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The cost of an hour of useful capacity can be higher than the wage paid for an hour on the schedule. Paid leave, internal meetings, training, and idle gaps consume paid time without producing the same deliverable. A productive-hour calculation makes that difference explicit. Define productive work first: a design team might count completed client work, while a workshop might count time spent making acceptable units.
Cost per productive hour = annual role cost ÷ annual productive hours
Build the hours bridge
Assume a hypothetical role costs $78,000 per year and has 2,080 paid hours. Of those, 240 are paid time away, leaving 1,840 attendance hours. Internal administration and training use another 340 hours, leaving 1,500 productive hours. The cost per paid hour is $37.50, but the cost per productive hour is $52.00. The denominator changed; the annual expense did not.
| Hours measure | Hours | Annual cost divided by hours |
|---|---|---|
| Paid hours | 2,080 | $37.50 |
| Attendance hours | 1,840 | $42.39 |
| Productive hours | 1,500 | $52.00 |
Productive time is 72.12% of paid hours, calculated as 1,500 divided by 2,080. It is 81.52% of attendance hours, calculated as 1,500 divided by 1,840. Both percentages can be valid, but they answer different questions. A utilization target without a named denominator cannot be compared reliably with another team's figure.
Translate capacity into a job estimate
A job expected to use 18 productive hours absorbs $936 of role cost at $52 per productive hour. That is a cost estimate, not a selling price and not incremental cash expenditure. The employee may receive the same salary whether the job is accepted or declined. Add genuinely variable materials and external work separately, and evaluate pricing and available capacity before making a commitment.
Use time records to separate attendance, productive activity, and rework. Decide whether rework is included in the expected hours for the deliverable or removed from the productive denominator. Doing both charges for the same inefficiency twice. If the current year contains unusual training, show that year separately from an established-role scenario rather than treating the temporary shortfall as permanent.
Check what the ratio can explain
If productive hours fall to 1,300 with the same annual cost, the result becomes $60 per productive hour. That does not prove employees became less capable; demand, scheduling, equipment downtime, and the definition of productive work can all change the denominator. Investigate the hours bridge before using the number to judge performance.
Zero productive hours make the ratio undefined, not zero dollars per hour. Negative hours are invalid inputs. Round the displayed rate to cents, but retain the unrounded calculation when multiplying many jobs. This planning method uses the employer's own cost inputs and does not prescribe pay, benefits, staffing levels, or legal treatment of time.
Method references: BLS: Employer Costs for Employee Compensation concepts. Accessed October 22, 2026. All dollar figures are hypothetical worked examples.
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