General Electricity Course

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.