Lead-time prediction
Built a machine-learning model in Databricks to predict intercontinental lead times and give operations earlier visibility into late-arrival risk.
Michelin detail page
At Michelin, my work centered on making intercontinental shipment risk easier to see, explain, and act on — combining predictive modeling, dashboard design, and exception reporting into one operational decision flow.
Workstreams
The work moved from prediction to visibility to governance: first identifying risk, then making that risk usable in dashboards, then helping teams turn the output into clearer exception-management conversations.
Built a machine-learning model in Databricks to predict intercontinental lead times and give operations earlier visibility into late-arrival risk.
Produced interactive Power BI reporting that surfaced shipments exposed to late arrival fees, container tracking details, and ocean-carrier performance patterns.
Collaborated with Michelin exception-management teams to support automatic expediting of at-risk containers and translate exception activity into leadership-ready reporting.
How the work came together
Dashboard views
These views show the practical side of the work: searchable container detail, at-risk shipment queues, performance trend monitoring, and model comparison.



