The maintenance procedures have evolved considerably over time, and the necessary equipment has been developed for maintenance. The maintenance was initially concerned with improving the efficiency of the machines' performance and did not pay attention to the economic abundance that could be achieved through them. Led to more concern in the planning and maintenance management methods, as well as the quality of the technology used in maintenance, which emerged with the beginning of the modern technological age to be more electronic control machines, and this has had a significant impact in the development of maintenance work.

 The British Academy for Training and Development offers a training course in modern maintenance techniques through data processing systems or using computers, through curricula prepared by the Academy.

Who should attend? 

• Heads of maintenance departments.
• Maintenance supervisors.
• Maintenance workers.
• Every decision maker that has a role in designing and implementing maintenance policies.
• Those wishing to develop their capabilities in this field.

Knowledge and Benefits:

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

• Electronic processing techniques in the maintenance of machines and the control of production lines through them.
• Use of treatment system equipment and control methods.
• Learn how to manage expenses and reduce time through good management of modern systems in maintenance.
• Collect maintenance information in a systematic way.
• Possess the necessary skills to plan maintenance operations.

• Introduction to electrical equipment, techniques, and methods of diagnosing electrical faults:
  • Electrical systems and networking equipment.
  • Power stations and transmission and distribution networks.
  • Electrical equipment and related breakdowns.
  • How to diagnose electrical faults
  • General concepts on the techniques and diagnosis of electrical faults.
  • Electrical love and methods of prevention.
  • Methods and procedures for the implementation of maintenance and diagnosis of electrical faults.

• Successful Steps for Electrical Maintenance:
  • Electrical protections and their importance for maintaining electrical equipment.
  • Follow safety systems in electrical maintenance.
  • Use the correct equipment suitable for electrical maintenance.
  • Follow the necessary procedures and instructions for preventive maintenance.
  • Use of spare parts and correct tools in electrical maintenance.

• Application of preventive maintenance of electrical equipment:
  • Introduction to preventive maintenance and its importance.
  • Elements and foundations of preventive maintenance.
  • System of equipment and electrical system and concepts of protective system protection.
  • Monitoring and evaluation of preventive maintenance of electrical equipment.
  • Models, documents, and records used in preventive maintenance.
  • Common errors in preventive maintenance and methods of correction.
  • Maintenance programs for electrical equipment (generators, motors, transformers).

• Methods of testing, diagnosis, and detection of electrical faults:
  •  How to use the testing devices and the detection of electrical faults in the generators.
  • Testing and detection of electrical faults for transformers.
  • Testing and detection of electrical faults for control and prevention circuits.
  •  Modern systems in testing and troubleshooting.

• Methods of handling faults and electrical errors:
  • Electrical boards and distribution systems and types.
  • Electrical switches and maintenance types.
  • Real examples of control circuits for electric motors and reading of electrical drawings.
  • Electrical cables, tests, and detection of faults.
  • Electrical tests for troubleshooting.
  • Power electronics, UPS, and batteries.