Challenge
Predictive Maintenance Optimization
Developing more accurate and efficient predictive maintenance models to reduce unplanned downtime and optimize maintenance schedules
Reactions
Steven Rooijers
Based on how Saab addressed the issue, we can apply a similar approach at KLM to enhance the efficiency of preventive maintenance. But customize it to incorporate real-time data analytics and to address the issue of minimizing unexpected downtime.
Jan Willem van Woerdekom
I fully agree with @StevenRooijers. Additionally, I believe that by incorporating renewable energy sources into our operations, we can simultaneously address the issue of sustainability as well.
Pieter Cornellise
Incorporating @JanWillemvanWoerdekom his idea to use AR headsets, like those used at BMW Group, would provide technicians with real-time technical information and guidance, improving efficiency, accuracy, and knowledge transfer during maintenance tasks.
At Saab, they focused on integrating a tablet application, enabling technicians to request and input maintenance data directly onto a digital platform during a preventive maintenance task, thereby eliminating the need for physical paperwork.
Key improvements include:
•Increased efficiency
•Reduced errors
•Easy access to maintenance manuals
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At BMW, technicians utilize AR headsets to overlay digital information and instructions directly onto the vehicles they are servicing. This enables them to visualize complex repair procedures, access real-time component data, and receive step-by-step guidance, thereby streamlining the maintenance process and reducing the potential for errors.
Key improvements include:
•Enhanced precision and efficiency
•Improved knowledge transfer and training
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