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Maintenance Errors Management System » MA10

Maintenance Errors Management System

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DateFormatDurationFees
08 Apr - 19 Apr, 2024Live Online10 Days$4495Register
10 Jul - 12 Jul, 2024Live Online3 Days$1750Register
30 Sep - 11 Oct, 2024Live Online10 Days$4495Register
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22 Apr - 03 May, 2024Paris10 Days$9850Register
29 Apr - 03 May, 2024Dubai5 Days$4750Register
13 May - 17 May, 2024Dubai5 Days$4750Register
10 Jun - 14 Jun, 2024Dubai5 Days$4750Register
01 Jul - 03 Jul, 2024Paris3 Days$4475Register
29 Jul - 02 Aug, 2024Dubai5 Days$4750Register
12 Aug - 16 Aug, 2024Dubai5 Days$4750Register
30 Sep - 04 Oct, 2024Dubai5 Days$4750Register
07 Oct - 11 Oct, 2024Dubai5 Days$4750Register
21 Oct - 01 Nov, 2024Rome10 Days$9850Register
25 Nov - 29 Nov, 2024Dubai5 Days$4750Register
16 Dec - 20 Dec, 2024Dubai5 Days$4750Register

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Course Overview

Why is error management important?

Maintenance Errors Management System (MEMS) is important, to detect and mitigate different types of errors during maintenance. This Zoe course is designed to help you do just that, in the optimum manner possible.

What is maintenance failure?

Maintenance errors are not limited to humans only; in fact, a variety of errors cause different problematic situations. One of the most prominent solutions in tackling the errors is Maintenance Error Decision Aid (MEDA). In this course, experienced instructors will teach different types of errors and solutions specifically designed for those errors.

The MEMS course by Zoe is specifically designed for those trainees who aim to understand and excel in this field while considering the potential effects of the errors (risks) on the organizations. Expert instructors will take the trainees from the very beginner level and help them to understand, develop plans to mitigate the errors and comprehend the process, and practically use them in maintaining the errors.

Course Objectives

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

Training Methodology

Zoe understands that each course is a crucial milestone in trainees’ career and experienced instructors ensure that each trainee would understand the course, and in the end, they would be able to work efficiently in real-life and tackle real problems. Before commencing each training session, complete material is reviewed to ensure that each topic is relevant to the changing market trends. During the checking process, it is ensured that no outdated topic has remained in the content. However, sometimes an overview of outdated topics is given for creating a base for the advanced topics.

Moreover, the instructors are experts in their fields, and they ensure practical participation of the trainees via Do–Review–Learn–Apply Model. This model is unique and exclusively developed by Zoe to maximize the productivity of the trainees through mini-projects, group activities, role-plays, group discussion, etc.

Organisational Benefits

Upon completion of the MEMS course, the professionals will be able to benefit the organizations in the following ways:

  • Timely identification of the maintenance errors
  • Have a thorough understanding of the outcomes of maintenance errors on the companies (risk), the worksites, and staff
  • Comprehend typical hazards and important success elements
  • Learn how other enterprises are recognizing and comprehending the human role in maintenance errors in a short amount of time
  • Be able to use instruments to implement both short and long-term maintenance error management
  • Learn how to deal with maintenance issues more effectively
  • Reduce the cost of the machines during maintenance
  • Ability to examine MEMS Part-driven developments and how they affect one’s organization

Personal Benefits

The trainees will be able to harvest the following benefits after completing this course:

  • Understanding different types of maintenance errors and differentiating each one of them
  • Improving the personal knowledge level
  • Being valuable to the organization
  • An important role to play in the company is to reduce the cost
  • Learn the fundamental ideas of maintenance affected by human errors, and impacts of human errors on organisations, worksites, and workers, and ways to handle them
  • Improved ability to comprehend different types of errors and how to mitigate those errors
  • Better opportunities based on improved knowledge
  • Understand new market trends and work accordingly

Who Should Attend?

  • Maintenance worker
  • All maintenance, engineering, production, and safety experts
  • Engineers with the responsibility to solve the maintenance errors
  • Anyone interested in learning more about the maintenance and human errors and how to use MEMS to enhance the working of the companies
  • Any individual who has an interest in the MEMS field and wants to pursue a career and excel in this field
  • Training Department Manager who oversees the training process of the MEMS
  • Training Staff who is involved in avoiding the management of the risks
  • Any individual who needs to work within the MEDA process domain

Course Outline

Crucial topics that are meant to be covered in this MEMS course are given below:

Module 1: Introduction to MEMS

  • What is MEMS?
  • Different types of errors (Human errors, random errors, & technical errors).
  • Industry prevalent best practices
  • Abbreviations and terms

Module 2: 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

Module 3: Types of Errors

  • Effects of different types of errors
  • Identification of each type of error

Module 4: Human Errors

  • Definition of human error
  • Importance of human error
  • Untold relationship between risk and managing risk
  • Human error’s psychological aspect
    • Human performance levels
    • Attention

Module 5: Types of Human Errors

  • Types of human errors
  • How to identify each type of human errors
  • Consequences of each type of human error

Module 6: 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

Module 7: Maintenance Errors Management

  • Basic principles of Maintenance errors management
  • Effective measures that might help:
    • Task and workplace
    • Team and person
    • Organization

Module 8: Methodologies

  • RCA definition
  • Apollo RCA
  • Tripod

Module 9: A Practical Step

  • Identification of Hazard
  • Risk Management
  • Key elements of MEMS
  • Building MEMS-a guide
  • Introduction to MEDA

Module 10: In-depth Understanding of MEDA

  • Integrating MEMS into a Safety Management System
  • Fatigue Risk Management considerations
  • Implementing Proactive Aviation Maintenance Error Reduction Strategies

Module 11: MEDA Interviews

  • Conducting MEDA interviews
  • Appearing in MEDA interview
  • Examination
  • Practical exercise using MEDA

Module 12: Real-world Implementation

  • Implementation Aspects
  • Management of the performance to attain better outcomes
  • Developing a good and effective action plan

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