Accidental Scientists: How Undergraduate Research in Political Science Can Help to Patch the “Leaky Pipeline” in STEM Education

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PS: Political Science & Politics
Volume 56 Issue 4
Accidental Scientists: How Undergraduate Research in...
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Accidental Scientists: How Undergraduate Research in Political Science Can Help to Patch the “Leaky Pipeline” in STEM Education
Published online by Cambridge University Press:
31 January 2023
Lisa Mueller
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Lisa Mueller*
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Macalester College, USA
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Abstract
Education advocates lament the “leaky pipeline” in science, technology, engineering, and math (STEM), whereby students—especially minorities and women—drop out of STEM at successive stages of the educational system. Defining empirical political science as a branch of STEM, this article proposes that undergraduate research in political science can help to patch this leaky pipeline and expand access to scientific skills and habits of mind. I elaborate on three rationales to support my claim: (1) political science is a relatively diverse field of STEM; (2) college primes students to think like (political) scientists; and (3) students often encounter political science research opportunities for the first time as undergraduates, presenting an opportunity for faculty to “catch” those who selected out of STEM after high school. I substantiate my arguments by drawing on enrollment data, archival documents, the theories of John Dewey, and testimonials from former undergraduate researchers. I also recommend ways for political science departments to provide a meaningful STEM education by enhancing research programs.
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PS: Political Science & Politics
Volume 56
Issue 4
, October 2023
, pp. 506 - 511
DOI:
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© The Author(s), 2023. Published by Cambridge University Press on behalf of the American Political Science Association
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References
REFERENCES
Adcock
Robert
2007
. “
Interpreting Behavioralism
.” In
Modern Political Science: Anglo-American Exchanges since 1870
, ed.
Adcock
Robert
Bevir
Mark
, and
Stimson
Shannon
180
208
Princeton, NJ
Princeton University Press
Google Scholar
Alberts
Bruce
2022
. “
Why Science Education Is More Important Than Most Scientists Think
.”
FEBS Letters
596
149
–59.
10.1002/1873-3468.14272
CrossRef
Google Scholar
PubMed
Boaler
Jo
, and
Selling
Sarah Kate
2017
. “
Psychological Imprisonment or Intellectual Freedom? A Longitudinal Study of Contrasting School Mathematics Approaches and Their Impact on Adults’ Lives
.”
Journal for Research in Mathematics Education
48
):
78
105
10.5951/jresematheduc.48.1.0078
CrossRef
Google Scholar
Cetina
Karin Knorr
1999
Epistemic Cultures: How the Sciences Make Knowledge
Cambridge, MA
Harvard University Press
10.4159/9780674039681
CrossRef
Google Scholar
Clarke
Marie
2019
. “
STEM to STEAM: Policy and Practice.
” In
The STEAM Revolution: Transdisciplinary Approaches to Science, Technology, Engineering, Arts, Humanities and Mathematics
, ed. Armida de la Garza and
Travis
Charles
223
–36.
Cham, Switzerland
Springer
10.1007/978-3-319-89818-6_15
CrossRef
Google Scholar
Crossley
Nick
, and
Ibrahim
Joseph
2012
. “
Critical Mass, Social Networks, and Collective Action: Exploring Student Political Worlds
.”
Sociology
46
):
596
612
10.1177/0038038511425560
CrossRef
Google Scholar
Dewey
John
1910
. “
Science as Subject-Matter and as Method
.”
Science
28
31
):
121
–27.
10.1126/science.31.787.121
CrossRef
Google Scholar
Gismondi
Adam
, and
Osteen
Laura
2017
. “
Student Activism in the Technology Age
.”
New Directions for Student Leadership
153
63
74
10.1002/yd.20230
CrossRef
Google Scholar
Gonzalez
Heather B.
, and
Kuenzi
Jeffrey J.
2012
. “Science, Technology, Engineering, and Mathematics (STEM) Education: A Primer.” Congressional Research Service Report for Congress, August 1.
Google Scholar
Gray
William A.
, and
Albert
William
2013
. “
Create a STEM Pipeline for Students Who Become Engineering Majors Who Become Engineers
.”
