Job SummaryThe Power System Engineer is responsible for providing electrical engineering analysis and technical support for the planning, reliability, and operation of the electric power system. This role performs transmission planning studies, power system modeling, dynamic stability assessments, and system performance analyses to support operational and strategic decision-making. The engineer develops recommendations for system improvements, evaluates future system needs, and collaborates with internal teams, market participants, and regulatory organizations to ensure grid reliability and efficiency.
Key ResponsibilitiesGeneral Responsibilities- Perform electrical engineering analyses and provide technical support for electric power system planning and operations.
- Develop, maintain, and utilize power system simulation models to evaluate system performance.
- Analyze actual and simulated operating results and recommend solutions to current and future system challenges.
- Develop technical reports, presentations, and recommendations based on study findings.
- Support transmission planning, forecasting, and reliability assessment activities.
- Collaborate with internal departments, stakeholders, market participants, and regulatory entities.
- Engineer II & Engineer III Responsibilities
- Conduct steady-state, dynamic stability, and electromagnetic transient (EMT) analyses using power system modeling tools such as PSSE, VSAT, TSAT, PowerWorld, and PSCAD.
- Perform system studies using various operating scenarios and sensitivity analyses.
- Evaluate study accuracy and establish confidence levels for engineering recommendations.
- Support transmission planning studies, project evaluations, and technical and financial assessments.
- Assist with improvements to transmission planning methodologies and market forecasting processes.
- Provide planning-related input regarding market and protocol design issues.
- Prepare technical reports and procedures for internal management, NERC, Client , and other industry stakeholders.
- Review stakeholder-submitted reports for technical accuracy and completeness.
- Assist market participants with updating and validating power system dynamic models.
Senior Power System Engineer ResponsibilitiesIn addition to the duties above:- Serve as a Subject Matter Expert (SME) in transmission planning and power system analysis.
- Independently resolve complex engineering problems and technical challenges.
- Lead engineering studies and projects requiring advanced analytical expertise.
- Present technical findings to stakeholders, market participants, and regulatory agencies.
- Mentor junior engineers and analysts.
- Lead multidisciplinary teams in conducting complex power system studies.
- Maintain expertise in power system software applications and industry best practices.
- Lead Power System Engineer Responsibilities
In addition to Senior-level responsibilities:- Provide advanced technical leadership in transmission planning and power system analysis.
- Define complex study scopes, methodologies, and analytical approaches.
- Lead highly complex projects and strategic initiatives with significant organizational impact.
- Develop technical recommendations influencing departmental, program, and organizational decisions.
- Act as a recognized technical authority and primary contact for external stakeholders and transmission service providers.
- Guide and review the work of engineering teams while providing technical direction.
- Represent the organization in industry forums, stakeholder meetings, and high-impact projects.
Required Qualifications- Bachelor's degree in Electrical Engineering or a related field.
- Equivalent combinations of education and experience may be considered.
- Strong knowledge of electrical power systems, transmission planning, and system operations.
- Experience with engineering analysis, modeling, and simulation techniques.
- Ability to analyze complex technical problems and develop practical solutions.
- Strong communication, presentation, and technical writing skills.
- Ability to work independently and collaboratively in a team environment.
- Preferred Qualifications
- Experience conducting dynamic model quality testing and generator performance evaluations.
Experience performing large-scale dynamic stability studies using:- PSSE
- TSAT
- PowerWorld
- Experience with electromagnetic transient (EMT) analysis using PSCAD.
- Experience evaluating and updating power system dynamic models.
- Experience analyzing large load dynamics, including data centers and industrial loads.
- Experience assessing system impacts and reliability risks.
- Experience developing automation and simulation tools using Python.
- Experience assessing and mitigating sub-synchronous oscillation issues.
- Knowledge of NERC reliability standards and transmission planning methodologies.
- Experience within the electric utility industry.
Certifications- Professional Engineer (PE) License (Preferred)
- NERC-related certifications or industry-recognized power system certifications (Preferred)
- Experience Requirements
- Power System Engineer II
- Minimum of 1-2 years of progressively responsible experience as a Power System Engineer or in a similar engineering role.
- Electric utility industry experience preferred.
- Power System Engineer III
- Minimum of 3 years of progressively responsible experience as a Power System Engineer or in a similar engineering role.
- Electric utility industry experience preferred.
- Senior Power System Engineer
- Minimum of 5 years of progressively responsible experience as a Power System Engineer or related role within the electric utility industry.
- Lead Power System Engineer
- Minimum of 8 years of progressively responsible experience as a Power System Engineer or related role within the electric utility industry.
Technical Skills- Power System Simulation for Engineering (PSSE)
- PowerWorld
- TSAT
- VSAT
- PSCAD
- Python Programming
- Transmission Planning
- Dynamic Stability Analysis
- Electromagnetic Transient Analysis
- Power System Modeling
- Data Analysis & Reporting
- Microsoft Office Suite
Work Environment- This role requires strong analytical and problem-solving capabilities, with the ability to perform complex engineering studies and communicate technical findings effectively to both technical and non-technical stakeholders. The position may involve collaboration with regulatory agencies, market participants, transmission service providers, and cross-functional engineering teams.
