Power System Engineer III

Accountabilities

• • Perform and lead generation integration and load interconnection studies within the WECC footprint.
  • Evaluate grid capacity and system impacts to identify optimal interconnection strategies for new generation and load projects.
  • Support interconnection projects through power system modeling, due diligence, technical analysis, and engineering assessments.
  • Create, develop, and validate PSS/E, PSLF, and PSCAD models for renewable energy resources, including solar PV, battery energy storage systems, and wind generation.
  • Conduct and contribute to specialized power system studies such as sub-synchronous resonance, protection coordination, arc flash, and transient overvoltage analyses when required.
  • Analyze complex technical issues and communicate findings and recommendations clearly to internal and external stakeholders.
  • Contribute to the development of innovative study approaches, engineering techniques, and organizational knowledge resources.
  • Participate in engineering meetings, conferences, and technical discussions, and communicate relevant findings and industry developments.
  • Manage multiple projects, tasks, and resources while maintaining quality, accuracy, and delivery expectations.
  • Build and maintain strong relationships with clients, colleagues, and other technical stakeholders.
  • Contribute to continuous improvement initiatives supporting advanced energy analysis and grid modernization.

  Requirements

  • 3+ years of professional experience as a Power Systems Engineer or in a closely related power engineering role.
  • Experience with generation integration, load interconnection, or power system studies is strongly preferred.
  • Practical experience developing or validating power system models using tools such as PSS/E, PSLF, and PSCAD.
  • Knowledge of renewable generation technologies, particularly solar PV, battery energy storage systems, and wind generation.
  • Understanding of grid capacity, system impacts, interconnection processes, and power system modeling principles.
  • Experience with specialized studies such as sub-synchronous resonance, protection coordination, arc flash, or transient overvoltage is a plus.
  • Strong analytical and problem-solving abilities, with the capacity to evaluate complex power system challenges and develop practical recommendations.
  • Excellent written and verbal communication skills, particularly the ability to explain technical concepts clearly to diverse audiences.
  • Strong organizational skills and the ability to manage multiple projects, priorities, and resources simultaneously.
  • Demonstrated ability to work collaboratively and build effective internal and external relationships.
  • Strong customer-service orientation and commitment to delivering high-quality technical work.
  • Ability to work independently while contributing effectively within a multidisciplinary team.
  • Willingness to travel occasionally, generally 10% or less.

  Benefits

  • Remote work opportunity.
  • Opportunity to contribute to renewable energy integration and the development of a more sustainable, secure, and resilient power grid.
  • Work on complex engineering and grid modeling challenges involving solar, wind, and battery energy storage technologies.
  • Exposure to advanced power system analysis and industry-standard modeling platforms.
  • Opportunities to contribute to innovative engineering methodologies and technical knowledge development.
  • Collaboration with experienced power and energy professionals across complex projects.
  • Opportunities to participate in engineering meetings, technical conferences, and industry discussions.
  • Occasional business travel of approximately 10% or less.