Aircraft Reliability Engineering Course

Practical aircraft reliability engineering training for airline and aviation maintenance professionals.

The Aircraft Reliability Engineering course provides a practical introduction to the principles, data, analysis and decision-making used to manage aircraft reliability. The course follows the reliability process from collecting and measuring data through analysis, investigation, decision making and improvement.


Who is the course for?

The course is intended for aviation professionals involved in aircraft reliability, maintenance management, maintenance planning, engineering, technical services and related operational activities.

What will you learn?

The course explains how reliability information is collected, measured and analysed, and how the results are used to investigate problems and support maintenance decisions.

  • Fundamentals of aircraft reliability engineering
  • Reliability programmes and the regulatory framework
  • Reliability data collection
  • Reliability measurement and KPIs
  • Statistical analysis of reliability data
  • Failure investigation and root cause analysis
  • Maintenance and reliability optimisation
  • Reliability management and reporting

Course Structure

Lesson Subject What it covers
1 Fundamentals of Reliability Engineering The principles of aircraft reliability and how reliability supports maintenance and operational decision-making.
2 Regulatory Programmes and Framework The reliability programme, its purpose and its place within the Operator's maintenance and continuing airworthiness activities.
3 Reliability Data Collection The sources of reliability information and the importance of accurate, consistent and useful data.
4 Measurement & KPIs How reliability is measured and how meaningful reliability indicators are selected and used.
5 Statistical Analysis Practical statistical techniques used to understand reliability data, including correlation, regression and Weibull analysis.
6 Investigation Failure analysis, root cause investigation and determining what happened and why.
7 Optimisation Using the investigation findings to decide whether maintenance tasks, intervals, components, procedures, operating practices or training should change.
8 Management & Reporting Reliability management, reporting, dashboards, KPIs and regulatory requirements.

The Reliability Process

The course follows a simple progression:

Data → Measurement → Analysis → Investigation → Decision → Action → Improvement

The emphasis is on using reliability information to understand what is happening and then taking appropriate action. Analysis is not the end of the process; it supports the decisions that follow.

Practical Exercises and Case Studies

The course uses practical examples to demonstrate how reliability problems are identified, investigated and addressed. These include failure analysis, root cause investigation and the use of tools such as Fishbone Analysis and Fault Tree Analysis.

Course Delivery

The course is available through Webb Elgin Associates as part of its aviation training programme partnership. Training can be delivered for aviation organisations and maintenance professionals, subject to course scheduling.

Frequently Asked Questions

What is aircraft reliability engineering?

Aircraft reliability engineering uses operational and maintenance data to measure reliability, identify significant problems, investigate their causes and support decisions that improve aircraft reliability and maintenance performance.

Who should attend an aircraft reliability engineering course?

The course is aimed at aviation professionals involved in aircraft reliability, maintenance management, maintenance planning, engineering and technical services.

What does an aircraft reliability programme involve?

The course covers the principles of reliability programmes, reliability data, measurement, analysis, investigation, decision-making and reporting.

Does the course cover statistical analysis?

Yes. Statistical analysis is covered as part of the course, including correlation, regression and Weibull analysis.

Does the course include practical examples?

Yes. Practical examples and case studies are used to demonstrate reliability analysis and investigation.



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