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Hip-Hop Culture and Digital Practice (MUS-202) uses the tools and language of contemporary hip-hop to help you better understand both the music and its cultural context. From day one, you’ll be immersed in the study, creation, and performance of music with an African American aesthetic and production style that is frequently underrepresented in academia.

The Grinnell Map the System team competed in the 2022 Map the System Global Final at Oxford University and finished in third place out of a field of 46 teams from around the world.

Bioorganic Chemistry (CHM 330) focuses on enzymes, proteins that are catalysts within cells. This in-depth study of enzymes allows you to explore advanced biochemistry, applying principles and techniques you learned in organic chemistry to the study of biological reactions.

In Seminar in International Trade (ECN 374), you will have the opportunity to study the theories of international trade, as well as to discuss and analyze trade policy issues and current research on international trade. Most important, you’ll conduct your own independent research under the guidance of Professor Utar and present your results

A unique Spanish course offers a community-centric approach based in service-learning.

The Grinnell College Museum of Art (GCMoA) is featuring the Jewel Box Quilters Guild Exhibition, which will run until Saturday, August 27. This exhibition showcases quilts of all sizes, techniques…

A classroom- and place-based course, Studies in Contemporary Spanish Literature and Film offers students with rich understanding of Spain and its culture.

In this Authors and Artists podcast episode, Charvann Bailey discusses her route to a doctorate in biology, the struggles of post-docking and bench science, and her decision to teach at a liberal arts college as well as her work trying to find new therapies to treat lung cancer.

Professor of Chemistry Mark Levandoski has been awarded a National Science Foundation (NSF) Re-Entry to Active Research program grant of $123,674 (CHE-2204419) to help him reengage in his academic research after a four-year period serving as one of the College’s associate deans and interim registrar. NSF funding will help him to expand his skillset and apply new techniques to understanding the mechanism of the receptors by learning a computational research approach called molecular dynamics.