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and solid electrolytes. We are seeking candidates who will be able to design experiments and develop methodologies to design material compositions, ink rheological properties, and coating and drying
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join the LCA and Technology Assessment Department within the Energy Systems and Infrastructure Analysis Division and contribute to research evaluating the energy, environmental, material, and
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material behavior and electrochemical performance. Responsibilities also include analyzing experimental data, preparing manuscripts for peer-reviewed journals, presenting research findings at scientific
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Engineering, and our Q-NEXT partners. In addition to research activities, the candidate will be expected to play a pivotal role in mentoring students and fellow post-docs on various material-centric projects
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research in electrochemical processing and functional coatings. The primary goal of this work is aimed at advancing material design and surface modification for the electrodeposition of hard-to-deposit
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to understand material behavior and improve next-generation energy storage technologies. Key Responsibilities Develop and synthesize layered oxide precursor materials using a continuously stirred
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valued. In this role, you will also contribute to material preparation and characterization using laboratory-based analytical tools, including electron microscopy and atomic force microscopy. This is an
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at high temperature, high pressure, and high strain rates, in effort to address outstanding scientific questions regarding material behavior near and across the solid-melt transition and into the
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salt electrolyte formulations, including performance enhancing additives. Industrial experience with materials synthesis including material plating & solution-based processing. Experience with glovebox
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industry partners. Responsibilities will include designing and conducting experiments, developing slurry-based processing methods, building and operating materials recovery systems, analyzing material