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electrochemical modeling of high-energy cells. A particular emphasis will be on high-rate charging of this cell, at several temperatures. The successful applicant will develop detailed physics- and chemistry-based
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of these positions will be electrochemical modeling of high-energy cells. The successful applicant will develop detailed physics- and chemistry-based transient mathematical models for cell charge and discharge, based
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become available as well as new machine learning-based approaches for modeling space-time trends. As a result, the postdoctoral researcher will assist with: (1) collect and manage a database of diverse
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(developed from satellite observations, ground monitors, and numeric modeling) with adverse birth outcomes including low birthweight, preterm birth, hospital service use, and mortality. Essential Functions
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, cryogenic systems, wideband gap materials, and Machine Learning based electrothermal analysis of devices. The Postdoctoral Associate will perform research under the direction of PIs – Dr. Samuel Graham and Dr
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-distance collaborative autonomy; ● Autonomous Unmanned Systems: aerial robotics, robot motion planning, digital twin development, robot navigation of complex terrain, and simulation-based verification
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the pyrolysis of pre-ceramic polymers. The goal of this project is to elucidate the polymer-to-ceramic transformation mechanisms for several model polymer-derived ceramic systems and to establish how
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computational modeling. The postdoc will carry out daily research tasks in the lab, including maintaining cell culture, protein expression, and purification, running biochemical/biophysical assays, protein
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of Aerospace Engineering, full-time, for at least one year, renewable for a second year upon satisfactory performance. Remuneration will be competitive and based on qualifications. The expected start date is Nov
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/. The Center for Health Information & Decision Systems (CHIDS) is an academic research center based in the Decision, Operations & Information Technologies (DO&IT) department at the Robert H. Smith School