Principal Engineer - Data Center Modelling

Electric Power Engineers (EPE) is an energy consulting and software solutions company focused on complex engineering and grid modeling challenges. The Principal Engineer will provide expertise in EMT studies, model benchmarking, large-load modeling, and generator interconnection studies while supporting clients, mentoring staff, and guiding strategic grid interconnection solutions.

Responsibilities:

• Perform EMT studies as well as model benchmarking studies in accordance with IEEE, ISO and Utility guidelines
• Serve as a subject matter expert on EMT/RMS model benchmarking as it relates to Large Load and generator interconnection studies
• Lead and perform advanced large‑load power system modeling and dynamic impact studies to assess system performance and interconnection requirements
• Serve as subject matter expert on modelling issues and model tuning specifically for EMT models
• Passionate about solving difficult technical problems, providing innovative solutions and taking ownership of the solutions provided
• Identify optimal strategy for project interconnection to the grid based on system impacts and grid capacity
• Collaborate with other teams within EPE to provide strategic guidance on market trends and modelling changes across multiple ISO’s in North America
• Develop and maintain relationships with key stakeholders, including clients, industry organizations, and regulatory agencies
• Stay up to date with emerging technologies, market innovations, and best practices in the energy industry to enhance the organization's offerings and capabilities
• Carry out additional duties as assigned

Requirements:

• 5 to 7 years of experience in the electric energy industry
• Experience in Large Load modelling and EMT studies
• In-depth knowledge of at least one EMT software package such as PSCAD
• Knowledge of modelling guidelines in ERCOT is required
• Experience in managing and mentoring technical teams
• Active participation in industry taskforces and/or working group
• Hands‑on experience performing large‑load modeling and analysis using industry‑standard tools, including PSCAD and PSS®E, with the ability to develop, validate, and interpret detailed steady‑state and dynamic simulation models
• Experience with developing EMT models for Large Load projects
• Experience leveraging AI and automation tools responsibly to improve quality, productivity and innovation
• Experience in generator modelling, EMT studies, transmission planning and interconnection studies is preferred
• Additional market experience is also preferred and a plus (PJM, SPP, MISO, NYISO, ISO-NE, and/or SERC)
• Experience with RMS tools and dynamic models (especially user defined RMS models) would be considered a significant plus
• Experience with developing EMT models for IBRs or HVDC projects would be considered a plus
• Automation experience (Python, C#, SQL) would be considered a plus
• Knowledge or real time simulation tools (RTDS, OPAL-RT) would be considered a plus