Notable Faculty & Student Achievements
Professor of Chemistry Emily Niemeyer and Associate Professor of Chemistry Mike Gesinski published a chapter in the book Equity and Inclusion in Higher Education: Strategies for Teaching (University of Cincinnati Press, 2021). In their chapter, titled “Active Learning Pedagogies in the Introductory and Organic Chemistry Curriculum: Increasing Student Persistence and Success,” Niemeyer and Gesinski chronicle the Chemistry and Biochemistry Department’s move to active learning pedagogies and the effect these changes have had on improving retention of students from underrepresented groups in STEM fields. More information about the book can be found on the University of Cincinnati Libraries website .
Chemistry major Ethan Iverson ’21 presented his research project titled “Synthesis and Characterization of Three Schiff Base Constitutional Isomers and Their Respective Copper (II) Complexes” at the Spring 2021 American Chemical Society Virtual Convention. The poster presentation resulted from research that Iverson completed with Director of General Chemistry Labs Willis Weigand. Iverson was also awarded the Outstanding Senior Award by the American Chemical Society, which was presented at a virtual awards ceremony by the local Central Texas chapter.
Ethan Iverson ’21, a research student of Director of General Chemistry Labs Willis Weigand , has been invited to present his poster, “Synthesis and Characterization of Three Schiff Base Constitutional Isomers and Their Respective Copper (II) Complexes,” at the Spring American Chemical Society National Meeting. He was selected to present his poster during a live, online Inorganic Technical Division session on April 21, 2021.
Sean Calvert ’22, in collaboration with Associate Professor of Chemistry and Biochemistry Mike Gesinski, received the prestigious American Chemical Society Summer Undergraduate Research Fellowship (SURF). As a fellow, Calvert will receive funding to study gold catalysis over the summer under Gesinski’s mentorship. Additionally, Calvert has been invited to attend an awards ceremony, present his research at a poster session, and tour Pfizer Research and Development Labs in Groton, CT.
Assistant Professor of Chemistry Sara Massey coauthored an article titled “Photosynthesis Tunes Quantum-Mechanical Mixing of Electronic and Vibrational States to Steer Exciton Energy Transfer” in the journal Proceedings of the National Academy of Sciences of the United States of America. The peer-reviewed paper shows evidence that photosynthetic bacteria use quantum-mechanical mechanisms to protect themselves from oxidative damage. The paper was coauthored with scientists at the University of Chicago and Washington University in St. Louis.
Professor of Chemistry and the Herbert and Kate Dishman Chair in Science Emily Niemeyer published an article titled “Hands-on Experiences for Remotely Taught Analytical Chemistry Laboratories” in the journal Analytical and Bioanalytical Chemistry. The article is a contribution to the “ABCs of Education and Professional Development in Analytical Science” portion of the journal and is part of a series on teaching analytical chemistry during the pandemic. Coauthored with Joel Destino and Erin Gross from Creighton University and Steven Petrovic from Southern Oregon University, the peer-reviewed pedagogical article provides an overview of different methodologies that provide hands-on laboratory experiences to students in remote and hybrid analytical chemistry courses. The collaborative article stemmed from Niemeyer’s role as a facilitator at regional and national active-learning workshops for analytical chemistry faculty. Find the article here.
Garey Chair and Professor of Chemistry Maha Zewail-Foote published an article “Using Student-Centered Approaches to Teach the Biochemistry of SARS-CoV-2” in the journal Biochemistry and Molecular Biology Education.The article discusses pedagogical approaches to enhance science literacy and model authentic science inquiry in biochemistry. This same learning framework was used when the class quickly shifted to learning about the biochemistry of SARS-CoV-2 last spring.