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Massachusetts Institute of Technology | Cambridge, Massachusetts | United States | about 2 months ago
lifecycle costs, via a circular battery economy that depends on the complex interplay of technical, business, and regulatory factors. This research aims to develop a dynamic systems model that links
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Millholland (https://sarahmillholland.com/ ) and conduct research on exoplanet demographics, dynamics, formation, and evolution. The appointment is for two years, with the possibility of extension to a third
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: A strong foundation in nuclear fission reactor physics or thermal hydraulics; experience in nuclear reactor modeling and simulation; or experience with plant dynamics modeling and academic
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techniques, model validation and analysis, and database construction. PREFERRED: Experience with modeling of plasma dynamics (particularly turbulent transport and pedestal physics); experience with data-driven