Lead Engineer - Transmission Planning

Lead Engineer
- Transmission Planning

Collaborate, perform, and lead reliability and/or economic driven studies including voltage, thermal, PV, transfer limit, short circuit, and stability assessments. Analyze and assess complex transmission systems at numerous voltage levels. Document and communicate results and recommendations as appropriate including data manipulation, report writing, and summary presentations.

Continually strive to innovate and integrate improvements to increase the precision and efficiency of transmission planning. Strive to seek out and develop subject matter expert skills as necessary to mentor and support the team to aid in the advancement of business needs.

Collaborate and interact with internal teams and industry peers on regional activities (e.g., NPCC, ISO's, etc.).

Develop and apply a thorough understanding of various planning criteria, guidelines, standards (e.g., NERC, NPCC, etc.) and analysis software packages such as PSS/E, TARA, and ASPEN. Participate in transmission and substation site inspections; attend industry workshops, training, and user group meetings as needs arise.

Utilize knowledge to influence and guide department engineers. Provide technical leadership in complex projects that have a wide impact on the department. Mentor, develop and support team in technical skills. Ability to collaborate across departments. Liaison/ direct contractors on company policy, standards, and best practices. Work independently with little supervision.

Theoretical Engineering knowledge:
Planning, Operations and Engineering Design, Analytics, Modeling & Calculation (e.g., sym. Components, per unit, etc.), Understanding the Business Model. Practical Engineering Experience/Application:
Planning, Operations and Engineering Design, Construction, (e.g., field experience, standardization, develop business case and defend in front of stakeholders). Engineering documentation:
Ability to adequately document and interpret engineering documentation, review, and approve engineering work done by others. Knowledge of Regulatory and Compliance Environment:
Local, State and Federal Regulatory Standards and Requirements (NERC, NPCC, ISO, PUC, etc.). Power System Studies
- Knowledge & Interpretation of Study Assumptions and Results: (e.g., Power Flow, Stability, Short Circuit, etc.). Software Proficiency
- Power System Analytics: (e.g., PSSE, TARA, ASPEN, Enfuzion). BSEE required with additional consideration given to applicants with Advanced Degrees or Certifications (e.g., MSEE, PE, etc.). 7+ years of experience (Industry Related).