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Recruiting Funnel Productivity Loss Estimator

The Recruiting Funnel Productivity Loss Estimator estimates the economic value of productive capacity lost while positions remain unfilled during a recruiting cycle. It converts open roles, vacancy duration, productive hours, hourly value, and an assumed productivity-loss percentage into a common cost estimate.This is useful when a recruiting team needs to compare the operational consequence of slower hiring with investments intended to improve sourcing, screening, scheduling, or offer acceptance. The model deliberately separates the value of work from the percentage actually lost, because vacancies may be partly covered by overtime, contractors, managers, or redistributed workload.

Inputs

roles
days
hours
USD
%
Result
—
Estimated productivity loss
Unrecovered productive hours—
Vacant role-days—
Gross productive value exposed—

1. Enter vacancies
Add the number of roles represented by the recruiting workload.

2. Enter vacancy duration
Use the average number of days those roles remain open.

3. Value productive time
Enter productive hours per day and an estimated dollar value per productive hour.

4. Account for coverage
Enter the percentage of productivity that is not recovered through temporary coverage or redistribution.

5. Review the loss estimate
Use the main result as the modeled value of unrecovered productivity during the vacancy period.

Gross productive value = Open roles × Vacancy days × Productive hours/day × Value/hour Productivity loss = Gross productive value × Unrecovered productivity rate Lost productive hours = Open roles × Vacancy days × Productive hours/day × Unrecovered rate

The model assumes the same average vacancy duration and productive-hour value for all included roles. It is an economic planning estimate, not payroll expense.

What the result means

With half of the work effectively recovered elsewhere, the model attributes the remaining half of exposed productive value to vacancy loss.

The result is a modeled productivity value and may differ from accounting expense.

Given:
6 open roles, 35 vacancy days, 6 productive hours per day, $60 per hour of value, and 50% unrecovered productivity.

Calculation:
6 × 35 × 6 × $60 = $75,600 gross value; $75,600 × 0.50 = $37,800.

Result:
Estimated productivity loss = $37,800.

With half of the work effectively recovered elsewhere, the model attributes the remaining half of exposed productive value to vacancy loss.

Is hourly value the same as hourly pay?

Not necessarily. It represents the value assigned to productive output and may be higher or lower than wage cost depending on your internal model.

How should I estimate unrecovered productivity?

Estimate the share of normal output that is truly lost after accounting for workload redistribution, overtime, contractors, automation, or delayed work.

Can I use calendar days for vacancy duration?

Yes if your productive-hours assumption is also calibrated to calendar days. Many teams instead use working days; consistency matters more than the convention.

Why does the model use a percentage loss?

Open positions do not always eliminate 100% of output. The percentage lets you represent partial coverage rather than assuming every vacant hour is lost.

What should I compare this result with?

Compare it with recruiting process costs, overtime or contractor costs, time-to-hire scenarios, and service or production metrics that reflect the same vacancies.