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The Bevan Research Group explores nanoscale materials and devices via 鈥渢echnology computer aided design鈥� (TCAD) to develop next-generation energy, computing, and sensing technologies. The ultimate goal of this research is to drive the discovery of new technologies through 鈥渆lectronic design automation鈥� (EDA). Through the application and development of advanced theoretical and machine learning methods, group members research materials problems limiting development of the aforementioned technological fields. Recent, ongoing, and previous research applications include: next-generation batteries, photo-electrolysis, supercapacitors, semiconductor devices, oxide electronics, molecular devices, CO₂ reduction, electrocatalysis, and advanced materials synthesis/growth. These efforts are rooted in the exploration of materials from their fundamental governing principles (e.g., quantum), whereby material properties are tailored through atomic-scale and nano-scale modeling methods. Research is often conducted in close collaboration with experimental groups to enable the rapid discovery of new materials & devices for energy, electronic, and sensing applications.

PhD Openings (2) - Li-ion battery materials