The Impact of Enabling a Reliability CultureMarco2024-01-31T08:48:21+00:00
Creating a reliability-first culture is a long-drawn process that requires a fundamental mindset shift for an organization from the top-down. It is more than a new software solution or a training program. When not fully embedded into an organization’s culture, the focus and priority on reliability culture can fade over time.
What if it was possible to enable the entire workforce to make failure prevention the organization’s top priority?
That is the goal of enabling a reliability culture.
What is reliability culture?
To understand reliability culture, we must first define reliability. Reliability is defined as the ability of an asset to perform its required function over a specified period when used under its designed operating conditions.
Organizations that focus on reliability see these benefits:
Assets are more maintainable, reliable, and available when needed
Assets function optimally as designed and avoid production loss
Ultimately, the business objective of reliability is to ensure that a business’s bottom line is protected by meeting production (i.e., customer) needs cost-effectively. That means assets have predictable uptime and their costs are under control.
A reliability culture enables a failure prevention mindset to exist across an organization’s entire workforce and goes beyond avoiding the failure of an asset.
Creating a sustainable reliability culture
What does reliability culture look like in action?
Maintenance, operations, and engineering are working together to ensure an asset’s optimal asset care and reliability program. For example, when an asset fails, it is not only repaired and placed back online, but there are additional actions taken to standardize maintenance planning.
For instance, a root cause analysis can be a standard procedure when equipment fails. This will help discover how to avoid a similar failure occurring on the entire site. It can also mean reviewing the maintenance plan in place for equipment and conducting regular reliability checks for particularly critical assets, including FMEA, RCFA, and RCM.
Consider this – as part of the updated maintenance procedures, perhaps production can be charged with conducting light maintenance on the equipment in their work area to uphold a “default” standard, also known as Autonomous Maintenance. To enact this would require unified objectives and standardization across the organization with training on the new maintenance activities.
Reliability-focused practices lead to a mindset shift
As important as setting up processes and procedures is, it is vital that the workforce is educated and trained on reliability-focused practices. This will help to empower a mindset shift in their day-to-day activities that emphasizes failure prevention across every step. This mindset shift leads to a different approach to everyone’s roles and responsibilities.
Education and training help build a reliable culture
Let’s take an equipment operator’s role as an example. Perhaps they have a predefined list of maintenance tasks primarily conducted on a recurring schedule defined by the maintenance program.
With a reliability-first culture, the operator should feel empowered to go beyond scheduled tasks and proactively monitor their equipment to identify and notify when observing abnormalities, such as the premature wear down of a component or an abnormal electric current. When outside of their scope, maintenance can be urgently flagged down to proactively maintain the asset and make the adjustments necessary to schedule downtime.
A few examples of additional training to enable a reliability culture:
Maintenance and repair processes and procedures are documented on an EAM or CMMS
In the event of a critical failure, a Root Cause Analysis is conducted to failure events to help develop improvement plans
Education and training will instill the confidence and competence to enact reliability-first principles and change an organization’s culture.
An EAM’s role in enabling reliability culture
A pivotal piece to enabling reliability is using technology to help provide connections between people, processes, and tools. A software solution that organizations use for this purpose is Enterprise Asset Management (EAM), as it functions as a hub to manage and optimize maintenance and repair activities. (Note: some organizations may also use a CMMS or similar maintenance management solution.)
The right EAM can help drive a reliability culture by enabling unity between maintenance and operations. They work as a team to focus on performing the right actions across an asset’s entire life cycle.
These ‘right actions’ are enforced by:
Capturing the correct data to make the right decisions
Documenting an asset’s maintenance and history
Enabling operators to flag urgent requests for maintenance
Managing and updating maintenance tasks
Further, an EAM can help capture granular insights into the performance of a maintenance team by helping to track work processes, interfaces between different departments and quantifying areas of improvement for maintenance initiatives.
Leaders also can enact the right policies and procedures to enable the development and empowerment of their workforce. At the end of the day, the people – the humans – are the most valuable resource for a business, and they should be empowered to improve and learn constantly.
The best way to achieve this is by zooming out and focusing on the long-term mission of enabling reliability at every level of the organization, from operations to maintenance, and implementing the best practices to get there for the long run.
It is not a process that happens without friction or overnight, but it can fundamentally impact your organization, customers, and bottom line.
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