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.

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