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applications. A reverse modeling strategy will be used to design an optimum test matrix. This framework will enable modeling and predicting ion-irradiated mechanical properties using reduced test data, thereby
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detail-oriented undergraduate or graduate student to join our Material Assessment and Qualification (MatAQ) research group. The successful candidate will work on the testing, characterization, and
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for natural language interaction with the platform. Implement and evaluate security and privacy mechanisms for secure data sharing and system access. Participate in system testing using the TEEX Disaster City
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. Responsibilities: Assist in building and testing a library of SZF-matroidal graphs and SZF-realizable matroids Support development of software tools and design tests under faculty guidance Participate in and
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applications. A reverse modeling strategy will be used to design an optimum test matrix. This framework will enable modeling and predicting ion-irradiated mechanical properties using reduced test data, thereby
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applications. A reverse modeling strategy will be used to design an optimum test matrix. This framework will enable modeling and predicting ion-irradiated mechanical properties using reduced test data, thereby
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Experimental Design & Setup: Assist in the design, construction, and testing of an experimental apparatus. Simulation & Modeling: Run computational simulations to replicate and analyze experimental results