Leadership and Management in Engineering
13
):
42
46
10.1061/(ASCE)LM.1943-5630.0000210
CrossRef
Google Scholar
Hillygus
D. Sunshine
2005
. “
The Missing Link: Exploring the Relationship between Higher Education and Political Engagement
.”
Political Behavior
27
):
25
47
10.1007/s11109-005-3075-8
CrossRef
Google Scholar
Homola
Jonathan
Pereira
Miguel M.
, and
Tavits
Margit
2020
. “
Legacies of the Third Reich: Concentration Camps and Out-Group Intolerance
.”
American Political Science Review
114
):
573
–90.
10.1017/S0003055419000832
CrossRef
Google Scholar
Loader
Brian D.
Vromen
Ariadne
Xenos
Michael A.
Steel
Holly
, and
Burgum
Samuel
2015
. “
Campus Politics, Student Societies, and Social Media
.”
Sociological Review
63
):
820
–39.
10.1111/1467-954X.12220
CrossRef
Google Scholar
Lowndes
Vivien
Marsh
David
, and
Stoker
Gerry
2018
. “
Introduction
.” In
Theory and Methods in Political Science
, ed.
Lowndes
Vivien
Marsh
David
, and
Stoker
Gerry
16
London
Palgrave
10.1057/978-1-137-60353-1
CrossRef
Google Scholar
McDermott
Rose
, and
Hatemi
Peter K.
2010
. “
Emerging Models of Collaboration in Political Science: Changes, Benefits, and Challenges
.”
PS: Political Science & Politics
43
):
49
58
Google Scholar
Mejias
Sam
Thompson
Naomi
Sedas
Raul Michael
Rosin
Mark
Soep
Elisabeth
Peppler
Kylie
Roche
Joseph
Wong
Jen
Hurley
Mairéad
Bell
Philip
, and
Bevan
Bronwyn
2021
. “
The Trouble with STEAM and Why We Use It Anyway
.”
Science Education
105
):
209
–31.
10.1002/sce.21605
CrossRef
Google Scholar
Mueller
Lisa
2022
. “Replication Data for ‘Accidental Scientists: How Undergraduate Research in Political Science Can Help to Patch the “Leaky Pipeline” in STEM Education.’” Harvard Dataverse. DOI:
10.7910/DVN/596TQ4
10.7910/DVN/596TQ4
CrossRef
Google Scholar
Nonnemacher
Jeffrey
, and
Sokhey
Sarah Wilson
2022
. “
Learning by Doing: Using an Undergraduate Research Lab to Promote Diversity and Inclusion
.”
PS: Political Science & Politics
55
):
413
–18.
Google Scholar
Rutherford
F. James
, and
Ahlgren
Andrew
1990
Science for All Americans
New York
Oxford University Press
Google Scholar
Schmidgen
Henning
2021
. “The Laboratory.”
Encyclopedia of the History of Science.
DOI:
10.34758/sz06-t975
10.34758/sz06-t975
CrossRef
Google Scholar
US Bureau of Education
1916
. “
The Social Studies in Secondary Education
.”
Bulletin No. 28
Washington, DC
US Bureau of Education of the Department of the Interior
Google Scholar
van den Hurk
Anniek
Meelissen
Martina
, and
van Langen
Annemarie
2019
. “
Interventions in Education to Prevent STEM Pipeline Leakage
.”
International Journal of Science Education
41
):
150
–64.
10.1080/09500693.2018.1540897
CrossRef
Google Scholar
van Deth
Jan W.
Abendschön
Simone
, and
Vollmar
Meike
2011
. “
Children and Politics: An Empirical Reassessment of Early Political Socialization
.”
Political Psychology
32
):
147
–73.
10.1111/j.1467-9221.2010.00798.x
CrossRef
Google Scholar
Van Dyke
Nella
1998
. “
Hotbeds of Activism: Locations of Student Protest
.”
Social Problems
45
):
205
–20.
10.2307/3097244
CrossRef
Google Scholar
Wilson
Edward O.
1998
Consilience: The Unity of Knowledge
New York
Vintage Books
Google Scholar
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Accidental Scientists: How Undergraduate Research in Political Science Can Help to Patch the “Leaky Pipeline” in STEM Education
Volume 56,
Issue 4
Lisa Mueller
(a1)
DOI:
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