Automation index
How much of a Commissioning engineer’s job can AI already do?
A test protocol comes earlier. Starting up without leaving an interlock jumped do not.
This percentage does not predict how many people will lose their jobs.
Task comparison
IS WORK OVER?
Commissioning engineer
22%
AI can already do 22% of this job.
#392 / 743
View rankingCommissioning engineer
Where the time goes
Task weights are our estimates based on O*NET frequency data, not time shares published by O*NET.
The time saving for each task is estimated separately.
| Task | Share | AI | Points |
|---|---|---|---|
Protocol, the loop and the punch.EstimateNo public source provides a precise figure. This is our estimate. | 16% | 40% | +6.4 |
Plant, start-up and the one that is not ready.EstimateNo public source provides a precise figure. This is our estimate. | 18% | 14% | +2.5 |
Test, the trip and not jumping it.EstimateNo public source provides a precise figure. This is our estimate. | 16% | 28% | +4.5 |
Vendors, the one who does not come and the spare.EstimateNo public source provides a precise figure. This is our estimate. | 16% | 22% | +3.5 |
The client, the deadline and not signing half done.EstimateNo public source provides a precise figure. This is our estimate. | 18% | 18% | +3.2 |
Start up, and not leaving the interlock jumped.EstimateNo public source provides a precise figure. This is our estimate. | 16% | 12% | +1.9 |
| Total | 100% | 22% |
Modelled workweek: 100% · Public evidence: 0% · Estimate: 100% · Confidence: Low
Skills and activities
- test protocols
- loops
- punch list
- start-up
- trips
- vendors
- interlocks
- not sign half done
Sources for this job· O*NET 17-2199.00· ESCO/ISCO 2149
IS WORK OVER?
Instrumentation engineer
22%
#388 / 743
View rankingInstrumentation engineer
Where the time goes
Task weights are our estimates based on O*NET frequency data, not time shares published by O*NET.
The time saving for each task is estimated separately.
| Task | Share | AI | Points |
|---|---|---|---|
Datasheet, the range and the loop.EstimateNo public source provides a precise figure. This is our estimate. | 16% | 40% | +6.4 |
Field, the transmitter and the one that will not arrive.EstimateNo public source provides a precise figure. This is our estimate. | 18% | 14% | +2.5 |
Calibrate, the standard and not signing the drift.EstimateNo public source provides a precise figure. This is our estimate. | 16% | 28% | +4.5 |
Bypass, the valve and not leaving it open.EstimateNo public source provides a precise figure. This is our estimate. | 16% | 22% | +3.5 |
Process, the rush and not jumping to a yes.EstimateNo public source provides a precise figure. This is our estimate. | 18% | 18% | +3.2 |
That it reads, and not leaving the bypass open.EstimateNo public source provides a precise figure. This is our estimate. | 16% | 12% | +1.9 |
| Total | 100% | 22% |
Modelled workweek: 100% · Public evidence: 0% · Estimate: 100% · Confidence: Low
Skills and activities
- datasheets
- instrument loops
- transmitters
- calibrate
- standards
- bypass
- ranges
- drift
Sources for this job· O*NET 17-3023.00· ESCO/ISCO 2149