Course details

Electrical hazards do not announce themselves. Workers who operate near panels, tools, overhead lines, and powered equipment every day can face risks that are easy to overlook when the system runs quietly most of the time. This basic electrical safety training course gives non-electrician workers the practical knowledge to spot those hazards before they become emergencies.

Designed for construction workers, equipment operators, mechanics, oil and gas technicians, industrial workers, and warehouse staff, the course covers how electricity affects the body, how to read arc flash labels, how to apply the hierarchy of controls, and how to act correctly when something goes wrong.

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Course Overview

This basic electrical safety online course is organized into learning modules that walk workers through every layer of electrical risk they are likely to encounter on the job. Topics covered include:

• How Electricity Works and Why It Creates Hazards
• How Current Affects the Body
• Regulations and Standards Governing Electrical Safety
• Roles and Responsibilities on the Worksite
• Common Electrical Hazards Including Power Lines, Damaged Equipment, Temporary Power, and Wet Conditions
• Arc Flash: Labels, Boundaries, and Controls
• Hazard Identification and Risk Assessment
• Hierarchy of Controls, Approach Boundaries, and Lockout/Tagout
• PPE Selection and Inspection
• Electrical Emergency Response

Each module is designed to connect to the tasks non-electrician workers commonly perform alongside powered systems. Workers move from foundational electrical concepts to practical field decisions, building a sequence they can follow when conditions change on site.

Electricity does not wait for a qualified electrician. This course makes sure you do not have to either.

What You'll Learn

This electrical safety training covers everything from basic current behavior to emergency response decisions you make on the spot.

Electrical fundamentals and body effects

• Explain how electricity moves through a circuit and why that movement creates specific hazards on a worksite with mixed equipment and personnel.
• Describe how electrical current affects the human body at different amperage levels and why any shock, regardless of apparent severity, requires medical evaluation.

Regulations, roles, and responsibilities

• Identify the key regulations and standards that govern electrical safety in the US and recognize which rules apply to your specific role on site.
• Distinguish between the typical obligations of workers, supervisors, qualified workers, and employers, so you understand what generally falls within your role and what may require escalation.

Hazard recognition on the worksite

• Recognize common electrical hazards including overhead power lines, damaged cords and tools, temporary power setups, and wet or damp working conditions.
• Explain what an arc flash is, read arc flash warning labels correctly, identify the approach boundaries marked on those labels, and describe the controls used to reduce arc flash risk.

Risk assessment and control application

• Conduct a basic hazard identification and risk assessment using common field tools such as a risk matrix or a field-level hazard assessment form.
• Apply the hierarchy of controls to an electrical hazard scenario, observe the approach boundaries relevant to your work, and describe your general role under your employer's Lockout/Tagout (LOTO) procedures.

PPE selection and inspection

• Select the appropriate PPE for tasks performed near electrical hazards and inspect that equipment before each use to confirm it is fit for the exposure level.

Emergency response

• Respond correctly to an electrical emergency on site, including the specific actions to take and the actions to avoid when a co-worker has received a shock.

Assessment and completion

• Work through the end-of-course assessment, achieve the 80% pass mark, and receive a certificate of completion that documents your training.

Finish this course with a checklist in your head and a certificate in your hand.

Who Should Take This Course?

• Construction workers who operate alongside electrical panels, temporary power setups, and overhead lines on active job sites, where recognizing hazards before entering a danger zone is part of the daily work.
• Equipment operators and mechanics who service or work near powered machinery, where understanding LOTO procedures and approach boundaries is part of performing that work safely.
• Oil and gas technicians who encounter electrical systems in field environments where conditions shift rapidly and a qualified electrician may not be nearby.
• Industrial and warehouse workers who handle powered tools, move equipment near electrical infrastructure, and need a working knowledge of arc flash labels and PPE requirements.
• Supervisors overseeing mixed crews who need to understand the roles and responsibilities framework so they can direct workers safely and recognize when a task requires a qualified electrician.
• Workers in any trade or sector who are not qualified electricians but whose daily tasks put them in regular proximity to electrical equipment, tools, or systems.

Why Take This Course?

Electrical incidents are not limited to electricians. Any worker who operates near powered equipment, overhead lines, or temporary wiring is exposed. Contact with live current can be fatal or permanently disabling.

Familiarity is its own hazard. Workers who pass the same panel or use the same extension cord every day stop seeing it as a risk. That normalization is exactly when unsafe behavior takes hold.

Arc flash events and shock injuries are preventable. Damaged wiring, improper LOTO procedures, and unrecognized approach boundaries can contribute to serious electrical incidents across construction, industrial, and oil and gas worksites. OSHA's electrical safety standards set clear expectations for workers in these environments.

Documented training may support workers and employers when an incident or audit calls for evidence of competency. A worker who can read an arc flash label, complete a field-level hazard assessment, and follow a LOTO procedure correctly is a measurably lower risk to themselves, their crew, and the organization they work for.

Key Benefits

• Certificate of completion included. A shareable credential that documents your basic electrical safety training for employers, site supervisors, or safety audits.
• Reduces exposure to shock, arc flash injury, and equipment damage. Workers apply a structured hazard identification process and clear PPE selection criteria before entering any risk zone.
• Completed in 90 minutes, entirely online. No travel, no classroom scheduling, and no time away from the job site beyond a single shift block.
• Skills transfer across most sites where electrical systems are present. Hazard recognition, risk assessment, and LOTO knowledge covered here apply equally to construction, industrial, oil and gas, and warehouse environments.
• Priced at $29.99 per learner. Organizations can document electrical safety training across large crews at a per-learner cost that may help keep the per-head budget manageable.