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Apprentice Relay Protection Engineer Jobs in Atlanta, GA

Wood Plc

Protection & Controls Engineer, Senior

Tucker, GA

$107K - $147K/yr

Performing protection coordination studies and relay settings for high voltage utility transmission systems * Reviewing or preparing engineering drawings/documents, specifications, construction and ...

Wood Plc

Protection & Controls Engineer, Senior

Tucker, GA

$107K - $147K/yr

Performing protection coordination studies and relay settings for high voltage utility transmission systems * Reviewing or preparing engineering drawings/documents, specifications, construction and ...

Wood Plc

Protection & Controls Engineer, Senior

Tucker, GA · On-site

$107K - $147K/yr

Performing protection coordination studies and relay settings for high voltage utility transmission systems * Reviewing or preparing engineering drawings/documents, specifications, construction and ...

Relay Payments

Talent Community

Atlanta, GA · On-site

At Relay, we're always looking to meet talented, driven people who are excited about what we're ... Engineering, Product, Operations, and more. If you're passionate about innovation, teamwork, and ...

Relay Payments

Talent Community

Atlanta, GA · On-site

At Relay, we're always looking to meet talented, driven people who are excited about what we're ... Engineering, Product, Operations, and more. If you're passionate about innovation, teamwork, and ...

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All JobsApprentice Relay Protection Engineer JobsApprentice Relay Protection Engineer Jobs in Atlanta, GA

Apprentice Relay Protection Engineer information

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How much do apprentice relay protection engineer jobs pay per hour?

As of Jul 13, 2026, the average hourly pay for apprentice relay protection engineer in Atlanta, GA is $21.18, according to ZipRecruiter salary data. Most workers in this role earn between $16.63 and $23.12 per hour, depending on experience, location, and employer.

What is the difference between Apprentice Relay Protection Engineer vs Relay Protection Engineer?

AspectApprentice Relay Protection EngineerRelay Protection Engineer
QualificationsBasic technical diploma or associate degree, on-the-job trainingBachelor's degree in electrical engineering or related field, professional certifications
Work EnvironmentEntry-level, supervised, training-focusedMore independent, responsible for designing and maintaining protection systems
ResponsibilitiesAssisting in relay testing, learning system operationsDeveloping protection schemes, troubleshooting, system optimization

The main difference between an Apprentice Relay Protection Engineer and a Relay Protection Engineer lies in experience, responsibilities, and qualifications. Apprentices are in training, focusing on learning and assisting, while relay protection engineers are more experienced professionals responsible for system design and maintenance.

What are Apprentice Relay Protection Engineers?

Apprentice Relay Protection Engineers are entry-level professionals who assist in the installation, testing, maintenance, and troubleshooting of protective relays and related equipment in electrical power systems. They typically work under the supervision of senior engineers as they learn the principles of power system protection and the operation of relays that help prevent damage to equipment during electrical faults. Their role is crucial in ensuring the safety and reliability of electrical grids, and they often work in utility companies or large industrial facilities. Apprenticeship in this field typically involves hands-on training as well as classroom instruction.

What are some typical challenges faced by Apprentice Relay Protection Engineers during their training period?

As an Apprentice Relay Protection Engineer, you may encounter challenges such as understanding complex relay schemes and adapting to the technical language used in the field. Staying up to date with frequent software and hardware updates, ensuring strict adherence to safety standards, and accurately interpreting protection diagrams can also be demanding. However, these challenges are usually addressed through hands-on mentorship, structured training programs, and collaborative teamwork with experienced engineers, which accelerates your learning and confidence.

What are the key skills and qualifications needed to thrive as an Apprentice Relay Protection Engineer, and why are they important?

To thrive as an Apprentice Relay Protection Engineer, you need a solid background in electrical engineering principles, knowledge of power systems, and typically a bachelor’s degree in electrical engineering or a related field. Familiarity with protection relay testing equipment, SCADA systems, and industry standards such as IEEE is important, and relevant certifications like EIT (Engineer-in-Training) can be advantageous. Strong analytical skills, attention to detail, effective communication, and a willingness to learn help you stand out in this role. These skills and qualities are crucial to ensure accurate system protection, maintain power grid reliability, and support safe, efficient project execution.
What are the most commonly searched types of Relay Protection Engineer jobs in Atlanta, GA? The most popular types of Relay Protection Engineer jobs in Atlanta, GA are:
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Apprentice Relay Protection Engineer jobs near you
Infographic showing various Apprentice Relay Protection Engineer job openings in Atlanta, GA as of July 2026, with employment types broken down into 95% Full Time, and 5% Part Time. Highlights an 100% Physical job distribution, with an average salary of $44,050 per year, or $21.2 per hour.

Protection & Control Applications Engineer I

4pconsultinginc

Forest Park, GA • On-site

Contractor

Posted yesterday

Job description

Position: Protection & Control Applications Engineer I

Location-  Forest Park GA 30297 HYBRID

Duration: 6 Months

Client- Southern Company Services

Position Summary

The Protection & Control (P&C) Applications Engineer I supports distribution substation capital and reliability projects by applying standard protection philosophies, relay settings, and engineering principles. This entry-level role focuses on developing technical expertise under guidance while contributing to individual project deliverables.

The Engineer I will assist in reviewing protection schemes, performing fault studies, maintaining relay asset data, and ensuring compliance with applicable industry standards.

Key Responsibilities

Protection & Control Engineering Support

  • Apply standard protection philosophies and relay settings to distribution substation capital projects
  • Implement requested settings changes from Distribution Reliability work groups
  • Review substation prints and protection schemes to evaluate:
    • Dependability
    • Reliability
    • Security
    • Protection zones
    • P&C equipment applications

Power System Studies & Modeling

  • Perform power system modeling and fault studies in support of:
    • Customer requests
    • Capital projects
    • Reliability initiatives

Asset & Data Management

  • Manage relay asset information within:
    • CAPE
    • STOMP
    • Vault
  • Maintain accurate documentation and repository records

Compliance & Standards

  • Complete deliverables that comply with:
    • NERC
    • SERC
    • Other applicable industry standards

Required Qualifications

  • Bachelor’s degree in Electrical Engineering or related engineering discipline
  • 0–5 years of related engineering experience
  • Basic understanding of power systems and protection concepts
  • Introductory knowledge of engineering principles and procedures
  • Strong analytical and problem-solving skills
  • Ability to follow established procedures and work under supervision
  • Strong communication skills and collaborative mindset
  • Positive attitude and strong work ethic

Preferred Qualifications

  • Familiarity with:
    • CAPE
    • STOMP
    • Vault
  • Exposure to distribution substations or protection schemes
  • Understanding of industry compliance standards (NERC, SERC)

Work Environment

  • Office-based engineering role supporting distribution operations
  • Collaboration with:
    • Field staff
    • Design engineering teams
    • Vendors and reliability teams
  • Focused on individual projects with mentorship from senior engineers