These practical ML examples and case studies demonstrate the wide-ranging applications and benefits of machine learning in maintenance across different industries.
Category: Maintenance Management
Explore the transformative role of machine learning (ML) in maintenance practices its applications in predicting failures of critical components like gearboxes, rotating equipment, and batteries, and high-stakes environments such as heavy industries & aviation with practical examples from different ML algorithms and references
Whether in industry or in our daily lives, embracing the maintenance mindset is a step towards a more efficient, sustainable, and well-functioning world. Let’s find out how
The goal is not an overnight transformation, but a steady progression towards more proactive, value-added mindset and maintenance strategies that align with the needs and capabilities of each unique organization and individual
Cultivating an intuitive mindset can be a transformative journey to trust your inner knowing, enhance creativity and improve emotional intelligence
Across 5 skillsets, we had briefed dozens of skills that reliability teams need to embrace. Our team need to combine these technical and interpersonal skills to effectively contribute to the reliability and performance of systems within their respective industries. Continuous learning and adaptation to emerging technologies are also crucial in this dynamic field.
Building a subconscious perception of reliability is a holistic effort that involves every aspect of an organization’s operations with the main focus on data , team and the tools needed to ensure reliability
Maintenance-data is foundational to effective maintenance practices. It empowers organizations. How to use maintenance-data to create value? That’s what we are going to see
One of the problems in the era of big-data is what we are going to do with all the maintenance data we collect? If we don’t make a clear intention and added value out of this data, the team will lose the enthusiasm to keep collecting and preparing the data to be valuable for use.
By following these steps, you can systematically collect enough maintenance-data for reliability analysis, enabling you to make informed decisions, improve maintenance strategies, and enhance overall system performance.