3 Signs Your Safety Program Doesn’t Comply with OSHA’s Qualified Electric Worker Standards

Qualified electric worker (QEW) standards can be confusing for anyone, even experienced safety professionals. OSHA outlines what a qualified person must know, but it doesn’t always spell out exactly how to build a program that proves compliance.

That gap is where many organizations struggle. It’s not enough to say your workers are qualified. You have to demonstrate they are trained, assessed, and able to perform specific tasks safely.

The challenge isn’t just understanding the standard. It’s proving your program meets it. Here are 3 signs your safety program may fall short.

You don’t have a structured training program.

What it looks like

A compliant electrical safety training program must be task-based, validated through competency assessments, and documented.

Many organizations rely on general electrical safety training for their qualified electrical worker program. Your training program should be based on the tasks your employees perform. If your training program doesn’t draw a direct line between training and those tasks, then it’s not structured to train employees on the information they need.

In the same manner, just tracking training completion doesn’t meet the standard. Once training is completed, you need to verify competency before assigning tasks to an employee. Supervisors must verify employees can apply what they’ve learned in the field through observation and periodic audits.

What is expected

OSHA and NFPA 70E expect training to align with specific job tasks and hazards. OSHA 1910.332 sets the core training requirements while NFPA 70E provides the detailed framework most organizations use to achieve compliance.

While the information in this blog focuses on general industry, anyone in the power generation or utility industry must also include specific requirements for qualified employees in 1910.269.

As part of the process, you must also clearly distinguish between qualified and unqualified workers.

Unqualified workers must be trained to recognize electrical hazards and stay outside of protective boundaries unless they are properly escorted or supervised by a qualified person.

What’s often missing

A compliant training program goes beyond course delivery. It includes:

• Defined retraining triggers such as job changes, incidents, new equipment, or observed performance gaps
• Training frequency requirements
• Hands-on competency validation
• Supervisor responsibility for qualification sign-off

Just as important, supervisors should regularly observe work in the field to confirm employees are applying what they learned.

What a compliant program includes

Strong programs take a task-based approach. They include:

• A training matrix that maps job roles to specific tasks and required training
• Hands-on assessments and written evaluations
• Documented records that show who is qualified for which tasks and when that qualification was verified
• A system to track retraining and ensure qualifications stay current

Even with the right training structure, it won’t hold up if your job roles and processes aren’t clearly defined.

You don’t have clearly defined job descriptions and work processes

What it looks like

You don’t review your job descriptions and equipment changes on a regular basis. When job descriptions are vague or outdated, workers often rely on experience or tribal knowledge to get the job done, creating inconsistency and increasing risk.

In many cases, organizations either don’t have standard operating procedures (SOPs) or have not updated them to reflect current equipment and work practices.

What is expected

To comply with OSHA requirements, employers must clearly define job roles and the tasks associated with these roles. Each task should be tied to specific training and performance expectations.

Safe work practices must also be established and consistently followed.

What’s often missing

Common gaps in this area include:

• Lack of documented procedures for critical electrical tasks
• Poor integration with lockout/tagout practices
• No formal process for energized electrical work permits
• Unclear authorization levels for who can perform certain tasks
• Limited use of pre-job planning processes such as job briefings or hazard assessments

What a compliant program includes

A strong program creates structure and clarity around how work is performed. It includes:

• Job task analyses for each role
• A job performance matrix that maps tasks to required training and proficiency levels
• Documented procedures for electrical work, including when and how to de-energize equipment
• Clear expectations for using lockout/tagout
• Defined processes for energized work when it cannot be avoided
• Regular updates based on incidents, near misses, or changes in operations

But even clearly defined roles and procedures aren’t enough if you haven’t defined the risks those roles are exposed to.

You haven’t identified potential risk or what it means to be a qualified electrical worker in your organization

What it looks like

You identify workers as qualified based on titles or years of experience instead of demonstrated ability. That is not enough.

Without a clear definition of what makes someone qualified, it is difficult to prove compliance or ensure workers are prepared for the hazards they face.

Another common issue is relying on informal knowledge instead of a structured approach to hazard and risk assessment.

What is expected

As an employer, you must determine what hazards exist in your workplace and what skills are required to work safely. Once you have that information, you must train workers to identify hazards, understand approach boundaries, and properly use personal protective equipment (PPE).

What’s often missing

Organizations often miss these key compliance elements:

• Arc flash and shock risk assessments. NFPA 70E Article 130.5 requires an arc flash risk assessment, which should be updated when significant changes occur and reviewed every five years.
• Defined approach boundaries, including limited and restricted boundaries and the arch flash boundary, which protects against thermal and blast hazards.
• Clear PPE requirements tied to specific tasks and hazard levels.
• Consideration of non-qualified workers who may be exposed to electrical risks.
• Ongoing validation that workers remain qualified over time.

What a compliant program includes

A strong program connects risk directly to how work is performed. It includes:

• Documented hazard and risk assessments that guide work practices
• Clear criteria for qualification based on demonstrated skills and knowledge
• PPE selection that aligns with the level of risk for each task
• Training for both qualified and unqualified workers based on their exposure
• Regular audits and field observations to verify that safe work practices are followed as outlined in NFPA 70E
• Clear qualification records, including training, assessments, and verifications

Risk assessments should inform everything from labeling equipment to defining safe approach distances and required protective measures.

Final takeaway

If you can’t clearly answer the following questions, your program likely has compliance gaps:

• Who is qualified?
• For which tasks?
• Based on what evidence?

OSHA compliance for qualified electric workers comes down to one key principle: you must be able to prove your employees are trained, qualified, and able to perform specific tasks safely.

The next step is evaluating your program against OSHA and NFPA 70E requirements and closing those gaps before they lead to an incident.

Commonly Asked Questions

What makes someone a qualified electrical worker?

A qualified electrical worker must demonstrate the skills and knowledge to safely perform specific electrical tasks and must be trained to identify and avoid hazards.

Does OSHA require electrical safety training?

Yes. OSHA requires employers to train both qualified and unqualified workers based on their exposure to electric hazards.

How often should electrical safety training be conducted?

NFPA 70E recommends retraining at least every three years or when job duties, equipment, or hazards change.