What challenges do students encounter in a multi-semester, capstone undergraduate research experience, and what supports do they need to navigate those challenges? This week's episode features an open-access article exploring those questions.
See our full episode notes at: https://www.centerforengagedlearning.org/multi-semester-undergraduate-research-experiences/
What challenges do students encounter in a multi-semester, capstone undergraduate research experience, and what supports do they need to navigate those challenges? This episode highlights an open-access article that examines STEM graduates’ reflections on a three-semester capstone research sequence. Read the full article:
Colclasure, Blake C., and Tyler Granberry. 2025. “Challenges and Supports Experienced by Students Completing a Multi-Semester Capstone Undergraduate Research Experience: Reflections from Program Graduates.” Teaching and Learning Inquiry 13 (December): 1–17. https://doi.org/10.20343/teachlearninqu.13.57.
This episode was hosted, edited, and produced by Jessie L. Moore, Director of the Center for Engaged Learning and Professor of Professional Writing & Rhetoric.
60-Second SoTL is produced by the Center for Engaged Learning at Elon University.
Music: “Cryptic” by AudioCoffee.
Image in episode art is by Freepik.
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Jessie L. Moore:
What challenges do students encounter in a multi-semester, capstone undergraduate research experience, and what supports do they need to navigate those challenges? That’s the focus of this week’s 60-second SoTL from Elon University’s Center for Engaged Learning. I’m Jessie Moore.
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In “Challenges and Supports Experienced by Students Completing a Multi-Semester Capstone Research Experience: Reflections from Program Graduates,” Blake Colclasure and Tyler Granberry examine graduates’ reflections on a three-semester capstone research sequence. Their article appears in Teaching & Learning Inquiry, an open access journal.
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The authors focused on an undergraduate research experience sequence at a small liberal arts university in the United States. Students majoring in biology, biochemistry, chemistry, or environmental science take a sequence of three research courses in their third and fourth years of study. The first course supports students’ identification of a research topic and a faculty mentor, as well as their development of their research design. The second and third courses are variable credit—two- to four-credit hours—as students conduct their research with mentorship from their faculty research advisor. Students present their research at the university’s undergraduate research symposium and write a thesis.
In essence, this model pairs a course-based undergraduate research experience with credit-bearing, independent research experiences over at least three semesters. Although the authors don’t explicitly invoke signature work literature, I suspect that the combination of student agency and sustained inquiry result in learning experiences that might align with the core characteristics of signature work.
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As part of a larger research project about the STEM experience, the authors sought to understand the challenges students encountered during a three-semester, course-supported undergraduate research experience, and what supports and resources the students used while completing the experience. The authors used a qualitative, hermeneutical phenomenology research approach and interviewed 16 graduates who had earned undergraduate degrees between 2016 and 2020. Their semi-structured interviews were guided by 35 open-ended questions, which the authors share as an appendix to the article.
The researchers completed inductive coding using MaxQDA software and used transcripts of 4 of the interviews to establish intercoder reliability before coding the remaining interview transcripts. The researchers also conducted member-checking with each participant.
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In terms of challenges the students encountered, the study highlights three themes:
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In terms of supports and resources students used, the authors focus on five themes:
Notably, graduates viewed these challenges as meaningful learning experiences, helping them develop problem-solving skills, resilience, and a more authentic understanding of scientific work.
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For SoTL scholars and educators, this study reinforces the importance of intentional scaffolding, realistic expectations, community building, and sustained mentoring when designing multi-semester capstone undergraduate research experiences. For listeners interested in adapting this capstone experience, I encourage you to read this study alongside scholarship on signature work, capstone experiences, and the salient practices of undergraduate research mentors, and in the episode notes, I’ll link to some starting points for exploring those engaged learning experiences.
To learn more about this study, visit our show notes for a link to the open access article.
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Jessie L. Moore:
Join us for our next episode of 60-second SoTL from Elon University’s Center for Engaged Learning for another snapshot of recent scholarship of teaching and learning. Learn more about the Center at www.CenterForEngagedLearning.org.
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