ob Title: Engineer I/II/III - System Operations Center
Job Summary: A dynamic opportunity exists for an Engineer to join a leading electric transmission company's System Operations Center (SOC) team. The position involves supporting the evolving transmission grid by developing automated tools to enhance shift operations and improve overall efficiency. This role requires a background in power systems engineering, along with advanced computer programming skills to access and manipulate operational data stored in databases. The ideal candidate should have an interest in power system operations and data analytic.
The engineer will collaborate with the Operations Department to streamline tools that contribute to team success. This role also involves assisting with operating guidance related to protection schemes, FACTs devices, and operational policies and procedures. Additionally, the engineer will support the smooth operation of the infrastructure and contribute to the integration of synchro phasors into real-time system operations, working closely with the Wide Area Measurement System (WAMS).
Engineers in this role will vary from entry-level to senior levels, with responsibilities including evaluating, selecting, and modifying standard techniques, procedures, and criteria, requiring a strong technical background and problem-solving ability.
Key Responsibilities:
Develop and enhance automated tools to improve shift operations and overall system efficiency.
Provide operational guidance for protection schemes, FACTs devices, and other operational policies.
Collaborate with other departments to resolve inquiries related to real-time system operations.
Assist in the integration of synchro phasors into system operations, working with WAMS to identify new practices and policies.
Apply knowledge of power system operations and system protection to ensure reliability and efficiency.
Minimum Qualifications:
Engineer I: 0-2+ years of engineering experience. A partial year of relevant work experience (6 months or greater) counts as one year, and advanced degrees may substitute for experience.
Engineer II: 3+ years of engineering experience.
Engineer III: 5+ years of engineering experience.
Required Knowledge, Skills, and Abilities:
Understanding of power system generation, operations, and control.
Strong grasp of AC and DC fundamentals, including three-phase power systems.
Knowledge of transmission relay protection principles.
Programming skills in Python, C++, Java, or C#.
Experience with PSSE for power system model building and power flow analysis, including the use of the PSSE API.
Familiarity with inverter-based systems.
Knowledge of electric power distribution, system protection systems, and electrical/electronic instrumentation.
Ability to solve complex engineering problems analytically.
Strong project management, organizational, and planning skills.
Ability to work both independently and collaboratively.
Strong communication skills, both oral and written, including technical writing.
Proven decision-making abilities.
Ability to manage multiple tasks simultaneously and work under pressure.
Preferred Qualifications:
Prior experience in an electric utility power plant or Transmission System Operating Center.
Familiarity with using TARA for power flow and N-1 contingency analysis.
Ability to communicate complex engineering concepts clearly to a broader audience.
Experience with electric power plant, transmission, and distribution grid operations.
Required Engineering Criteria: Candidates must meet one of the following educational and licensee criteria:
A 4-year engineering degree from an ABET-accredited engineering program.
A 4-year engineering degree from a non-U.S. institution accredited through the Washington Accord (or its equivalent).
A 4-year degree in physics, chemistry, math, or engineering technology, combined with a post-graduate engineering degree from an ABET-accredited program.
A valid U.S. Professional Engineer license or prior licensee.
Education Requirements:
Required: Bachelor's degree in Electrical Engineering, Mechanical Engineering, or related fields.
Preferred: Master's or PhD in Electrical Engineering or related fields.
