July 14, 2024


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Students achieve better grades in college science, technology, engineering, and math (STEM) courses when those classrooms have higher numbers of underrepresented racial-minority and first-generation college students, according to new research published in AERA Open.

While this link holds true for all , it is even stronger for students who are underrepresented racial minorities (URMs) and the first in their family to attend college. The authors found that in STEM courses with higher URM representation, the gap in grades between URM and non-URM students dropped by 27%. More impressive, the grade disparity between first-generation and continuing-generation students dropped by 56% in STEM courses with high first-generation representation.

Racial and in college grades and have been long-standing concerns in STEM programs, especially given the nation’s pressing need to grow its STEM workforce and the higher salaries that these graduates earn. In addition, the authors emphasize that all students benefit from the presence of URMs and first-generation students in the classroom.

“It’s really notable that improving racial and socioeconomic representation leads to benefits for everyone and reduces inequities at the same time,” said study co-author Nicholas Bowman, a professor of educational policy and leadership studies at the University of Iowa. “It is not a zero-sum game.”

Bowman conducted the study with Christine Logel (Renison University College), Jennifer LaCosse (University of Michigan–Flint), Elizabeth A. Canning (Washington State University), Katherine T. U. Emerson (Indiana University), and Mary C. Murphy (Indiana University). Their study analyzed data collected by the College Transition Collaborative, covering 11,868 undergraduates in 8,468 STEM courses at 20 U.S. colleges and universities from fall 2015 to summer 2017.

With the Supreme Court eliminating the use of race-conscious college admissions last June, the authors note their findings make clear what is at stake for students as institutions of higher education look to alternative ways to increase racial and socioeconomic representation.

“It is critical that colleges and universities redouble their efforts to create learning environments that have substantial diversity,” said Bowman. “This is especially true in the STEM fields, where there are long-existing equity gaps.”

Bowman noted the study is the first on this topic to use such a large, multi-institutional data set. It is also one of the first to examine the role of classroom representation of first-generation students. In addition, the authors accounted for potential student self-selection into certain types of courses or into classes with demographically similar peers and other possible explanations.

“The consistency of results across student and course characteristics drives home the importance of our results,” said Bowman. “Despite the presence of long-standing systemic inequities, policies that promote access for URM and first-generation students can make a difference when it comes to improving learning outcomes.”

More information:
Nicholas Bowman et al, The Role of Minoritized Student Representation in Promoting Achievement and Equity Within College STEM Courses, AERA Open (2023). DOI: 10.1177/23328584231209957

Provided by
American Educational Research Association

Citation:
Study shows diverse college classrooms linked to better STEM learning outcomes for all students (2023, December 6)
retrieved 6 December 2023
from https://phys.org/news/2023-12-diverse-college-classrooms-linked-stem.html

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