(Sr./Lead) Stability Engineer I (II)

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.