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Renewable Energy Laboratory (NREL) is inviting applications for one or two internship positions to work on in the area of power systems and power electronics interfaces. This position will perform dynamic
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partnerships that expand NLR’s impact on the national and international stage. Rapid advances in artificial Intelligence (AI), high-performance computing (HPC), quantum computing, automation is changing how we
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future high-load, high-IBR grids. This role is ideal for candidates who enjoy solving complex problems at the intersection of large loads and modern grid stability. Job duties and responsibilities include
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challenges, and power system stability concepts. Ability to perform tasks as assigned, with limited oversight and high degree of independence. Preferred Qualifications Strong understanding of small-signal
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, and defense science. Working across NLR’s energy, grid, and systems integration missions, the CRC leverages unique laboratory assets—including the ARIES Cyber Range—to conduct high-fidelity cyber
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languages like Python or Julia, including at least one programming language relevant to simulation, data analysis, visualization, optimization, and/or high-performance computing Strong writing, interpersonal
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bind and separate metals with high specificity. Key responsibilities the selected intern will include but may not be limited to: Protein production and purification Operating liquid handling robots
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devices Analyzing high-resolution data collected from electromagnetic transient (EMT) models of distribution feeders using Python Contributing and/or leading the writing of research papers and working
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responsibilities include: Conduct transient analysis (small-signal, transient, and voltage stability) for high IBR-dominated systems. Support large-scale power system studies (e.g., national-scale scenarios) using
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on a project that focusing on developing optimal sensor placement models to improve the visibility of distribution systems with high penetration of grid-edge DERs. The intern is expected to work closely