Co-Op Students Drive Manufacturing Innovation at Toyota

Why It Matters

Protecting AGV scanners reduces costly disruptions, demonstrating how co‑op talent can deliver immediate, scalable efficiency gains for Toyota’s production line.

Key Takeaways

• Student identified recurring scanner damage on Toyota AGVs.
• Designed protective guard to shield scanner from impacts.
• Adjusted CAD tolerances to fit guard onto AGV chassis.
• Conducted on‑floor test confirming guard does not impede movement.
• Coordinated supplier update to manufacture revised guard components.

Summary

The video follows a co‑op student working on Toyota’s Business Practice project, aimed at reducing frequent scanner damage on the plant’s automated guided vehicles (AGVs). The student’s mandate is to devise a practical solution that protects the scanner without compromising the robot’s mobility.

After diagnosing the root cause, the student designed a custom guard to shield the scanner. Initial CAD models revealed misaligned holes, prompting a tolerance increase to ensure a proper fit. A prototype was installed on the shop floor, where the AGV continued to operate smoothly, indicating the guard’s viability.

During the demonstration, the student remarked, “maybe it’ll work,” as the AGV moved forward with the guard attached. Following the successful test, the student drafted an email to the supplier detailing the revised specifications, setting the stage for production of the updated component.

If implemented plant‑wide, the guard could cut downtime, lower maintenance costs, and showcase how student‑driven innovation accelerates continuous improvement in high‑volume manufacturing environments.

Original Description

From quality engineering to mass production, Waterloo co-op students help advance efficiency and continuous improvement across the automotive giant’s operations.