A single electric motor failure on the production floor can bring an entire operation to a halt, and the difference between a two-hour fix and a two-day shutdown often comes down to how quickly the fault is diagnosed. This Electric Motor Fault Diagnosis and Troubleshooting Training Course from the Arab British Fellowship Training Academy equips technicians and engineers with the practical know-how to read the warning signs before they turn into breakdowns.

An electric motor converts electrical energy into mechanical motion by passing current through a wire inside a magnetic field, causing rotation around an axis; electromagnetic force is what drives the machine. But motors are not immune to problems — they can refuse to start, overheat, spin too slowly, run out of synchronization (particularly synchronous AC motors), or vibrate excessively. This course walks participants through spotting these issues early, understanding what causes them, and applying the right maintenance response.

By the end of this course, participants will be able to:

• Apply a structured routine for testing and inspecting electric motors.
• Run the key checks technicians use during scheduled inspections.
• Recognize the failure patterns common across motor types, regardless of design.
• Pinpoint the leading causes behind a motor's failure to start or reach synchronization, and diagnose faults accordingly.

Target Audience

• Electrical engineers and motor specialists.
• Repair technicians working on machines and electric motors.
• Anyone looking to build stronger skills in this field.

Module 1: Why Motor Faults Matter

• Failure to start
• Overheating during operation
• Slow or sluggish rotation
• Abnormally increased speed
• Motor falling out of synchronization
• Excessive mechanical vibration

Module 2: Motor Fundamentals

• Parts of an electric motor
• Types of electric motors
• How power generation stations and transmission/distribution networks feed the motor
• The electrical grid and the equipment that makes it up

Module 3: Electrical Safety and Hazard Prevention

• Electrical hazards and preventive measures
• Safe work practices and isolation procedures
• Types of network faults and the factors that affect fault levels

Module 4: Maintenance Planning and Management

• Introduction to electrical equipment maintenance
• Maintenance management principles

Module 5: How the Course Is Delivered

• Hands-on training through real-life scenarios
• Training via conferences and workshops
• Theoretical sessions in dedicated classrooms
• Individual or group training, held roughly monthly or by arrangement, across the academy's locations in Europe, Jordan, Egypt, Turkey, and Malaysia

Module 6: What Participants Take Away

Every participant receives a training package covering all the scientific topics related to the course, along with a certificate of attendance confirming completion of the training course on electric motor fault diagnosis and troubleshooting.