The General Electricity Course, organized by the British Academy for Training and Development, offers participants an exceptional opportunity to learn the fundamentals of electricity with a focus on the latest practical applications in this vital field. This course aims to equip trainees with the knowledge and technical skills necessary to work effectively in various electrical systems, whether in residential, commercial, or industrial settings. Through intensive and diverse training, participants will gain a comprehensive understanding of how to implement electrical installations, maintain them, and troubleshoot efficiently and safely.
The course covers essential topics such as electrical laws, wiring and switch installation, electrical device maintenance, and electrical protection systems. It also delves into advanced technologies related to controlling electrical systems, as well as renewable energy and its applications in various fields.

Who Should Attend?

• Electrical engineers and technicians seeking to enhance their technical and practical skills in the field of electricity.
• Construction industry workers who wish to acquire in-depth knowledge of electrical installations and maintenance.
• Maintenance and operations specialists aiming to develop their skills in advanced electrical systems.
• Anyone working in the electrical field who wants to learn and apply the latest technologies in this domain.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

• Have a comprehensive understanding of the fundamental concepts and principles of different electrical systems.
• Be able to effectively and efficiently implement and maintain electrical installations in various environments (residential, commercial, industrial).
• Apply global safety standards when performing electrical work, ensuring full compliance with relevant regulations and laws.
• Use modern tools and equipment to diagnose and repair electrical faults efficiently and safely.
• Understand and apply advanced technologies such as renewable energy and digital control systems to enhance the performance of electrical systems.

• Basic Concepts of Electricity

  • Definition of electricity and types of electrical currents.
  • Basic electrical laws.
  • Safe use of electrical tools and equipment.

• Types of Electrical Circuits

  • Types of electrical circuits and their basic components.
  • How to design a simple electrical circuit.
  • Principles of how basic electrical circuits operate.

• Electric Current

  • The relationship between current, voltage, and resistance.
  • Applying Ohm’s law in electrical calculations.
  • Understanding the characteristics of different electrical circuits.

• Wiring and Switch Installation

  • Selecting the appropriate wires and switches for residential environments.
  • Techniques for safe and efficient wiring installation.
  • Ensuring proper electrical insulation during installation.

• Lighting Systems in Homes

  • Installing indoor and outdoor lighting systems.
  • Choosing energy-efficient devices.
  • Ensuring an effective connection for lighting systems.

• Electrical Panels

  • Installing circuit breakers and control devices.
  • Protecting electrical circuits from overloads.
  • Inspecting and maintaining electrical panels to ensure efficiency.

• Designing Electrical Distribution Systems

  • Designing electrical distribution networks for commercial buildings.
  • Effectively installing circuit breakers and switches.
  • Understanding the characteristics of electrical connections in commercial settings.

• Industrial System Installation

  • Working with heavy electrical equipment.
  • Applications of industrial control systems in electricity distribution.
  • Maintaining electrical systems in industrial facilities.

• Commercial Lighting Systems

  • Designing and implementing energy-efficient lighting systems.
  • Installing advanced lighting systems for commercial buildings.
  • Using smart systems for lighting control.

• Inspection and Maintenance of Electrical Wires

  • Techniques for inspecting electrical wires and ensuring their quality.
  • Replacing damaged wires efficiently and professionally.
  • Inspecting electrical systems to ensure their proper functioning.

• Electrical Fault Repair

  • Methods for diagnosing various electrical faults.
  • Handling low and high current faults.
  • Inspecting and maintaining electrical panels to ensure their effectiveness.

• Electrical Shock Protection Systems

  • Installing electrical shock protection systems.
  • Implementing grounding systems to protect users.
  • Inspecting protective equipment and ensuring its efficiency.

• Protection Against Overcurrent

  • Installing overcurrent protection circuit breakers.
  • Inspecting protection devices to ensure their proper operation.
  • Replacing protection devices when needed.

• Protection in Industrial Environments

  • Designing protection systems for hazardous work environments.
  • Using insulating materials to protect equipment.
  • Protection systems against environmental risks.

• Basic Safety Procedures

  • Applying safety procedures when working with electricity.
  • Wearing appropriate personal protective equipment.
  • Securing the worksite from electrical hazards.

• Emergency Procedures

  • How to handle electrical emergencies.
  • First aid for electrical shock incidents.
  • Planning evacuation procedures in case of faults.

• Compliance with International Standards

  • The importance of complying with global electrical safety standards.
  • The role of continuous training in maintaining a safe environment.
  • Monitoring the performance of safety systems and ensuring compliance.

• Digital Systems for Electricity Control

  • Integrating digital systems in electrical control.
  • Applications of smart control systems in lighting and energy.
  • Designing intelligent systems to control electricity distribution.

• Technological Tools for Maintenance and Inspection

  • Using digital devices to measure and calibrate electrical systems.
  • Enhancing system maintenance using modern technology.
  • Techniques for remote monitoring of electrical grids.

• Advanced Testing for Electrical Systems

  • Inspecting wire insulation and connections using advanced devices.
  • Testing grounding resistance and ensuring the effectiveness of the electrical system.
  • Using advanced diagnostic tools to identify faults.

• Preventive Maintenance

  • The importance of regular maintenance to ensure system continuity.
  • Implementing preventive maintenance schedules to avoid future faults.
  • Updating and periodically upgrading electrical systems.

• Handling Complex Systems

  • Maintaining advanced electrical systems in large facilities.
  • Repairing faults in complex electrical systems.
  • Replacing outdated systems with more advanced ones.