
OSHA Lockout/Tagout (LOTO) Safety Training
Master OSHA's Lockout/Tagout standard and protect workers from hazardous energy every time equipment is serviced. This training covers everything from writing machine-specific procedures to conducting program audits and investigating incidents. Build the skills to run a compliant, effective energy control program that keeps your crew safe.
What you will learn:
Identify all hazardous energy types and apply the correct isolation method for each source.
Write compliant, machine-specific LOTO procedures using structured energy source surveys and plain-language steps.
Execute every phase of a LOTO sequence, from shutdown and lockout through verification and safe restoration.
Coordinate group lockout across multiple employees, crafts, and contractors sharing common isolation points.
Conduct annual procedure inspections and full program audits to close compliance gaps before incidents occur.
Investigate LOTO failures using root cause analysis tools and implement corrective actions that prevent recurrence.
How you study in practice OSHA Lockout/Tagout (LOTO) Safety Training
How you practise OSHA Lockout/Tagout (LOTO) Safety Training
For companies looking to train their team
With Dedika for Business, the course includes exercises and examples tailored to your own business and the way your company needs.
Course Content
8 Chapters • 36 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsLOTO Fundamentals and Regulatory Framework
LOTO Fundamentals and Regulatory Framework
Lesson 1 • Key LOTO Definitions and Terminology
Introduces standardized terms used throughout LOTO programs and regulations. Precise vocabulary enables accurate communication during procedures and audits.
Lesson 2 • Employer Program Requirements
Outlines mandatory elements of a written energy control program. Learners understand what documentation, training, and periodic review obligations apply.
Lesson 3 • Regulatory Basis for Energy Control
Covers the federal workplace safety standard governing LOTO and its scope of application. Establishes the legal and ethical obligation employers have to protect workers.
Lesson 4 • Hazardous Energy: Types and Risks
Defines electrical, mechanical, hydraulic, pneumatic, thermal, and chemical energy sources. Connects energy type recognition to understanding why control procedures are mandatory.
Chapter 2HideHide detailsSee detailsEnergy-Isolating Devices and LOTO Hardware
Energy-Isolating Devices and LOTO Hardware
Lesson 1 • Lockout Devices: Types and Selection
Surveys padlocks, hasps, valve lockouts, and circuit breaker lockouts. Correct device selection prevents inadvertent re-energization during servicing.
Lesson 2 • Specialty Isolation Hardware
Covers blinds, blanks, line blocks, and other physical barriers for complex systems. These devices address energy sources that standard lockout hardware cannot fully isolate.
Lesson 3 • Tagout Devices and Their Limitations
Explains when tagout is permitted instead of lockout and the additional safeguards required. Learners assess tagout's reduced protection level versus lockout.
Lesson 4 • Inspection and Maintenance of LOTO Hardware
Establishes criteria for inspecting, retiring, and replacing LOTO devices. Defective hardware undermines the entire energy control program.
Chapter 3HideHide detailsSee detailsWriting Effective Energy Control Procedures
Writing Effective Energy Control Procedures
Lesson 1 • Conducting an Energy Source Survey
Teaches systematic walkdown methods to locate all energy inputs on a machine. Thorough surveys prevent missed isolation points that cause accidents.
Lesson 2 • Writing Clear Shutdown and Isolation Steps
Applies plain-language writing principles to shutdown and isolation instructions. Unambiguous steps reduce execution errors by authorized employees.
Lesson 3 • Procedures for Complex and Grouped Equipment
Addresses multi-energy, multi-machine, and complex equipment scenarios. Learners adapt standard procedure formats to non-routine and interconnected systems.
Lesson 4 • Anatomy of a LOTO Procedure
Identifies all required elements of a machine-specific procedure document. A complete procedure eliminates ambiguity and supports consistent execution.
Lesson 5 • Procedure Validation and Approval
Covers field-testing, supervisor review, and formal approval of new procedures. Validation confirms that written steps match actual machine conditions.
Chapter 4HideHide detailsSee detailsExecuting the LOTO Procedure: Step by Step
Executing the LOTO Procedure: Step by Step
Lesson 1 • Equipment Shutdown and De-energization
Details the correct sequence for stopping equipment and operating energy-isolating devices. Ordered shutdown prevents equipment damage and uncontrolled energy release.
Lesson 2 • Applying Lockout and Tagout Devices
Instructs on physically attaching locks and tags to each isolation point. Correct application ensures only the authorized employee can restore energy.
Lesson 3 • Preparation and Notification
Covers pre-job planning, identifying affected employees, and communicating shutdown intent. Proper notification prevents unexpected interference from other workers.
