Maintenance Errors Management System

The core objectives of the MEMS course are to train the professionals and enable them to:
• Understand different types of maintenance errors
• Comprehend a variety of processes to avoid errors
• Grasp the MEDA process in-depth and understand its application closely
• Understand the effects of the Human factor in maintaining the errors
• Completely grasp the gist of human factor solution processes and their applications
• Comprehend the technical failures
• Develop a workable plan to mitigate the errors in the participant’s area of responsibility
• Apprehend the basic principles of maintenance error management
• Understand the relation between maintenance error management errors and safety culture
• Comprehend the impacts of the MEMS on the organization
• Apprehend the random errors and their solutions
Course Content
Introduction to MEMS
• What is MEMS?
• Different types of errors (Human errors, random errors, & technical errors).
• Industry prevalent best practices
• Abbreviations and terms
Overview of MEMS
• Regulation (EU) 376/2014
• Effective MEMS delivery challenges
• Relation Between Aviation Safety Management Systems (SMS), HF & MEMS
• Exact definitions of Error, Violations, Blame & Culpability
Types of Errors
• Effects of different types of errors
• Identification of each type of error
Human Errors
• Definition of human error
• Importance of human error
• Untold relationship between risk and managing risk
• Human error’s psychological aspect
o Human performance levels
o Attention
Types of Human Errors
• Types of human errors
• How to identify each type of human errors
• Consequences of each type of human error
Technical Errors
• What are technical errors?
• How each type of technical error affects the organization?
• How do identify each type of technical error?
• How do solve these errors?
• Basic methodologies to recognize each type of technical error
• A variety of realities
• The subjective view of the technical errors
Maintenance Errors Management
• Basic principles of Maintenance errors management
• Effective measures that might help:
o Task and workplace
o Team and person
o Organization
Methodologies
• RCA definition
• Apollo RCA
• Tripod
A Practical Step
• Identification of Hazard
• Risk Management
• Key elements of MEMS
• Building MEMS-a guide
• Introduction to MEDA
In-depth Understanding of MEDA
• Integrating MEMS into a Safety Management System
• Fatigue Risk Management considerations
• Implementing Proactive Aviation Maintenance Error Reduction Strategies
MEDA Interviews
• Conducting MEDA interviews
• Appearing in MEDA interview
• Examination
• Practical exercise using MEDA
Real-world Implementation
• Implementation Aspects
• Management of the performance to attain better outcomes
• Developing a good and effective action plan

Methodology
The training methodology integrates lectures, interactive discussions, collaborative group exercises, and illustrative examples. Participants will acquire a blend of theoretical insights and hands-on practical experience, emphasizing the application of learned techniques. This approach ensures that attendees return to their professional environments equipped with both the competence and self-assurance to effectively implement the acquired skills in their responsibilities.

DATE:
1ST BATCH: 30th Jan – 2nd Feb, 2024
2ND BATCH: 13th – 16th Aug, 2024