MaintenanceErrorManagement

Maintenance Error Management Systems (MEMS) and Boeing MEDA – Developing Corrective Actions

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Maintenance Error Management Systems (MEMS) and Boeing MEDA - Developing Corrective Actions

November 10, 2025

Steven Bentley

Sofema Online (SOL) Takes a Deep Dive into MEDA Best Practices Developing effective and corrective actions is the ultimate goal of any MEMS investigation. The MEDA process is specifically designed to facilitate this by having investigators, typically using the MEDA Results Form, uncover the why behind the error- the contributing factors. Issues and Concerns in…

Applying MEDA Tools to Real-World Cases and Developing Corrective Actions

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Applying MEDA Tools to Real-World Cases and Developing Corrective Actions

November 06, 2025

Steven Bentley

Sofema Online (SOL) considers the key aspects related to achieving the best outcomes with Boeing MEDA. Introduction  The Boeing Maintenance Error Decision Aid (MEDA) is a structured process developed to identify the contributing factors to maintenance errors and events, with the goal of developing effective prevention strategies.  Its core philosophy is that people don’t intentionally make errors, and most…

White Paper: Integrating MEDA into a Safety Management System

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MEDA

November 05, 2025

Steven Bentley

This white paper discusses the crucial elements, challenges, and best practices for integrating Maintenance Event Decision Aid (MEDA) into an organisational safety culture, effectively measuring its processes, and linking it to a robust Continuous Improvement cycle within a Safety Management System (SMS) 1. How to Embed MEDA into an Organisational Safety Culture Embedding MEDA into…

Boeing MEDA Considerations – Latent Conditions vs. Active Failures

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Boeing MEDA Considerations - Latent Conditions vs. Active Failures

October 24, 2025

Steven Bentley

Sofema Aviation Services (SAS) looks at the implications of Latent & Active Failures related to MEDA Investigations. Definitions (simplified) Active Failures: Front-line deviations that directly precede the event-slips, lapses, mistakes, or rule violations at the point of work (e.g., step omitted, wrong torque, cross-mated connector). Latent Conditions: Hidden system weaknesses that sit in the background…