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within any of the relevant disciplines of the humanities, social sciences, and computer sciences are welcome to apply. The ideal candidate is a postdoctoral scholar seeking to examine and develop research
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Rocketdyne. The work is oriented on the design and testing of various systems and components for applications with supercritical CO2, H2/NH3, molten salt and particle-based storage systems. The Postdoctoral
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Abilities Training and/or experience with: Programming of behavioral experiments and data analysis (MATLAB, Python, or equivalent), eye-tracking software and hardware (Eyelink or equivalent), MRI, eye
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strength assessment, and grid stability findings. Provide recommendations for mitigating potential stability risks. Collaboration: Work closely with power system engineers, control experts, and software
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simulation laboratory as well as supporting ongoing DOE projects. Candidates will be required to work in at least 4 of the following areas: Develop a functioning test bed using Opal-RT PHIL real-time platform
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, such as various kinds of chromatography, mass spectrometry, manual or automatic pipettes, fume hood, biosafety cabinet, Bunsen burner, etc; commonly used bioinformatics software or programming languages
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the development of wireless piezoelectric sensors, encompassing design, fabrication, and testing. Proficiency and experience in Wireless Surface Acoustic Wave Sensors or Bulk Acoustic Wave sensor development
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collaboratively and independently. Preferred Qualifications Equipment Utilized Will use typical laboratory equipment for biochemical, cell and molecular biology experiments. Will use software (Word, Excel
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-clinical and translational research. Works with the PI to develop scientific ideas into projects. Designs and performs experiments to test the hypothesis. Records and summarizes research data generated from
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cells and explants, human placental tissue, mice, rats, and guinea-pigs. The research group is now soliciting applications for a postdoctoral fellowship involving testing the novel and innovative idea