RESEARCH
RESEARCH
The field of chemistry education and STEM education more broadly has been rapidly growing in the last half-century. Many studies have looked at what students know, how they think, or what they do in written assignments or problem solving interviews after they were engaged in in-class learning. While these post-hoc assessments are used as proxies for student learning, they do not give us insight into student learning as it occurs during the moment of interaction with other students or instructors in university chemistry and STEM classes. Gaining a deeper understanding of this in-the-moment learning accounts for how social and disciplinary aspects of learning intersect. Combining the study of in-the-moment learning with the study of instructor facilitation and class design through different theoretical and analytical lenses applied to the same in-class interaction data will allow us to make more direct recommendations for instructor facilitation and class design to foster deep, complex and holistic education.
The Caspari research group develops tools to study and foster in-the-moment learning. We conceptualize learning as the transformation of meaning through opening and filling of student needs in ways that are continuous with student prior experiences and change student discourse to transform this old meaning into something new. To study this learning, we use qualitative research methods to identify the underlying questions that drive student learning, how these needs are opened and filled in interactions, and how new and old ideas are connected in this process. We also use the identification of typical student needs to develop scaffolds for students when engaged in collaborative problem solving.
Example publication: Karch, J. M., Maggiore, N. M., Pierre-Louis, J., Strange, D., Dini, V., Caspari-Gnann, I.* (2024). Making In-the-Moment Learning Visible: A framework to identify and compare various ways of learning through continuity and discourse change. Science Education, 1-37. https://doi.org/10.1002/sce.21874
Ultimately, we want to improve student in-the-moment learning and one way of how we work on this improvement is the study and development of instructor facilitation practices. For example, we study how undergraduate learning assistants come back after having taken a class previously and facilitate student learning during small group discussions. We characterize this facilitation based on whose perspective is centered and what impact it has on student in-the-moment learning. This allows us to develop professional development for learning assistants and, in turn, study the impact of this professional development on their facilitation.
Example publication: Carlos, C. M. L., Maggiore, N. M., Dini, V., Caspari-Gnann, I.* (2023). Characterizing facilitation practices of learning assistants: An authoritative-to-dialogic spectrum. International Journal of STEM Education, 10, Article 38. https://doi.org/10.1186/s40594-023-00429-4
Videos for LA training with the authoritative-to-dialogic spectrum coming up soon
Area 3: Embedment of interactions in classroom and societal systems
Understanding what happens in interactions alone is not sufficient to support students to engage in deeper and more holistic learning, rather, a holistic understanding of the classroom and societal systems these interactions are embedded in is warranted. We thus identify how factors such as problem design, classroom rules and division of labor, and oppressive systems in greater society mediate learning and its facilitation as it occurs in moments embedded within these broader systems. Our understanding of how these factors impact student learning relies on comparing data sets of different classes or different iterations of the same class with intentional changes of factors such as problem design or explicit communication of values allowing for evidence-based revision of learning environments.
Example publication: Karch, J. M., Mashhour, S., Koss, M. P., Caspari-Gnann, I.* (2024). Expansive Learning in the Learning Assistant Model: How instructors' goals lead to differences in implementation and development of LAs' practices. International Journal of STEM Education, 11(1), 37. https://doi.org/10.1186/s40594-024-00496-1
Projects span across all three areas
Unique to the Caspari group’s work is that projects do not fall into one of these areas but span across multiple areas. To do so, we intentionally combine complementary theoretical and analytical frameworks. Thus, we can move beyond a description of separate phenomena of learning, facilitation, and class design towards an investigation of how one impacts the other. An example of this is our Facilitation Practices of Learning Assistants project, where we use a combination of cultural historical activity theory, theory on authoritativeness and dialogicity, and practical epistemology analysis to understand what classroom factors drive LA facilitation and how LA facilitation impacts student learning. This work is generously supported by the National Science Foundation (NSF DUE 2000603).
Example publication: Maggiore, N. M., Powers, K. P., Lwanga, K. L., Caspari-Gnann, I.* (2024). The impact of learning assistant facilitation practices on student in-the-moment learning. International Journal of STEM Education, 11, 46. https://doi.org/10.1186/s40594-024-00506-2