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National Laboratory of the Rockies · 4 months ago

Researcher II/III: EMT Modeling, Simulation and Analysis for Large-Scale Power Systems

United States

Full-time

Remote

Mid, Senior Level

$82K/yr - $147K/yr

2+ years exp

The National Renewable Energy Laboratory (NREL) is the nation's primary laboratory for energy systems research and development. The Researcher II/III role focuses on advancing electromagnetic transient (EMT) modeling and simulation for large-scale power systems, contributing to the transition of the power grid towards modernity with increased loads and inverter-based resources.

Clean EnergyCleanTechEnergyRenewable Energy

No H1B

Responsibilities

Modeling of power systems in various EMT-domain simulation platforms such as PSCAD, RSCAD or ParaEMT

Conduct EMT studies of the power system to address stability challenges for utility partners

Development of next-generation EMT Simulator and acceleration technologies

Maintain/enhance existing NREL simulation testbeds/platforms/tools for testing innovative research ideas

Prepare the results in form of reports and presentations

Write and publish results of analyses in peer-reviewed journals, transactions, conference proceedings, and/or technical reports

Qualification

EMT modelingPower systems simulationProgramming skillsInverter-based resourcesProject managementLeadershipTechnical writing

Required

Relevant Ph.D. in Electrical Engineering or Computer Science or related fields, or a relevant Master's Degree and required years of relevant experience

Strong background in power systems modeling and simulation

Strong expertise in EMT modeling and simulation (e.g., PSCAD, EMTP, RTDS, Hypersim, or similar platforms)

Solid understanding of inverter-based resources, power electronics, and system protection

Strong programming skills (e.g., Python, C/C++, Julia)

Demonstrated leadership in one or more areas of team, task or project responsibilities

Demonstrated experience in management of projects and ability to execute with a high degree of independence