3-Day Technical Workshop

Reliability Engineering Fundamentals

A practical reliability engineering programme designed for utility engineers, network maintenance teams, asset management engineers, and technical planners.

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Reliability engineering training

Programme Overview

This hands-on technical programme is designed for engineers working in electricity distribution and transmission environments. It focuses on the practical application of reliability engineering tools to improve asset performance, reduce failures, and strengthen maintenance decision-making.

Participants learn how to apply failure modes analysis, root cause failure analysis, predictive maintenance techniques, asset health indexing, and reliability-centred maintenance using transformer, overhead line, and substation case studies from East African utility operations.

Why This Programme Is Different:

Every case study, failure example, and maintenance scenario is drawn from East African electricity distribution operations.

Programme Highlights

3 Days

Intensive technical workshop.

6 Modules

Practical reliability engineering modules.

EAC Cases

East African utility case studies.

20 Seats

Focused maximum cohort size.

Programme Modules

Reliability Engineering Principles

Failure probability, reliability metrics, MTBF, MTTR, availability, and their application in utility operations.

Failure Modes and Effects Analysis

FMEA methodology applied to distribution transformers, overhead lines, substation equipment, and network assets.

Root Cause Failure Analysis

RCFA frameworks and investigation techniques using real East African utility failure case studies.

Predictive Maintenance Techniques

Oil analysis, thermal imaging, vibration monitoring, partial discharge, and practical application for distribution assets.

Asset Health Indexing

Condition assessment frameworks, health scoring, and risk-based renewal decision criteria.

Reliability-Centred Maintenance

RCM principles, task selection logic, and maintenance strategy optimization for network assets.

Technical Focus Areas

FMEA

Failure Modes and Effects Analysis for network assets.

RCFA

Root Cause Failure Analysis using practical investigation tools.

RCM

Reliability-Centred Maintenance and task selection logic.

Asset Health Indexing

Condition scoring and risk-based renewal decisions.

Predictive Maintenance

Oil analysis, thermal imaging, vibration, and partial discharge.

Transformer Reliability

Failure prevention and reliability improvement for transformer assets.

Who Should Attend?

Distribution Engineers
Network Maintenance Engineers
Asset Management Engineers
Transmission Technical Staff
Reliability Engineers
Planning Engineers

What Is Included?

  • Technical reference manual
  • FMEA and RCFA templates
  • Asset health index workbook
  • East African case study pack
  • Kaviok certificate of completion
Investment Per Person

USD 220

Corporate in-house rates available on request.

Delivery Options:

Public cohorts in Kampala, in-house delivery at your utility or plant, and Kenya/Rwanda delivery on request.

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Lead Facilitator

Eng. Kassim Kasana

R.Eng · CMRP® · CRE® · CRL® · CMM® · IAM Dip® · CAMA® · PMP®

Certified Reliability Engineer with direct operational experience implementing reliability programmes across thousands of distribution assets and hundreds of feeder zones in Uganda. He brings real utility data and East African operational context into every session.

Ready to Improve Utility Asset Reliability?

Register for the next cohort or request an in-house reliability engineering workshop for your team.

Request Training Information