18 Design Postdoctoral positions at Lawrence Berkeley National Laboratory in USA in United States
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operating conditions. These responsibilities will include the theoretical modeling of coupled electro-thermal energy systems as well as the design and implementation of laboratory experiments. What You Will
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-level energy system analysis. Collect cost of materials and production economics data from publications and/or industry survey and expert elicitation. Design databases and engineering-based spreadsheet
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that can be used to screen for high emissions to design efficient decarbonization programs and improve California’s methane inventory. The postdoctoral scholar is additionally expected to contribute to other
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-quality technical publications. Excellent oral and written communication skills. Desired Qualifications: General knowledge of survey instruments and database design/management. General knowledge of building
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. The work will entail electrode design, device assembly, testing and associated diagnostics, component characterization and integration, and cell validation. You will collaborate with industrial and research
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various design options for the wholesale electricity market, and assess potential economic, financial, and social impacts of clean power system transition. You will help conduct literature review and data
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productively, independently and collaboratively as part of a diverse team. Desired Qualifications: Hands-on experience with optical and scanning electron microscopy. Hands-on experience with designing and
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accelerator physics. What You Will Do: Design, plan, install, perform, stabilize, and optimize laser-plasma particle acceleration, photon sources, and nuclear physics experiments on the BELLA laser systems
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advanced digital controls of laser systems including using field-programmable gate array (FPGA) systems. What You Will Do: Design and perform experiments to investigate spatial, temporal, and spectral
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Resource Research and Innovation Center (LiRRIC). MINES postdocs collaborate across disciplines to enable revolutionary advances in battery materials development from natural mineral resources