Lockout/Tagout Training – OSHA-Compliant LOTO Safety Course

Explain the Purpose of Lockout/Tagout Training and Procedures

This course teaches why controlling hazardous energy matters and how Lockout/Tagout training prevents serious injuries during equipment maintenance

Identify the Types of Hazardous Energy Control

This Lockout/Tagout training helps learners identify hazardous energy sources and understand the risks of electrical, mechanical, and other systems.

Describe the Key Components of a Lockout/Tagout Hazardous Energy Control Program

Learners will explore key parts of a Hazardous Energy Control Program, including control procedures, employee training, and regular inspections.

Distinguish Between Authorized, Affected, and Other Employees

This course explains the roles and responsibilities of each worker in a lockout/tagout program, and clearly shows what actions each group must take.

Demonstrate the Steps to Properly LockOut/Tag Out Equipment

Learners will follow each Lockout/Tagout step, from shutdown and isolation to applying devices and verifying zero energy state.

Recognize the Importance of Verification and Communication

Learners will grasp the critical role of verifying that all energy sources have been isolated before beginning work, and the importance of clear communication throughout the process.

Explain the Requirements for Removing Lockout/Tagout Devices

Learners will learn who, and why a person is authorized to remove locks and tags during Lockout/Tagout, and under what circumstances they may be removed.

Identify Common Mistakes and How to Avoid Them

Learners will be able to recognize frequent errors in Lockout/Tagout LOTO procedures and understand how to prevent them, keeping workers safe.

Understand the Regulatory Standards Governing LOTO

Learners will understand OSHA standard 1910.147 and how it applies to their Lockout/Tagout duties and workplace safety.

Respond Appropriately to Unexpected Situations During Servicing

Learners will be able to identify what to do when something goes wrong during maintenance, including steps to re-isolate energy or escalate the situation properly.