29 environment "American Conservation Experience" research jobs at Lawrence Berkeley National Laboratory in United States
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ionomers and interfaces in a wide range of energy and environmental applications, as well as will complement the existing strengths in the hydrogen and fuel cell program in advanced material-level
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original research independently and in collaboration in a multidisciplinary team environment. Present results at collaboration meetings, seminars, workshops and conferences, and publish in refereed journals
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researchers in a diverse team environment. Strong organizational and record-keeping skills. Desired Qualifications: Knowledge and experience with micromagnetic simulations. Experience with synthesis and
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algorithms applicable to windows and building facades and conduct research and analysis in the areas of energy, economics, the environment, the market, and technical aspects of energy-efficient equipment and
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an independent researcher with a high level of scientific judgment and initiative, as well as to collaborate with other researchers in a diverse team environment. Strong organizational and record
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(ICP-MS). Perform test cell fabrication using computer-controlled machine tools. Data workup and analysis using standard computational tools such as Matlab and/or python programming environments. Work
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and diverse team environment with scientists, engineers and students from diverse backgrounds. Members of the team for this project will span across LBNL, UC Berkeley, Caltech and University
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integrate new fields to demonstrate creative problem-solving skills. Ability and willingness to work in a team environment and collaborate with researchers from various backgrounds. Ability to work as an
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Lawrence Berkeley National Lab’s (LBNL ) Energy Analysis & Environmental Impacts Division has an opening for a Postdoctoral Scholar to join the team. Housing affordability and supply shortages
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collaborative environment. You will develop materials and correlative Spectro-microscopic workflows to characterize material and devices. In your work you will use advanced electron and optical methods