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Employee Productivity Calculator

Two common ways to measure workforce productivity: revenue generated per employee, or units of output per labor hour. Pick whichever matches the comparison being made.

Author: Naeem Ullah
Last Updated: July 18, 2026
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Revenue per Employee

$50,000

Two Formulas, Two Questions

Revenue per Employee = Total Revenue ÷ Headcount

Answers "how much revenue does the business generate per person on staff?" — a company with $1,000,000 in revenue and 20 employees generates $50,000 per employee. Useful for comparing overall business efficiency across companies or time periods, but it blends every role together — sales, support, operations — into one number.

Output per Labor Hour = Units Produced ÷ Total Labor Hours

Answers "how much gets produced for each hour of labor paid for?" — 800 units across 160 labor hours comes to 5 units per hour. Useful for direct production or service roles where "units" (parts made, orders fulfilled, tickets closed) is well-defined, and where headcount alone would hide part-time or overtime hours.

Use revenue per employee for company-wide or cross-department comparisons; use output per labor hour when comparing a specific production or service function where hours worked vary independently of headcount.

Worked Example — Revenue per Employee

A 20-person marketing agency bills $1,800,000 in a year: 1,800,000 ÷ 20 = $90,000 per employee.

Professional-services firms typically run $150,000–$300,000 per employee (see the benchmark table below), so $90,000 sits well below that range. That usually points to underpriced services, underutilized staff capacity, or a benchmark mismatch (a young agency measured against mature, established firms isn't automatically doing anything wrong) — either way, there's room to grow revenue per head before adding more staff.

Worked Example — Output per Labor Hour

A packing team logs 1,200 labor hours in a week and ships 3,600 orders: 3,600 ÷ 1,200 = 3 orders per labor hour.

If the same team ran 2.4 orders per labor hour last quarter, 3 orders per hour is a real 25% gain — worth checking whether it came from a process change (worth keeping) or from working through breaks (worth checking headcount doesn't need to grow instead).

Revenue Per Employee by Industry

As of 2026-01
IndustryRevenue / EmployeeNotes
U.S. total market average (all sectors)$111,028Blended across public-company sectors — a starting reference point, not a target for any specific industry.Damodaran, NYU Stern — Employee Metrics by Sector
Oil & gas (production and exploration)$870,107Capital-intensive extractive industry — high revenue per head, low headcount relative to assets.
Software (systems and applications)$72,451Labor is the primary input; revenue scales with headcount more directly than in capital-heavy sectors.
Restaurants / dining$32,101Labor-intensive service sector with thin per-person revenue — the low end of the spread.

Common Mistakes & Edge Cases

  • Comparing revenue-per-employee across industries without adjusting for capital intensityAn oil & gas company can run $870K of revenue per employee while a restaurant runs $32K — neither number says anything about which company is better managed. The ratio is only meaningful compared against the same or a similar industry, since capital intensity (equipment, real estate, inventory) drives most of the spread, not workforce efficiency.
  • Including contractors or part-time staff in headcount inconsistentlyRevenue per employee swings sharply depending on whether headcount counts full-time equivalents only, or includes part-time staff and contractors at full weight. Comparing this quarter's ratio to last quarter's is misleading if the counting method changed — pick one definition (FTE is the most common) and hold it constant.
  • Revenue includes one-time or non-operating incomeA one-time asset sale, litigation settlement, or grant inflates total revenue without reflecting anything about ongoing workforce output. If a period includes unusual non-operating income, strip it out first, or the productivity figure will overstate what the team actually produced.

Frequently Asked Questions (FAQ)

It depends entirely on industry. U.S. public companies average roughly $111,000 per employee across all sectors, but that blends extremes — capital-intensive sectors like oil & gas run well over $800,000, while labor-intensive sectors like restaurants run closer to $30,000 (see the benchmark table above). The only fair comparison is against companies in the same or a similar industry, not the cross-industry average.

Revenue per employee divides by headcount, so it doesn't distinguish full-time from part-time staff or account for overtime. Output per labor hour divides by total hours worked instead, which is more precise when hours vary significantly across the workforce being measured. Use revenue per employee for company-wide or cross-department comparisons; use output per labor hour when hours worked genuinely differ from headcount (heavy part-time or overtime use).

Not on its own. A company can raise revenue per employee by outsourcing labor-intensive work to contractors (who don't count in headcount), by being more capital-intensive (more automation, less labor), or simply by operating in a higher-revenue industry — none of which necessarily means the remaining employees individually produce more. Pair it with a same-industry comparison and, where possible, a profitability measure before drawing conclusions about efficiency.

"Labor productivity" is the broader economic term, usually measured as output per hour worked across an entire economy or sector (see the general productivity calculator for that framing). "Employee productivity" here refers specifically to a single company's output — revenue or units — divided by its own headcount or labor hours. Same underlying idea, different scope: one measures a national or industry trend, the other measures one organization.

Capital intensity, not workforce quality. Oil & gas revenue comes primarily from extracted commodities sold at market price, produced with heavy machinery and relatively few workers per dollar of output. Restaurant revenue comes from labor-intensive, low-margin service delivered one table or order at a time, with a high headcount relative to revenue. The gap reflects business model, not how hard either workforce works.

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