(Sr./Lead) Stability Engineer I (II) (Engineering)
*Flexible Work Arrangement: Hybrid*
The Stability Engineer within PJM's Generation Modeling and Dynamic Studies (GMDS) Department will be responsible for conducting reliability and NERC compliance studies to ensure the stability of PJM's bulk electric system. This role supports:
Baseline reliability assessments as part of PJM's Regional Transmission Expansion Plan (RTEP), identifying system needs and recommending transmission enhancements.
Real-time operational support for stability-related concerns.
Stakeholder engagement, including presenting findings, discussing mitigation strategies, and addressing emerging industry issues (e.g., inverter-based resource behavior).
Participation in industry committees and working groups to provide technical guidance.
Oversight of consultant contracts, including scope development and review of deliverables.
The GMDS Stability Engineer will perform dynamic and steady-state reliability analyses to support PJM's planning and operational functions. Key responsibilities include:
Conducting baseline reliability studies under the RTEP to assess system stability and recommend transmission reinforcements.
Supporting PJM's Operations Stability Team with real-time stability concerns.
Presenting technical findings to stakeholders and facilitating discussions on mitigation strategies and industry challenges.
Representing PJM in industry forums and working groups.
Managing consultant engagements, including contract development, technical oversight, and review of study results.
Essential Functions:
Interpret and apply NERC standards relevant to PJM's role as a Reliability Coordinator, Planning Coordinator, and Transmission Planner.
Perform or review stability analyses using industry-standard tools.
Evaluate transmission reinforcements to address reliability and operational constraints.
Develop and maintain power flow and dynamic simulation cases.
Innovate and enhance analysis methodologies within the planning process.
Prepare technical reports, presentations, and documentation to support departmental and divisional activities.
Collaborate with generator and transmission owners to investigate and resolve dynamic stability issues.
Work cross-functionally across PJM divisions to address complex engineering challenges.
Represent PJM in external committees, task forces or stakeholder groups focused on planning and engineering topics.
Characteristics & Qualifications:
Required:
Bachelor's Degree in Electrical or Mechanical Engineering.
Minimum of 4 years of experience in Power Systems engineering.
Proficiency with power system simulation tools such as PSSE, DSA Tools, TARA, and PSCAD to perform dynamics studies.
Strong analytical, problem-solving, and communication skills.
Familiarity with NERC and IEEE standards.
Attention to detail and ability to produce high-quality technical work.
Experience in both quantitative and qualitative analysis.
Solid foundation in electrical theory and mathematical modeling.
Ability to troubleshoot and provide technical support.
Effective verbal and written communication skills.
Capacity to visualize and solve complex engineering problems.
Preferred:
Master's Degree in Electrical Power Engineering.
4+ years of experience in system planning stability studies.
Familiarity with PJM's operations, markets, and planning processes.
Advanced experience with PSS/E.
Strong presentation and training delivery skills.
Ability to communicate effectively across all levels of an organization.
