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FMEA Method: How to Anticipate Failures

30/07/2026
16:40

reading time : 2 min

Lucie Monnot

Content Marketing Manager

Being able to prevent breakdowns and improve equipment is a major challenge for every company. It saves time and money, while also creating a more comfortable working environment for employees.

The FMEA method is regularly used to achieve this. Discover how you can implement it in this article.

What is FMEA?

FMEA definition

FMEA, or Failure Modes and Effects Analysis, is a method used in maintenance management to identify and assess potential failures in systems or processes.

This approach makes it possible to analyze possible failure modes, their causes, and their effects on overall operation. FMEA helps prioritize corrective actions according to the criticality of failures, thereby helping prevent breakdowns, improve equipment reliability, and optimize overall performance.

To be even more effective, maintenance must be properly managed.

To help you with this process, we’ve written an article specifically on this topic!

Master Maintenance Management!

Why use FMEA?

Using the FMEA method in maintenance management offers several major benefits:

Failure prevention: FMEA makes it possible to proactively identify potential failure modes before they occur, helping to avoid costly and unexpected breakdowns.

Improved reliability: by analyzing the causes and effects of failures, you can implement corrective actions to improve the reliability of equipment and processes.

Action prioritization: the method makes it possible to rank failures according to their criticality, helping focus resources on the most critical problems.

Cost reduction: by preventing breakdowns and optimizing maintenance processes, FMEA helps reduce costs related to production stoppages, emergency repairs, and quality losses.

Regulatory compliance: in certain industries, FMEA is an essential tool for complying with safety and quality standards, thereby ensuring that operations meet legal requirements.

The different types of FMEA

The 3 main types of FMEA

Process FMEA: this method is used to analyze production processes in order to identify potential failures at each stage. The objective is to improve the reliability and efficiency of manufacturing processes by reducing the risk of errors or defects in finished products.
Product FMEA: product FMEA focuses on analyzing possible failures that could occur in a specific product. This analysis covers the design, manufacturing, and usage phases, with the aim of improving product quality and reliability by eliminating potential defects during the design phase.
Equipment FMEA: this type of FMEA applies to equipment and production resources. The objective is to prevent failures in the machines and tools used in production processes by optimizing their maintenance and improving their performance. This helps minimize production stoppages and extend equipment lifespan.

The 3 secondary types of FMEA

System FMEA: this type focuses on analyzing failures at the level of complex systems, taking into account the interactions between different subsystems. The objective is to ensure that a component failure does not compromise the operation of the system as a whole.
Design FMEA: this analysis is carried out during the design phase to anticipate and eliminate possible failures in product or process designs, ensuring that design choices are optimized for reliability and safety.
Maintenance FMEA: focused on maintenance operations, this method aims to identify failures that may occur during maintenance operations. This approach optimizes maintenance procedures by minimizing failure risks and extending equipment lifespan.

The 9 steps to implementing the FMEA method

1. Define the scope of the analysis

Importance: the first step is to precisely determine the system, product, or process to be analyzed. This focuses the analysis on a clearly defined area, avoiding the unnecessary dispersion of resources and ensuring that attention is directed toward critical aspects.

Actions: identify the boundaries of the analysis scope and describe the interfaces with other systems or processes.

2. Build a multidisciplinary team

Importance: FMEA is a collaborative approach that requires the skills and expertise of various stakeholders, including engineers, operators, and maintenance professionals, to cover all aspects of the product or process.

Actions: bring together experts from the relevant fields and define each person’s role within the team.

3. List the functions

Importance: it is important to fully understand the primary and secondary functions of the system or product. This ensures that all potential failures affecting these functions are taken into account.

Actions: document each function, specifying its objectives and expected performance.

4. Identify failure modes

Importance: this step aims to identify all the ways in which each function could fail. Understanding these failure modes makes it possible to better anticipate potential problems.

Actions: analyze each function to determine the possible failures and how frequently they may occur.

