Developing a reliability programme is essential for aircraft maintenance, particularly when based on Maintenance Steering Group (MSG) logic or for systems with condition-monitored components and those without defined overhaul periods for critical parts.

An effective Aircraft Maintenance Reliability Programme goes beyond identifying failure trends—it plays a crucial role in assessing maintenance programme effectiveness, monitoring fleet health, and evaluating safety risk across the organisation.

Practical Application of Aircraft Reliability Mathematics for EASA Part CAMO training provides in-depth insights into developing a reliability programme, conducting reliability analysis, and applying key engineering judgment.

It also offers a practical demonstration of the statistical mathematics behind aircraft maintenance reliability analysis and reporting.

This course is for professionals with a deep understanding of the mathematical principles used in an EASA-compliant Reliability Program, including CAMO Management, Engineering and Reliability Staff, CAMO Audit Staff, Aircraft and Component Maintenance Planners, and Maintenance Programme Engineers.

This course delivers an in-depth insight into the mathematical principles behind aircraft maintenance reliability, equipping participants with the skills to analyze data, identify trends, and enhance decision-making within an EASA-compliant Reliability Program.

By applying these concepts, attendees can improve maintenance planning, optimize reliability processes, and strengthen overall safety and operational efficiency.

I. Part 0 - Reliability Basics

1. Reliability Programs for Part CAMO – Intro
2. General Introduction to Reliability
3. Reliability as Continuing Airworthiness Task
4. Competencies & Engineering Judgement
5. EASA Part CAMO
6. Reliability Programme - Primary Features
7. Reliability Programme - Size & Complexity
8. Reliability Programme - Success Factors
9. Collection Interpretation & Reporting

II. Part 1 Basic Statistical Mathematics

1. Introduction
2. Data Organisation - Sets & Sub-sets
3. Mathematical Experiment
4. The Basics & Rules of Mathematical Probability
5. Understanding & Applying Sampling Theory
6. Using Distribution Curves for forecasting Reliability
7. Sample Planning
8. Analysis - Explaining Patterns in Reliability Data
9. Descriptive Statistics - Presenting intuitive & meaningful reliability reports

III. Part 2 - Typical Aviation Reliability SystemsIntroductionSalient Features & System

1. Introduction
2. Salient Features & System Description
3. How and where to use Standard & Alert Level Deviation
4. Investigating Reliability Alerts - Formulating Corrective Actions and Planning Follow-ups
5. The Mathematics Behind Typical Airline/Aviation Reliability Systems – Part A
6. The Mathematics Behind Typical Airline/Aviation Reliability Systems – Part B
7. The Mathematics Behind Typical Airline/Aviation Reliability Systems – Part C
8. The Mathematics Behind Typical Airline/Aviation Reliability Systems – Part D
9. The Mathematics Behind Typical Airline/Aviation Reliability Systems – Part E
10. The Mathematics Behind Typical Airline/Aviation Reliability Systems – Part F
11. Analysis & Interpretation of Typical Airline Reliability Data

By attending this course, delegates will:

- Understand the mathematical principles behind aircraft maintenance reliability and their application within an EASA-compliant Reliability Program
- Analyze reliability data and identify trends to enhance maintenance planning and decision-making
- Apply statistical methods to monitor fleet health, assess system performance, and optimize reliability processes
- Utilize engineering judgment and data-driven insights to improve operational efficiency and mitigate safety risks

Course type: Presentation with voice over
Duration equivalent to 2-day classroom training
Category: Part M
Price: 135.00 EUR

This course is part of the following programs:
Consolidated EASA Reliability & Mathematics Package

3 to 5 courses/delegates - 5%
6 to 10 courses/delegates - 10%
11 to 24 courses/delegates - 15%
25 to 49 courses/delegates - 20%
> 50 courses/delegates - 25%

For multiple courses/users discount please contact us at [email protected]