in computational biology from the University of Kansas. His doctoral work involved developing a generalized method for building protein-based switches and sensors that can be modulated by small molecules. His current research interests merge the two fields of microbiology and protein design and apply them to the study of outer membrane proteins of gram-negative bacteria. In the IRACDA program, he is working with Dr. Joanna Slusky on a novel method to block antibiotic efflux pumps through the design of peptide inhibitors to combat antibiotic resistant infections. He is passionate about diversification and increasing accessibility of STEM fields through integration of undergraduates in his research. In 2022, he took a Scientist (Antibody and Protein Engineering) position at 23andMe. in Botany from the University of Wisconsin-Madison and her M.S. in forest resources and biology, respectively, from the University of Washington in Seattle. During her dissertation, she focused on the mechanisms through which external temperature and day length cues are perceived at the molecular level and integrated at the whole-organism level to influence when plants flower. As an IRACDA fellow, Hannah is working under Professor Joy Ward in the Department of Ecology and Evolutionary Biology at the University of Kansas-Lawrence. She now studies the mechanisms through which changing levels of atmospheric carbon dioxide influence flowering by using molecular, physiological, and mathematical modeling approaches. She is passionate about broadening student interest in and confidence to participate in STEM fields and is developing ways to teach students how to integrate math and science through modeling. In 2022, Hannah accepted a position as assistant professor in biology at the Tennessee Technological University in Cookeville. in geology from the University of Wisconsin-Whitewater and her Ph.D. In paleobiology from the Department of Geophysical Sciences at the University of Chicago.
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