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Transmission Protection Engineer Jobs in Georgia

Hitachi

Protection & Control Engineer

Atlanta, GA

As a Protection & Control Engineer , you will design and implement advanced protection and control ... transmission and distribution networks. You'll collaborate with project managers, customers, and ...

Wood Plc

Transmission Line Engineer

Tucker, GA

Reporting to the Engineering Manager , Transmission Lines , this position can be located in any of ... identity, protected veteran status, or other characteristics in accordance with the relevant ...

Pond and Company

Transmission Line Engineer

Denver, CO · On-site +1

About the Position Pond is seeking an experienced Transmission Line Engineer to join our growing ... protected characteristic as outlined by federal, state and local laws in jurisdictions where we ...

VHB

Transmission Line Engineer - Senior

Atlanta, GA · On-site

$120K - $181K/yr

Transmission Line Engineer - Senior Job Locations US-MA-Watertown | US-GA-Atlanta | US-MA-Boston ... protected by law. #LI-DB2 #LI[Hybrid Need help finding the right job? We can recommend jobs ...

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Transmission Protection Engineer information

What is the difference between Transmission Protection Engineer vs Substation Engineer?

AspectTransmission Protection EngineerSubstation Engineer
CertificationsPE license, IEEE certificationsPE license, IEEE certifications
Work EnvironmentDesigning and maintaining protection systems for transmission linesDesigning and managing substation equipment and layouts
Industry UsagePower utilities, transmission companiesPower utilities, substation contractors
Common Search IntentProtection system design, relay coordinationSubstation design, equipment installation

While both roles require similar certifications and work within the power industry, Transmission Protection Engineers focus on designing and maintaining protection systems for high-voltage transmission lines, ensuring system reliability. Substation Engineers, on the other hand, concentrate on substation equipment and layout. Understanding these distinctions helps professionals and employers identify the right expertise for specific power system projects.

What are the typical collaboration points between a Transmission Protection Engineer and other engineering teams?

Transmission Protection Engineers regularly collaborate with system planning engineers, substation design teams, and operations personnel. They work closely during the planning and commissioning phases to ensure protection schemes align with system requirements and reliability standards. Effective communication is essential when resolving protection coordination issues or integrating new equipment, as these tasks often require input and approval from multiple teams. This cross-functional collaboration helps maintain grid reliability and ensures projects are completed safely and efficiently.

What are Transmission Protection Engineers?

Transmission Protection Engineers are specialized electrical engineers who design, implement, and maintain protection systems for high-voltage electrical transmission networks. Their primary responsibility is to ensure the safe and reliable operation of power grids by detecting faults and isolating affected sections to prevent damage and widespread outages. They work with protective relays, circuit breakers, and other equipment to minimize the impact of electrical faults and maintain grid stability. These engineers play a crucial role in both the planning and ongoing operation of power transmission systems.

What are the key skills and qualifications needed to thrive as a Transmission Protection Engineer, and why are they important?

To thrive as a Transmission Protection Engineer, you need a solid background in electrical engineering, power systems, and relay protection, typically supported by a relevant engineering degree and professional licensure (such as PE). Familiarity with protection relay software, SCADA systems, and industry standards like IEEE C37 is essential, and certifications like NETA or NERC can be beneficial. Strong analytical thinking, attention to detail, and effective communication are standout soft skills in this role. These skills ensure reliable power system operation, minimize outages, and promote safety and regulatory compliance in critical infrastructure.
What are popular job titles related to Transmission Protection Engineer jobs in Georgia? For Transmission Protection Engineer jobs in Georgia, the most frequently searched job titles are:
What job categories do people searching Transmission Protection Engineer jobs in Georgia look for? The top searched job categories for Transmission Protection Engineer jobs in Georgia are:
What cities in Georgia are hiring for Transmission Protection Engineer jobs? Cities in Georgia with the most Transmission Protection Engineer job openings:
    Transmission Protection Engineer jobs near you
    Infographic showing various Transmission Protection Engineer job openings in Georgia as of July 2026, with employment types broken down into 93% Full Time, 3% Part Time, 1% Temporary, and 3% Contract. Highlights an 86% Physical, 4% Hybrid, and 10% Remote job distribution.
    Engineer-IV, V or VI, Transmission Support Engineer

    Engineer-IV, V or VI, Transmission Support Engineer

    Georgia Transmission

    Tucker, GA

    Full-time

    Posted 27 days ago

    Job description

    Supports activities associated with the installation and testing of protective relays and control equipment in the corporation's transmission substation facilities. Provides technical support and expertise for the troubleshooting and maintenance of protection and control equipment.

    This position will also lead the development of testing standards, policies, and procedures for transmission protective relaying for the test group. The Transmission Support Engineer will assist in developing and revising the Protection System and Maintenance Program (PSMP) and transmission relaying corporate standards. The Transmission Support Engineer will also ensure that replacement relays, monitoring equipment, meters, etc. meet all standards and assist in developing standards related to transmission monitoring equipment as needed.


    Education: Bachelor of Science in Engineering (Electrical preferred), other Engineering degree acceptable with emphasis on electrical engineering studies. Other degrees see Equivalent Experience.

    Experience: E-IV - Six years (four years with P.E.) of substation test or protection support engineer experience. E-V - Eight years (Six years with P.E.) of substation test or protection support engineer experience. E-VI - Ten years (Eight years with P.E.) of substation test or protection support engineer experience.

    Equivalent Experience: E-IV Bachelor of Science Degree - Technical (8 years of experience), or Bachelor of Science Degree or Other (9 years of experience). Associates Degree Technical (10 years of experience), or Non-degree with experience as Test Technician or Substation Maintenance (14 years of experience).

    E-V - Bachelor of Science Degree - Technical (10 years of experience) or Bachelor of Science Degree or Other (11 years of experience). Associates Degree Technical (12 years of experience) or Non-degree with experience as Test Technician or Substation Maintenance (16 years of experience).

    E-VI - Bachelor of Science Degree - Technical (12 years of experience), or Bachelor of Science Degree or Other (13 years of experience). Associates Degree Technical (14 years of experience) or Non-degree with experience as Test Technician or Substation Maintenance (18 years of experience).

    Licenses, Certifications and/or Registrations: Obtaining or actively pursuing a Professional Engineer License.

    Specialized Skills (e.g., typing, computers, software, tools and equipment uses, etc.): Working knowledge of using a laptop and relay test equipment to calibrate protective relays and metering panels. Must have the ability to read substation protection and control prints and equipment schematics. Must be proficient with ITS high voltage switching rules and procedures, performing switching, troubleshooting protection schemes, and reading currents. Must be able to pass a NERC CIP personnel risk assessment screening.

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