5. Assess the effects of failures

Importance: analyze the impact of each failure mode on the overall system or product. This step helps understand the consequences of failures for performance, safety, and reliability.

Actions: assess the effects of each failure, taking into account its impact on safety, quality, and costs.

6. Assign a criticality rating

Importance: each failure is then classified according to its criticality, based on its severity, frequency, and detectability. This helps prioritize corrective actions for the most critical failures.

Actions: use a criticality scale, often a numerical score, to assess and prioritize each failure mode.

7. Propose corrective actions

Importance: based on criticality, corrective actions are proposed to eliminate or reduce failure risks. These actions may include design modifications, process improvements, or adjustments to maintenance procedures.

Actions: develop and document action plans for each critical failure mode and assign responsibility for their implementation.

8. Monitor and review

Importance: FMEA is not a static process. It is essential to monitor corrective actions, assess their effectiveness, and regularly review the analysis to account for new risks or system changes.

Actions: establish regular monitoring, adjust actions where necessary, and update the FMEA based on the results obtained and changes in the environment or process.

9. Use an FMEA tool

Importance: using dedicated field service management software for FMEA makes it possible to automate certain tasks, structure the analysis, and facilitate data management. These tools offer features for team management, corrective action tracking, and automatic updating of analyses based on new data. This makes the process more efficient, reduces human error, and ensures complete traceability of decisions and actions taken.

Actions: choose suitable software, train users, and integrate the tool into maintenance management processes.

By following these key steps to implement FMEA, you can not only prevent failures, but also improve reliability, reduce costs, and ensure regulatory compliance.

Frequently Asked Questions

FAQ – The Most Frequently Asked Questions About Nomadia

Why Choose Nomadia?

As France’s leading publisher of Smart Mobility SaaS solutions, Nomadia supports more than 175,000 field professionals every day. Our solutions are easy to use, quick to deploy, and deliver significant and immediate return on investment.

Drawing on the expertise of both a software publisher-integrator and a consulting firm, Nomadia’s teams provide tailored support, from data consulting to the deployment of mobile devices. Finally, our technical support team is available 24/7 to assist you.

Who Are Nomadia Solutions Designed For?

Nomadia solutions support the digital transformation of all mobile professionals: field sales representatives, delivery drivers, technicians, auditors, healthcare workers, inspectors, service providers, security patrol officers, experts, and more.

Whether for SMEs or large enterprises, our solutions adapt to businesses of all sizes and across all industries.

How Much Does It Cost?

Nomadia Delivery offers transparent and flexible pricing, which primarily depends on the number of users (for example, planners and dispatchers) rather than a fixed cost per parcel.

Thanks to this model, you can control your delivery costs based on the number of resources (users) involved in route management, providing great flexibility to adjust your subscription according to the size of your fleet and your operational needs.

Is It Compatible with My Current ERP System?

Yes! Nomadia Delivery has been designed to integrate quickly and easily into your existing environment thanks to our powerful and secure APIs. Our solution is compatible with most ERP systems on the market. API integration enables the automatic synchronization of your transport orders, customer orders, and customer information, ensuring smooth and error-free delivery tracking. The solution also offers user-friendly import capabilities with data validation controls, as well as export options in multiple customizable formats.

Is It Suitable for Our Delivery Volume?

Yes, Nomadia Delivery is ideal for companies that manage a high volume of deliveries and want to optimize their routes, create balanced territories for their drivers, and ensure precise tracking of every parcel. Nomadia Delivery adapts to fleets of all sizes!

Can Multiple Warehouses or Depots Be Managed?

Yes, our solution allows you to manage multiple warehouses or depots. It centralizes data and optimizes routes or service operations for each of them.

Is There a Limit to the Number of Stops in Route Optimizations?

No, there is no strict limit to the number of stops in route optimizations. Our solution can handle large volumes of stops and quickly calculate optimized routes.

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