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course | Electrical Equipment Troubleshooting Matrix Investigation, Analysis & Diagnosis

Looking to excel in electrical equipment troubleshooting matrix investigation? Electrical Equipment Troubleshooting Matrix Investigation, Analysis & Diagnosis

EEC-1132 | Electrical Equipment Troubleshooting Matrix Investigation, Analysis & Diagnosis

Course Sector : Electrical Engineering

Course dates

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Duration	Date from	Date to	Course Venue	Course fees	Book a course
5 Days	31/08/2026	04/09/2026	Abu Dhabi	$4,250	Book now
5 Days	28/12/2026	01/01/2027	Los Angeles	$5,950	Book now
5 Days	15/03/2027	19/03/2027	Dubai	$4,250	Book now
5 Days	05/07/2027	09/07/2027	Dubai	$4,250	Book now

Course Introduction

Troubleshooting is a method of finding the cause of a problem and correcting it. The ultimate goal of troubleshooting is to get the equipment back into operation. This is a very important job because the entire production operation may depend on the troubleshooter's ability to solve the problem quickly and economically, thus returning the equipment to service. Although the actual steps the troubleshooter uses to achieve the ultimate goal may vary, there are a few general guidelines that should be followed.

There are often cases where a familiar piece of equipment or system breaks down. In those cases, an abbreviated troubleshooting process can be used to find the fault, get the system up and running. It is important to note that the steps are simply combined to be specific to the problem at hand.

Course objective

Verify that a problem actually exists
Isolate the cause of the problem
Correct the cause of the problem
Verify that the problem has been corrected
Follow up to prevent future problems
Understand the various types of fault currents
Determine the causes of overcurrent and short circuit current
Explain the differences between symmetrical & unsymmetrical faults
Understanding the technology of most electrical equipment and control systems.
Understanding the philosophy of different maintenance methodologies and ways of practically implementing these methods for different equipment at different voltage levels.

Course audience

Electrical Controls Engineer
Electrical Design Engineer
Electrical Engineer

Course Outline | DAY 01

Module (01) Introduction to Safety

Types of fault and factors affecting fault levels
Maintenance of electrical equipment
Managing Maintenance
Safety
Balanced and Unbalanced faults
Safe working practices and isolation procedures

Module (02) General Troubleshooting Guidelines

Troubleshooting steps
Action Items
Troubleshooting Documentation
Seven—Step Troubleshooting Philosophy
Step 1: Symptom Recognition
Step 2: Symptom Elaboration
Step 3: Listing of Probable Faulty Functions
Step 4: Localizing the Faulty Function
Step 5: Localizing the Fault to a Component
Step 6: Failure Analysis
Step 7: Retest Requirements

Course Outline | Day 02

Module (03) Troubleshooting with Flowcharts & Matrix Investigation

Typical Troubleshooting Process
Step 1: Talk with the Operator
Step 2: Verify Symptoms
Step 3: Attempt Quick Fixes
Step 4: Review Troubleshooting Aid
Step 5: Step-by-Step Search
Step 6: Clear the Trouble
Step 7: Perform Preventive Maintenance
Step 8: Make Final Checks
Step 9: Complete Paperwork
Step 10: Inform Area Supervision/Instruct Operators
The Flowchart Model

Course Outline | Day 03

Module (04) Five Action Steps for Systematic Troubleshooting

Five-Step Troubleshooting Process
Step 1: Verify that a problem actually exists
Panel Graphic
Loop Diagram
Piping and Instrumentation Diagram
Block Diagram & Schematic Diagram
Wiring Diagram
Step 2: Isolate the Cause of the problem
Step 3: Correct the Cause of the Problem
Step 4: Verify that the problem has been corrected
Step 5: Follow up to Prevent Future Problems

Module (05) Types of Failures

Steps for troubleshooting Intermittent Failures
Attempt to Recreate the Problem
Thermally Induced Failure
Mechanically Induced Failure
Erratic Failure
Alternatives to Recreating Failures
Identifying all possible causes of trouble

Course Outline | Day 04

Module (06) Troubleshooting Techniques

Interpret Technical Drawing
Terminate and Connect Electrical Wiring
Perform Electrical/Electronic Measurement
Use hand tools
Required Skills and Knowledge
Appropriate Fault Finding Techniques

Course Outline | Day 05

Module (07) Electrical Equipment: Troubleshooting & Maintenance

Predictive Maintenance
Preventative Maintenance
Reactive Maintenance and Troubleshooting
Conditioning Monitoring
Electrical Testing for Troubleshooting
Transformer Maintenance
Generator Maintenance
Transformer Components & Troubleshooting
Maintenance of Electric Motors
Power Electronics & Pulse Width Modulation Inverters
AC Machine Components & Problem Solving
Synchronous Generators
Generator Maintenance & Troubleshooting

Course Certificates

BOOST’s Professional Attendance Certificate “BPAC”

BPAC is always given to the delegates after completing the training course,and depends on their attendance of the program at a rate of no less than 80%,besides their active participation and engagement during the program sessions.

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