Technician productivity
Productivity compares labor hours produced with the hours a technician was available to work. It reflects the entire day, including waiting, meetings, cleanup, parts delays, dispatch gaps, and actual repair work.
ExampleA technician flags 7.2 hours during an 8-hour day.
7.2 ÷ 8 × 100 = 90% productivity
Technician efficiency
Efficiency compares labor hours produced with the time actually spent performing the work. It focuses more closely on job execution than on the entire scheduled day.
ExampleA repair pays 3.0 hours and takes 2.5 actual hours.
3.0 ÷ 2.5 × 100 = 120% efficiency
Why the numbers can move differently
A technician can be efficient while working on assigned jobs but still have low daily productivity when there is not enough dispatched work, parts are delayed, or vehicles are unavailable. Conversely, a full schedule can support high productivity even when one difficult repair runs below expected efficiency.
| Measurement | Uses | Helps reveal |
|---|---|---|
| Productivity | Available hours | How much of the day became produced labor |
| Efficiency | Actual job hours | How produced labor compares with time on the task |
| Utilization | Available vs. worked-on-job hours | How much available time was spent on repair work |
How to interpret performance responsibly
- Compare similar work types and time periods.
- Separate technician-controlled time from dispatch, parts, approval, equipment, and training delays.
- Do not reward speed at the expense of safety, diagnosis quality, documentation, or comeback prevention.
- Review trends across weeks or pay periods instead of judging one unusual day.
- Use consistent definitions so everyone calculates the same measurement.
Track the inputs before judging the percentage
A useful percentage starts with accurate repair orders and labor hours. RoTracker keeps the RO-level detail behind weekly, pay-period, and all-time totals so the number can be traced back to the work.