Evaluating an Integrated Independent Study Model for Science-Art Collaborations

 KYRA R. SHAW , University of Wisconsin-Madison; KATHLEEN LU, Binghamton University; CHLOE HANSEN, University of Wisconsin-Madison; CATHY CHEN, Binghamton University; EMILY LOW, Binghamton University; MARY CAMPBELL, University of Wisconsin-Madison; EVE MILUSICH, University of Wisconsin-Madison; BRYON F. TUTHILL II, University of Wisconsin-Madison; ISABELA VELASQUEZ, University of Wisconsin-Madison; JESSICA HUA, University of Wisconsin-Madison 

 Abstract 

Science-art collaborations allow practitioners to exercise interdisciplinary skills and build relationship networks, while simultaneously presenting opportunities to teach about science through art. Yet collaborations between scientists and artists are limited by challenges such as identifying collaborators, accessing resources, and working across disciplines. To address these challenges, we integrated student artists into an ecology research lab, using a modified version of the independent study model, where researchers worked with six student artists to create visual artworks about wetland ecology. These student works were exhibited at a campus art show intended to informally educate about wetland wildlife research. Interviews with student artists showed that the collaboration offered them opportunities to grow career-relevant, interdisciplinary skills. Furthermore, visitor evaluations showed that attending the exhibit facilitated learning about wetland wildlife and ecological research. We provide reflections on and recommendations for building on this model, as one opportunity to reduce existing barriers to science-art collaborations in higher education settings. 

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Cultivating Changemakers: Global Health Education for Global Citizenship

Katelyn Tenuto, Josie Trainor, Alicia Wodika, Illinois State University

 Abstract 

Students in higher education are at a critical time of their lives when they are learning the importance of civic engagement and community. Presenting students with the principles of global health, ethics, health disparities, key content issues of communicable disease, gender, and women’s rights, are essential pieces of knowledge for developing the whole person and global citizen. At a mid-sized university in the Midwest, a global health course is an option for students to complete as a general education credit. After institutional review board approval was obtained in Summer 2024, a pre/post cross-sectional survey methodology was used to measure student (n = 179) attitudes (n =10, α = 0.878) and behaviors (n = 6, α = 0.845) and engagement (n = 17, α = 0.953) based on their learning in a global health general education course across four semesters. Results indicate a statistically significant increase in civic attitudes, behaviors, and engagement, with students having a strong sense of empathy and moral cosmopolitan views. 

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Increasing Students’ Scientific Self-Efficacy and Scientific Identity Through Community-Engaged Microbiology

Kelly Casey Carroll and Lyndsey Blair, Bellarmine University

 Abstract

Community-engaged (CE) microbiology courses allow students to apply microbiology concepts to real-world environmental challenges while contributing to community needs. Studies have demonstrated educational benefits of CE microbiology experiences, but less is known about their influence on psychosocial factors associated with STEM persistence. This study used the Tripartite Integration Model of Social Influence (TIMSI) to examine changes in students’ scientific self-efficacy, scientific identity, and scientific value orientation in a CE undergraduate microbiology course at Bellarmine University. Students partnered with Kentucky Watershed Watch (KyWW), a nonprofit organization focused on monitoring Kentucky waterways, to conduct water quality assessments and compare E. coli detection methods. Pre- and post-surveys revealed significant increases in students’ scientific self-efficacy, scientific identity, and confidence in microbiology laboratory skills, while changes in scientific value orientation were not significant. These findings indicate that CE microbiology courses can not only support students’ learning and integration into the scientific community but also contribute to community-based environmental efforts.

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