The Definition of Administrative Controls
Administrative controls are policies, procedures, and work practice changes used to reduce worker exposure to hazards.
Administrative controls are policies, procedures, and work practice changes used to reduce worker exposure to hazards.

Administrative controls are changes to work policies, procedures, schedules, or practices designed to reduce the duration, frequency, or severity of worker exposure to a hazard, without altering the physical hazard itself or the equipment involved. Within the hierarchy of controls, administrative controls rank below elimination, substitution, and engineering controls in effectiveness, since they rely on consistent human behavior and compliance rather than physically removing or isolating the hazard. Common examples include job rotation to limit individual exposure time, scheduling high-hazard tasks during lower-occupancy periods, implementing standard operating procedures, and providing training and signage that direct safer work practices.
A warehouse implements a job rotation schedule so that no single employee performs repetitive heavy-lifting tasks for more than two consecutive hours, reducing individual exposure to ergonomic strain even though the physical lifting requirements of the job remain unchanged.
Administrative controls rank fourth in the hierarchy of controls, below elimination, substitution, and engineering controls, but above personal protective equipment. This ranking reflects that administrative controls reduce risk by managing how and when work is performed, but they don't remove or isolate the underlying hazard, making them generally less reliable than higher-level controls that don't depend on consistent human compliance.
Common examples include job rotation and scheduling adjustments to limit exposure duration, standard operating procedures that specify safer work sequences, mandatory rest breaks, warning signage and labels, and training programs that reinforce safe work practices for a specific hazard or task.
Administrative controls depend on consistent human behavior and compliance to be effective, meaning their success can be undermined by factors like fatigue, time pressure, inadequate supervision, or simple human error. Engineering controls, by contrast, physically remove or isolate the hazard, providing protection that doesn't rely on someone remembering to follow a procedure correctly every single time.