Engineered labor standards

What are engineered labor standards?

Engineered labor standards are objective benchmarks for the time taken to complete specific warehouse tasks.

They are established using time-study methodology that factors in variables including distance traveled, item weights and handling complexity.

How engineered labor standards are developed

Industrial engineers observe warehouse operators performing tasks. These tasks are broken into smaller movements such as:

  • Travel

  • Reach

  • Grasp

  • Move

  • Release

The time required to complete each movement is recorded repeatedly to establish a baseline. Outliers are normalized to a consistent pace, ensuring that productivity standards reflect sustainable performance levels.

Allowances are then added for:

  • Rest breaks

  • Restroom usage

  • Equipment issues

  • Unavoidable delays

Doing this ensures that operators can uphold warehouse labor standards throughout a full shift.

Applications of engineered labor standards

Labor planning

The warehouse management system (WMS) uses engineered standards to calculate how many labor hours are needed to complete expected tasks. This improves staff forecasting accuracy, preventing wasted resources or unmanageable workloads.

Performance measurement

The labor management system (LMS) tracks individual and team productivity against engineered standards. High performers gain recognition, while those struggling are identified and offered support.

Incentive compensation programs

Incentive compensation programs reward bonuses for exceeding engineered standards. Pay is directly linked to measurable productivity, boosting motivation and encouraging high performance.