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computer chips. Your role will be to design processes for transforming resources into sustainable materials by modeling reaction pathways from first principles. The project will collaborate with a broad
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machine-learning or data analysis to massive datasets, scientists today rely on advances in and integration across applied mathematics, computer science, and computational science, as well as large-scale
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capabilities. It's an exciting time to join our growing team! What You Will Do: Design nanopatterned samples to be used in Bragg-Enhanced X-ray Absorption Spectroscopy experiments in collaboration with Molecular
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for rechargeable lithium-ion batteries. What You Will Do: Design and synthesize oxide and oxyfluoride cathode materials for rechargeable lithium batteries. Use electrochemical techniques such as cell cycling tests
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information can be used to design functional materials. The current focus is on microbial adhesion and self-assembly, with applications in critical minerals and materials (CMM) recovery, a high-impact area as
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: assessing, documenting, planning, implementing, teaching, developing, and evaluating a comprehensive nursing plan of care; delivering direct patient care; ensuring patient satisfaction; training and
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to field research. Experience with machine learning (ML) approaches to analyzing data. experience in student leadership or mentorship roles. Experience supporting the design and implementation of field
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Job Summary #CA-PS Under the direction of the Director of Marketing, Ticketing and Strategy this internship is designed to expose the individual to all aspects of athletic ticket operations through
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Principles of Community , our Clinical Strategic Plan and strategic vision for research and education. We believe you belong here. The University of California, Davis is an Equal Opportunity Employer. All