How do you calculate technician utilization?

Divide productive service hours by available hours. 2,860 productive hours of 3,600 available is 79.4%, 1.4 points above a 78% target, the Technician Utilization calculator's own example. Travel of 420 hours is 11.7% of the time and 320 hours went on neither.

What counts as available hours?

Paid hours less leave, public holidays and planned training. Define it once and apply it to every technician, or utilization figures will not compare.

Should travel count as productive?

Not in this workbook: travel is split out so you can see it. Some teams count billable travel as productive; if you do, put it in productive hours and leave travel for the non-billable part.

What are the productive hours needed for target?

Target × available hours − productive hours, or 0 when the target is met. 120 productive hours of 160 at a 78% target is 4.8 hours short.

How is the team figure worked out?

Total productive hours ÷ total available hours for the month, not the average of each technician's percentage, so a technician on leave counts for less.

Does the workbook use macros?

No. It is a plain .xlsx with ordinary formulas, tables and native charts. The Verify sheet re-checks the formulas against fixed test months and shows Self-check: PASS.

Operations and Labor

Technician Utilization Tracker Excel Template

Technician utilization = productive service hours ÷ available hours. Log every field service technician's month and see utilization against your target, how much of the time goes on travel and other work, the productive hours each needs to reach the target, and the team trend.

Free, and a plain .xlsx with no macros to enable. A CSV with live formulas and a printed how-to guide come with it.

Overview

This technician utilization tracker is a working Excel workbook for field service managers, service operations analysts and team leads. Each technician has a row each month with their available hours (paid hours less leave, holidays and training), the productive service hours you count toward utilization, and their travel hours. The workbook gives each technician's utilization and gap to the target, travel share, the hours spent on neither service nor travel, and the productive hours still needed to reach the target, then rolls the team up by month and shows every technician in the latest month. It ships with six technicians over six months at a fictional compressor service team, so every tile and chart is filled in when you open it.

In the example the team rises from 72.9% in May to 76.8% in October against a 78% target. A new hire in the central territory climbs from 55% to 73.9% and needs 7.3 more productive hours a month to reach the target. The rural west technician sits near 65% because almost a quarter of the month, 22.7% in October, is driving: 23.3 hours short of target, a territory problem rather than an effort one. Four of the six are on target.

Utilization says nothing about first-time fix rate or job quality. The download is a plain .xlsx with no macros. A CSV with live formulas is also included for other tools; the dashboard, charts, dropdowns and self-check are in the .xlsx.

What this template includes

Setup sheet with your company, target utilization and near band, and the technicians with their territory
Hours table, one row per technician per month: available, productive and travel hours, with a Check column
Per row: utilization, gap to target in points, travel share, other hours, productive hours needed for the target and a status in words
Dashboard with four tiles for the latest month (team utilization against target, travel share, technicians below target, productive hours needed), team utilization by month, each technician's hours in the latest month, and the technician and month tables
Method sheet with every formula, and a Verify sheet that re-checks the formulas against an independent reference and the Technician Utilization calculator (Self-check: PASS)
CSV with live formulas for the Hours table; the dashboard, charts, dropdowns and self-check are in the .xlsx

Suggested use case

Use it for a monthly field service review, to see whether low utilization comes from travel or from other time, or to follow a new technician's ramp-up to target.

How to use it

On Setup, type your company, the target utilization and near band, and list your technicians with their territory.
On Hours, give each technician a row each month: available, productive service and travel hours.
Fix anything the Check column names.
Open the Dashboard: the team trend against target, and every technician's hours in the latest month.

Frequently Asked Questions

How do you calculate technician utilization?: Divide productive service hours by available hours. 2,860 productive hours of 3,600 available is 79.4%, 1.4 points above a 78% target, the Technician Utilization calculator's own example. Travel of 420 hours is 11.7% of the time and 320 hours went on neither.
What counts as available hours?: Paid hours less leave, public holidays and planned training. Define it once and apply it to every technician, or utilization figures will not compare.
Should travel count as productive?: Not in this workbook: travel is split out so you can see it. Some teams count billable travel as productive; if you do, put it in productive hours and leave travel for the non-billable part.
What are the productive hours needed for target?: Target × available hours − productive hours, or 0 when the target is met. 120 productive hours of 160 at a 78% target is 4.8 hours short.
How is the team figure worked out?: Total productive hours ÷ total available hours for the month, not the average of each technician's percentage, so a technician on leave counts for less.
Does the workbook use macros?: No. It is a plain .xlsx with ordinary formulas, tables and native charts. The Verify sheet re-checks the formulas against fixed test months and shows Self-check: PASS.