NSF funds IUSE: Exploring the Effect of Shared Identities Between Instructors and Students in the Undergraduate Biology Classroom.
Katey submitted a grant with Co-PI Dr. Sara Brownell to examine the impact of LGBTQ+ instructors revealing their identities in college biology classrooms on students!
This project aims to serve the national interest by making STEM classrooms and disciplines more welcoming to all students. Individuals from marginalized groups often feel unwelcome and unrepresented in STEM. Students who encounter such feelings are less likely to persist in STEM majors than their peers. Instructors with a marginalized identity can positively impact students who share the same identity. However, it is unclear to what extent marginalized students know or know of instructors who share their identity, and whether this knowledge affects students’ college experiences. This project intends to assess impacts on students when biology instructors’ share their LGBTQ+ identities, including impacts on LGBTQ+ students’ sense of belonging in biology classrooms and college STEM communities. This knowledge may help to identify strategies that improve undergraduate students’ sense of belonging and capability in STEM, thus supporting greater success of students from diverse marginalized groups.
Marginalized stigmatized identities that carry negative stereotypes can be invisible because a person who carries these identifies must choose to reveal them. Currently, it is unclear how an instructor’s sharing of an invisible stigmatized identity may impact students
in science. These outcomes have been established as important predictors of students’ persistence in science. The project team will also examine how instructors’ sharing of their LGBTQ+ identity affects students’ perception of instructor likeability, competence, and relatability. A strong data management plan is in place to ensure data security and privacy. Although this work will focus on biology, the results of its efforts will likely be applicable in other STEM disciplines. The NSF IUSE: EHR Program supports research and development projects to improve the effectiveness of STEM education for all students. Through the Engaged Student Learning track, the program supports the creation, exploration, and implementation of promising practices and tools.