The MNM group is a research group in the Department of Nuclear, Plasma, and Radiological Engineering (NPRE) at the University of Illinois Urbana-Champaign (UIUC), directed by Dr. Jianqi Xi. Our group primarily concentrates on developing integrative strategies to expedite the design of materials for advanced nuclear applications. More specifically, we will integrate multiscale modeling with advanced experimental techniques and state-of-the-art machine learning algorithms to elucidate the connections between microstructure/microchemistry, corrosion, and radiation responses in materials. The group aims to furnish essential approaches for steering the development of advanced materials and predicting materials degradation in nuclear reactors.
One fully funded position for a Ph.D. student from Spring 2027 is available at the MNM group. Students with a keen interest in engaging in fundamental research and implementing in-silico approaches are encouraged to apply. Individuals with a background in materials science, physics, chemical engineering, or mechanical engineering are especially encouraged. Previous research experience is desirable but not required. Open research projects include multiscale modeling of microstructural evolutions of materials in extreme applications, chemical degradation of materials in corrosive environments, data-driven materials design with desirable radiation/corrosion-resistant properties, and synergistic effects of radiation and corrosion on structural materials.
Interested undergraduates are invited to contact [email protected] including their CV and a few words to explain their research interests.