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the Superconducting Magnet Program (SMP) as a member of a team of physicists, engineers, technologists, and students. This postdoc will perform both metallographic microscopy and non-destructive image analysis using
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prototype detector systems. Design, set up, and execute experiments to characterize and evaluate detector performance. Analyze experimental data using advanced statistical and data analysis techniques, and
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to the optimization of detector design. Collaborate with technical and research colleagues to develop prototype detector systems. Design, set up, and execute experiments to characterize and evaluate detector
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science. Self-motived and milestones driven. Familiarity with data and image processing . Excellent communication skills, both oral and written as well as technical writing. Ability to learn rapidly and
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integration of diverse sources of information (seismic images, microearthquake monitoring, borehole geophysics and laboratory measurements) to produce plume images and detect seismogenic faults with high risk
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, and processes. The multidisciplinary MINES program led by Michael Whittaker, Gerbrand Ceder, Mark Asta, Martin Kunz, and Raluca O. Scarlat, will establish fundamental science for the synthesis
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technology, processes, and individual and organizational decision-making. For example : Decarbonization and electrification pathways. Cross-disciplinary science of deployment and technology adoption. Analysis
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techniques to study electrochemical phenomena. Strong experience in the use of in situ spectroscopy and microscopy, image processing, data simulation, modeling and numerical analysis of spectroscopic and
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imaging data. Experience with data processing on Linux clusters and/or High Performance Computing systems. Strong Python programming skills. How To Apply: Please visit Academic Jobs Online to create a