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System Operations Jobs in Georgia (NOW HIRING)

Regulates system resources to accommodate Independent Power Producers' generation to meet schedules ... Independently operates gas fired resources to meet constraints imposed by Operational Flow Orders ...

Regulates system resources to accommodate Independent Power Producers' generation to meet schedules ... Independently operates gas fired resources to meet constraints imposed by Operational Flow Orders ...

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System Operations information

See Georgia salary details

$26.6K

$65.2K

$115.3K

How much do system operations jobs pay per year?

As of Jun 8, 2026, the average yearly pay for system operations in Georgia is $65,232.00, according to ZipRecruiter salary data. Most workers in this role earn between $33,400.00 and $86,500.00 per year, depending on experience, location, and employer.

What are System Operations?

System Operations refers to the management, monitoring, and maintenance of an organization's IT systems and infrastructure. Professionals in this field ensure that computer systems, networks, and servers are running efficiently, securely, and with minimal downtime. Their responsibilities often include system updates, troubleshooting technical issues, and implementing security protocols. System Operations teams play a critical role in supporting business continuity and technology reliability.

What are the key skills and qualifications needed to thrive as a System Operations professional, and why are they important?

To thrive in System Operations, you need a solid understanding of operating systems, network infrastructure, and incident response, often backed by a degree in IT or related certifications like CompTIA Network+ or Microsoft Certified Solutions Associate (MCSA). Familiarity with monitoring tools (such as Nagios or SolarWinds), configuration management systems, and ticketing platforms is typically required. Strong problem-solving skills, attention to detail, and effective communication help professionals excel in identifying and resolving system issues efficiently. These competencies ensure system reliability, minimize downtime, and support seamless business operations.

What are some typical challenges faced by professionals in System Operations, and how are they addressed?

Professionals in System Operations often encounter challenges such as managing unexpected system outages, coordinating incident responses, and ensuring minimal downtime during maintenance. These challenges are typically addressed through proactive monitoring, clear escalation protocols, and well-documented processes for incident management. Teams often collaborate closely with IT support, development, and security teams to resolve issues quickly and maintain system reliability. Continuous learning and regular training also help System Operations staff stay prepared for evolving technologies and threats.

What is the difference between System Operations vs Network Operations?

AspectSystem OperationsNetwork Operations
Required CredentialsTypically includes certifications like CompTIA Server+, Cisco CCNA, or Microsoft Certified: Windows Server FundamentalsOften requires Cisco CCNA, CompTIA Network+, or Cisco CCNP certifications
Work EnvironmentPrimarily involves managing servers, data centers, and enterprise systemsFocuses on managing network infrastructure, routers, switches, and network security
Employer & Industry UsageUsed across IT departments in various industries for maintaining IT infrastructureCommon in telecommunications, internet service providers, and large enterprise networks

System Operations and Network Operations share overlapping skills in IT infrastructure management but differ in focus. System Operations centers on server and system management, while Network Operations emphasizes network infrastructure and connectivity. Both roles are essential for maintaining a company's IT environment and often collaborate closely.

What are popular job titles related to System Operations jobs in Georgia? For System Operations jobs in Georgia, the most frequently searched job titles are:
Infographic showing various System Operations job openings in Georgia as of May 2026, with employment types broken down into 100% Full Time. Highlights an 100% In-person job distribution, with an average salary of $65,232 per year, or $31.4 per hour.

Real-Time Control & Data Acquisition Engineer (Level I - V)

Georgia Systems Operations

Tucker, GA

Full-time

Posted 20 days ago


Job description

This position is a member of the Energy Control Systems (ECS) Group and more specifically, the Real-time Control and Data Acquisition (RCDA) team. The RCDA Team has the overall technical responsibility for ensuring the Energy Management System (EMS) accurately represents the generation, transmission, and distribution assets of OPC, GTC, and the EMCs. This representation allows the generation and transmission control room operators the ability to economically dispatch generation, monitor facilities, control high side protective and sectionalizing devices, monitor alarms and events, collect and present accurate, reliable data in real-time.

Job Duties: Engineer I and II: Assists with implementing transmission, generation, and distribution projects into the EMS system in accordance with RCDA standards. Assists with engineering reviews relating to EMS functions such as databases design and integrity, communications integrity, metering data timeliness and quality, and other related systems ability to provide quality and timeliness of information. Supports studies or services for GSOC, GTC, OPC, and other ECS associates regarding EMS/SCADA operations, systems, and data.

This position is expected to assist other RCDA team members with EMS design and consulting services for EMC members. Engineer III - V: In addition to the responsibilities described above this individual is expected to possess power system, operational and EMS/SCADA knowledge. This individual should be able to provide technical assistance to the RCDA team members, operating, design, and field personnel.