Lesson 4 • Verification of Zero-Energy State
Teaches use of test instruments and physical checks to confirm zero energy before work begins. Verification is the final barrier before personnel contact equipment.
Lesson 5 • Releasing Stored and Residual Energy
Addresses dissipation of stored electrical charge, pressure, gravity, and thermal energy. Residual energy is a leading cause of LOTO-related injuries.
Chapter 5HideHide detailsSee detailsRestoring Equipment to Service
Restoring Equipment to Service
Lesson 1 • Pre-Restoration Checks
Covers inspection of the work area, tools, and equipment before removing LOTO devices. Incomplete checks are a primary cause of restart incidents.
Lesson 2 • Removing LOTO Devices in Sequence
Details the correct order for removing locks, tags, and isolation devices. Sequence errors can cause uncontrolled energy release during restoration.
Lesson 3 • Returning Equipment to Normal Operation
Guides learners through controlled restart and functional verification steps. A structured restart confirms equipment operates safely after maintenance.
Lesson 4 • Handling Shift Changes During LOTO
Addresses continuity of lockout protection when work spans multiple shifts. Shift-change failures are a documented cause of LOTO incidents.
Chapter 6HideHide detailsSee detailsGroup Lockout and Complex Scenarios
Group Lockout and Complex Scenarios
Lesson 1 • Non-Routine and Emergency LOTO Situations
Prepares learners for unexpected equipment failures, emergency shutdowns, and unplanned maintenance. Non-routine situations require adaptive application of LOTO principles.
Lesson 2 • Removing Another Employee's Lock
Covers the strict conditions and management authorization required to remove an absent employee's lock. Unauthorized removal is a serious violation with significant risk.
Lesson 3 • Complex and Continuous Process Equipment
Addresses LOTO challenges in continuous manufacturing, pipelines, and large systems. These environments require modified procedures and additional safeguards.
Lesson 4 • Multi-Craft and Multi-Employer Scenarios
Covers coordination between different trades and employers sharing isolation points. Clear role assignment prevents gaps in protection when multiple parties are involved.
Lesson 5 • Group Lockout Coordination
Explains the primary authorized employee role and hasp-based group lockout mechanics. Coordinated group lockout ensures every worker is protected simultaneously.
Chapter 7HideHide detailsSee detailsLOTO Training, Auditing, and Compliance
LOTO Training, Auditing, and Compliance
Lesson 1 • Designing Role-Based LOTO Training
Differentiates training content for authorized, affected, and other employees. Role-specific training ensures each group understands its responsibilities and limitations.
Lesson 2 • Conducting Annual Procedure Inspections
Teaches the regulatory requirement for annual review of each energy control procedure. Inspections verify that written procedures match current equipment and practices.
Lesson 3 • Program Auditing and Gap Analysis
Covers systematic auditing of the entire LOTO program against regulatory requirements. Gap analysis drives prioritized corrective actions to close compliance deficiencies.
Lesson 4 • Retraining Triggers and Requirements
Identifies conditions that require retraining, including procedure changes and observed deficiencies. Timely retraining closes knowledge gaps before incidents occur.
Lesson 5 • Metrics, Trending, and Continuous Improvement
Introduces key performance indicators for LOTO program health and trend analysis methods. Data-driven improvement sustains compliance and reduces incident rates.
Chapter 8HideHide detailsSee detailsIncident Investigation and Program Improvement
Incident Investigation and Program Improvement
Lesson 1 • Recognizing LOTO Failures and Near-Misses
Defines what constitutes a LOTO failure or near-miss and why both must be reported. Early recognition enables intervention before a failure results in injury.
Lesson 2 • Sharing Lessons Learned
Covers methods for communicating incident findings across the organization. Shared lessons prevent similar incidents at other facilities or work areas.
Lesson 3 • Root Cause Analysis Methods
Applies structured root cause tools such as the five-why method and fishbone diagrams to LOTO incidents. Identifying true root causes prevents superficial fixes.
Lesson 4 • Corrective Action Development
Guides learners in selecting and prioritizing corrective actions based on root cause findings. Effective corrective actions address causes, not just symptoms.
Your valid completion certificate
This course is for you:
Maintenance technician: responsible for servicing industrial equipment regularly.
EHS coordinator: tasked with building or improving a facility safety program.
Industrial electrician: works on energized systems requiring strict isolation protocols.
Plant supervisor: oversees crews performing equipment maintenance and repairs.
Safety consultant: advises clients on regulatory compliance and hazard control.
Career changer: entering manufacturing or utilities from an unrelated background.
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