Power System Studies Engineer

Core Responsibilities

• Modeling and Simulation
• Lead technical studies including steady-state power flow, transient stability, short-circuit, and electromagnetic transient (EMT) analysis.
• Develop and benchmark complex power system models using industry-standard tools such as Siemens PSS/e and PSCAD.
• Use, adapt, and develop Python scripts and third-party APIs to leverage automation, optimize data processing, enhance results visualization, and build/assess customized models.
• Strategic Technical Analysis
• Evaluate power system performance and compliance with various regional planning standards (e.g. NERC TPL, MOD, PRC, BAL, and FAC).
• Understand, evaluate, and provide recommendations related to other industry standards and requirements (e.g. IEEE 2800).
• Conduct interconnection studies for inverter-based resources (IBRs) including variable wind and solar resources and utility scale battery systems.
• Perform forensic analysis of power systems events, troubleshoot system performance issues and control interactions, and help model and provide recommendations to avoid future issues.
• Project Technical Leadership
• Ensure technical deliverables and project timelines are met and that the deliverables meet EPS’s high standards for quality and practicality.
• Identify technical risks in study results and propose mitigation strategies.
• Prepare technical reports and present project results/findings to varied engineering, management, and business stakeholders.

Requirements and Qualifications

• Education: Receipt of a BSEE from an ABET-accredited college or university. A graduate degree with a focus on power and energy is highly valued.
• Professional Status: Professional Engineering (PE) licensure is preferred. Candidates who are Engineers-in-Training (EIT) at the tail-end of their experience requirement and actively pursuing licensure will also be considered.
• Experience: Minimum of 4 years of experience in power system modeling, simulation, and analysis within a utility or consulting environment. Significant utility, consulting, vendor, or research lab experience is required.
• Location: This position is an important role in the growth of our new physical office in Bremerton, WA. Our office is located within walking distance of the Seattle-Bremerton ferry terminal, offering a straightforward commute for those living on the Seattle side. Bremerton offers a competitive cost of living while maintaining immediate access to the broader Puget Sound region. We may be willing to entertain hybrid configuration for the right candidate.
• Authorization: Must be authorized to work in the United States.
• Screening: Ability and willingness to complete a pre-employment drug test; EPS is a smoke-free and drug-free company.

Benefits

• Insurance: Comprehensive Medical, Dental, Vision, Life insurance, and Long-term Disability.
• Retirement: 401(k) with company contributions.
• Time Off: Paid time-off and holidays.
• Bonus: Performance-based annual bonus available.
• Support: Employee Assistance Programs, Additional supplemental insurance and vision insurance, and professional licensure (PE) support.

About the Role

This role offers a unique opportunity to perform and lead electrical system studies focusing on transmission reliability, interconnection, and integration studies for various generation types, and evaluate transmission system performance and compliance issues.