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Research (AMCR ) Division and the Center for Advanced Mathematics for Energy Research Applications (CAMERA ). In this role, you will develop new mathematical approaches and advanced computational algorithms
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and scattering techniques, and Lorentz transmission electron microscopy at large scale user facilities. Prepare manuscripts and reports. Publish research findings in high-impact peer reviewed technical
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support the research programs in the Electrochemistry Group aiming to develop next-generation batteries for use in electric vehicles. You will carry out research activities focusing on synthesis
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ecosystem ecology and soil science. Strong numerical modeling skills. Ability to design model experiments, visualize large data sets, and analyze results. Demonstrated ability to develop and deliver oral and
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, visualize large data sets, and analyze results. Demonstrated ability to develop and deliver oral and written presentations of results. Record of scientific publications. Desired Qualifications: Knowledge and
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and biochemistry, biology, statistics, AI, and computational science. The successful applicant will work closely with biologists and biochemists to develop biochemical data sets, and to develop AI and
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microbial metabolic strain engineering of non-model hosts for biofuel production from C1- substrates. You will have the opportunity to develop genetic tools and expression systems for recombinant product
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for presentation and viewing by internal and external project team members and the wider scientific community and prepare results for publication in scientific journals. This position has an anticipated start date
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discussions, and your understanding of biogeochemical principles and literature, develop hypotheses and experimental designs (field and lab) for testing them. Plan, coordinate, and execute fieldwork campaigns
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removal monitoring, and evaluation of outcomes. What You Will Do: Based on the RESTOR-C proposal, team discussions, and your understanding of biogeochemical principles and literature, develop hypotheses and