Practical Application of Aircraft Reliability Mathematics for EASA Part CAMO

Reliability Programme for Part CAMO Pic SmallReliability programmes should be developed for aircraft maintenance programmes based upon maintenance steering group (MSG) logic or those that include condition monitored components or that do not contain overhaul time periods for all significant system components.

  • An Effective Aircraft Maintenance Reliability Programme is about identifying failure and failure-rate trends, but also an integral part of aircraft maintenance programme effectiveness, not least an indication of overall fleet health and most importantly exposure to safety risk as experienced by the entire business.

This highly interactive suite of training courses provides information and commentary, not only regarding the development of an effective reliability programme, but more importantly discusses reliability analysis and its’ application together with key requirements like engineering judgement, as well as delivering a practical demonstration of the statistical mathematics behind aircraft maintenance reliability analysis and reporting.

Download Training Brochure


Who is the Course for?

This course is designed for persons who need to have a deep understanding of the mathematics which are employed within an EASA compliant Reliability Program.
It is highly relevant to CAMO Management Engineering and Reliability Staff as well as CAMO Audit Staff as well as any person who needs an appreciation of the reliability process and how we employ mathematics to manage the DATA. For example, Aircraft or Component Maintenance Planners & Maintenance Programme Engineers.

What is the Benefit of this Training - What will I learn?

a) A basic knowledge of statistical analysis, and how these principles are applied to reliability data.
b) Understand & be able to apply the mathematical calculations associated with aviation reliability.
c) To be able to interpret the data and findings drawn from calculated results.
d) Guidelines on how to use Standard & Alert Level Deviation principles to set Upper Control Limits.


Part 1. Basic Statistical Mathematics - Mathematics Workshop

The Reliability Concept. Organising Data. Defining Sets & SubSets
The Reliability Concept - Mathematical Experimentation
The Reliability Concept - The Basics & Rules of Mathematical Probability
Understanding & Applying Sampling Theory
Using Distribution curves for forecasting reliability
Sample Planning
Analysis - Explaining Patterns in Reliability Data
Descriptive Statistics - Presenting intuitive & meaningful reliability reports

Part 2. Typical Aviation Reliability Systems

Airline/Aviation Reliability Salient Features & System Description
How and where to use Standard & Alert Level Deviation
Investigating Reliability Alerts - Formulating Corrective Actions and Planning Follow-Ups
Part A - PIREPS, Autoland & RVSM Calculations
Part B - Component Reliability Calculations
Part C - Technical Performance & Reliability Reporting
Part D - ETOPS (EDTO) & Engine Operational Summary
Part E - Workshop Data (Strip Reports)
Part F - Additional Aircraft Reliability Metrics
Analysis & Interpretation of Aviation Reliability Data

Target Groups

Quality Assurance staff required to audit the Reliability process, CAMO staff involved in managing the Maintenance or Reliability programs. Other staff with specific general interest.


An Understanding of the Part M CAMO environment as well as a basic concept of mathematics.

Learning Objectives

- A reliability program provides an appropriate means of monitoring the effectiveness of the maintenance program. This training covers all elements required to ensure you are able to engage with the mathematics of Reliability.
- Be able to achieve the maximum benefit from your Reliability Program.
- Gain additional understanding regarding the various mathematical techniques employed by a wide range of aircraft reliability systems.

About this course

Course type: Presentation with voice over
Duration equivalent to 2-day classroom training
Category: Part M
Price: 112.50 EUR


2 to 4 courses/delegates - 10%
5 to 9 courses/delegates - 15%
10 to 24 courses/delegates - 20%
25 to 49 courses/delegates - 30%
> 50 courses/delegates - 40%

For multiple courses/users discount please contact us at