OES Shift Change Module Recovers the First Hour of Every Shift at the Mine
The first hour of every shift is disappearing. Twice a day.
In theory, a shift change takes fifteen to twenty minutes. One crew hands over, another takes over, work continues. In practice, up to sixty minutes evaporate every single shift — in chaos so familiar that nobody counts it as a loss anymore.
Here's what it looks like without automation. The outgoing crew starts winding down early — drivers park wherever is convenient for them, not where production needs the truck. One leaves his machine at the fuel station, another at the far dump, another in a pit face that takes the incoming driver twenty minutes to reach. The crew bus drops the new shift at the central yard. Then the quest begins: find your truck, get to it, start up, radio dispatch, get an assignment, pull onto the haul road. Meanwhile, excavators sit with empty buckets.
And then there are the early quits. A driver with ninety minutes left starts "preparing" — slower speeds, the nearest dump, maybe just parking up a little early. On paper, he's still on shift. In practice, the last hour runs at sixty percent of normal output. Nobody sees it because the report shows a full shift.
We measured this on one of our projects: the actual time from crew bus arrival to the last excavator running at full load was 47 minutes. Twice a day. Three hundred and sixty-five days a year. Do the math on how many haul cycles that is.
Our shift change module rebuilds this process from scratch. The system knows where every truck is, knows the assignment plan for the incoming shift, and knows which drivers are coming on. Before the new shift starts, every truck is automatically assigned an optimal handover point — so the incoming driver sits down, sees the route on the tablet, and is moving toward the excavator within three minutes. The crew bus gets a routing plan calculated around assignments, not convenience.
Early quits are visible in real time. If a driver starts parking forty minutes before end of shift, the agent flags it and calculates the cost of that loss — not to issue a penalty, but to make it visible. When people know every early quit is tracked and priced in real money, behavior changes without a single written warning.
Results where the module is running:
🔹 –25% early quits and late starts
🔹 –15% downtime during shift change windows
🔹 +$55–75K additional revenue per month
Same fleet. Same people. The first hour of the shift stopped being lost — simply because every driver now knows exactly where to go before they ever get in the cab.
Read more — in our LinkedIn www.linkedin.com/company/oesventures/
In theory, a shift change takes fifteen to twenty minutes. One crew hands over, another takes over, work continues. In practice, up to sixty minutes evaporate every single shift — in chaos so familiar that nobody counts it as a loss anymore.
Here's what it looks like without automation. The outgoing crew starts winding down early — drivers park wherever is convenient for them, not where production needs the truck. One leaves his machine at the fuel station, another at the far dump, another in a pit face that takes the incoming driver twenty minutes to reach. The crew bus drops the new shift at the central yard. Then the quest begins: find your truck, get to it, start up, radio dispatch, get an assignment, pull onto the haul road. Meanwhile, excavators sit with empty buckets.
And then there are the early quits. A driver with ninety minutes left starts "preparing" — slower speeds, the nearest dump, maybe just parking up a little early. On paper, he's still on shift. In practice, the last hour runs at sixty percent of normal output. Nobody sees it because the report shows a full shift.
We measured this on one of our projects: the actual time from crew bus arrival to the last excavator running at full load was 47 minutes. Twice a day. Three hundred and sixty-five days a year. Do the math on how many haul cycles that is.
Our shift change module rebuilds this process from scratch. The system knows where every truck is, knows the assignment plan for the incoming shift, and knows which drivers are coming on. Before the new shift starts, every truck is automatically assigned an optimal handover point — so the incoming driver sits down, sees the route on the tablet, and is moving toward the excavator within three minutes. The crew bus gets a routing plan calculated around assignments, not convenience.
Early quits are visible in real time. If a driver starts parking forty minutes before end of shift, the agent flags it and calculates the cost of that loss — not to issue a penalty, but to make it visible. When people know every early quit is tracked and priced in real money, behavior changes without a single written warning.
Results where the module is running:
🔹 –25% early quits and late starts
🔹 –15% downtime during shift change windows
🔹 +$55–75K additional revenue per month
Same fleet. Same people. The first hour of the shift stopped being lost — simply because every driver now knows exactly where to go before they ever get in the cab.
Read more — in our LinkedIn www.linkedin.com/company/oesventures/