This position is expected to participate and be the technical lead in performing engineering analysis. This position may be responsible for external interfaces with other departments and/or companies regarding EMS/SCADA planning, operations, standards, policies, and procedures. Required Qualifications: Education: Bachelor of Science in Engineering or Engineering Technology, with the preferred discipline being Electrical Engineering Experience: Engineer I: Zero to Two (0 - 2) years of EMS/SCADA experience which might include deployment, system design, communications protocols, database and display design with experience in substation and/or transmission line design is desirable.

Engineer II: 2+ years of EMS/SCADA experience which might include deployment, system design, communications protocols, database and display design. Candidate should have at least two (2) years of experience in power system operations. Some experience in substation and/or transmission line design is desirable.

Engineer III: 4+ years of solid experience in EMS/SCADA deployment, system design, communications protocols, database and display design. Candidate should have at least four (4) years of experience in power system operations. Additional experience in substation and/or transmission line design is preferred.

Work experience with a GE/Alstom EMS is preferred. Engineer IV: 6+ years of solid experience in EMS/SCADA deployment, system design, communications protocols, database and display design. Candidate should have at least six (6) years of experience in power system operations.

Additional experience in substation and/or transmission line design is preferred. Work experience with a GE/Alstom EMS is preferred. Engineer V: 8+ years of solid experience in EMS/SCADA deployment, system design, communications protocols, database and display design.

Candidate should have at least eight (8) years of experience in power system operations. Additional experience in substation and/or transmission line design is preferred. Work experience with a GE/Alstom EMS is preferred.

Equivalent Experience: Engineer I: A minimum of six (6) years of electric utility experience using EMS/SCADA in power system operations and/or a minimum of three (3) years of direct EMS/SCADA experience including deployment, system design, communications protocols, database and display design of power system equipment and operational components Engineer II: A minimum of ten (10) years of electric utility experience using EMS/SCADA in power system operations and/or a minimum of five (5) years of direct EMS/SCADA experience including deployment, system design, communications protocols, database and display design of power system equipment and operational components. Engineer III: A minimum of twelve (12) years of electric utility experience using EMS/SCADA in power system operations and/or a minimum of six (6) years of direct EMS/SCADA experience including deployment, system design, communications protocols, database and display design of power system equipment and operational components. Engineer IV: A minimum of fourteen (14) years of electric utility experience using EMS/SCADA in power system operations and/or a minimum of eight (8) years of direct EMS/SCADA experience including deployment, system design, communications protocols, database and display design of power system equipment and operational components.

Engineer V: A minimum of sixteen (16) years of electric utility experience using EMS/SCADA in power system operations and/or a minimum of eight (8) years of direct EMS/SCADA experience including deployment, system design, communications protocols, database and display design of power system equipment and operational components. Licenses, Certifications, and/or Registrations: Must obtain and maintain Bulk Electric System Cyber Authorized Status as defined in GSOC's CIP Cyber Security Policy 301 and NERC Reliability Standard CIP 004 - Personnel Risk Assessment Specialized Skills: Engineer I and II: Must be able to read and understand electrical schematic diagrams. Knowledge of CAD, MS Office, and a general understanding of computer databases and computer systems is desirable.

Candidate should have a general understanding of metering installations, metering calculations, Remote Terminal Units (RTUs), RTU configuration, Data Communications, SCADA Protocols, and Electrical Field Instrumentation. A good understanding of three phase power, phasor diagrams, and power calculations is expected. Should also be familiar with database access techniques (Access, SQLOracle).

Organizational skills, attention to detail, and customer/ team communications skills are needed to be successful. Engineer III - V: Must be able to read and understand electrical schematic diagrams. Knowledge of CAD software, MS Office, and a general understanding of computer databases and computer systems is required.

A firm understanding of three phase power, phasor diagrams, and power calculations is expected. Also should have an expansive understanding of metering installations, metering calculations, Remote Terminal Units (RTUs), RTU configuration, Data Communications, SCADA Protocols, and Electrical Field Instrumentation. Must be proficient in using database access techniques (Access, SQL, Oracle) to resolve data problems or ensure data quality.

Must have experience trouble shooting system problems involving real-time data communications systems. Candidate should be familiar with Oracle scripts, basic UNIX commands, and DNP 3 protocols. Experience with Data Historian preferred.

Excellent organizational skills, attention to detail, and customer/ team communications skills are needed to be successful. Travel: 15%. Travel may be required to provide support to our customer base located throughout the state of Georgia and to obtain training and/or attend seminars, etc.

Unusual Hours: Due to the critical nature and continuous operation of the Control Center, this position will be subject to calls and occasionally may be placed on call. This position is required to assist with the resolution of problems whenever contacted. The on-call support staff is responsible for correcting the problem, implementing a work around, or devising a work around.