be safe for all users.
- To understand how to size electrical cables based on voltage and carrying capacity.
- To explain the guidelines of how to size circuit breakers and generators.
- To describe how power should be distributed within a construction site.
- To be knowledgeable of the Wiring Requirements and other related health and safety regulations.
- To be competent in the electrical equipment used.
This course is designed for anyone on a construction site responsible for the electrical system design. It would be most beneficial for:
- Electrical Engineers
- Health and Safety Officers (HSOs)
- Senior Engineers
- Construction Site Managers
- Site Supervisors
- Project Engineers
- Electrical Engineer Technician
- Engineer Managers
This course uses a variety of adult learning styles to aid full understanding and comprehension. Participants will observe practical demonstrations that highlight the types of electrical systems and the safety measures that need to be taken to ensure all risks are completely minimised.
They will be provided with a plethora of tools necessary to gain a thorough understanding of the taught content. Through practical activities, participants will be able to directly practice skills taught within a safe environment. They will also have ample opportunities to review regulations and ensure their practice follows them as closely as possible. This will ensure all participants will be able to gain a complete and well-rounded understanding of the knowledge and skills.
Course Content & Outline
- Introduction to electrical systems for construction sites.
- The principles and concepts of electrical systems.
- How electrical systems are constructed.
- How electrical systems are made to be safe, durable and cost-effective.
- The key factors in running an on-site system.
- The importance of electrical grounding on site.
- The differences between grounded and ungrounded systems.
- What systems are commonly used in construction sites?
- Describe the advantages and disadvantages of different systems.
- Identify what systems are most suitable for certain sites.
- How to safety check electrical systems.
- The importance of safety checks.
- Comply with all Wiring Regulations and plugs, socket outlets and cabling requirements.
- Review and follow all Health and Safety Regulations.
- Safety drills and staff training.
- Assess when and how to utilise Residual Current Devices.
- Evaluate probable electrical faults and solutions in case of occurrence.
- Carry out regular risk assessments to identify potential risks.
- Understand the impact of electrical faults on the system and to personnel.
- How to install lock and tag systems to maximise safety.
- Sizing the cables correctly in relation to the necessary current capacity and voltage.
- Sizing circuit breakers and generators to the site requirements.
- Determine the correct power input and output.
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