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MIT Physics Diversity SummitJan. 25, 2010
The Pre-Major in Astronomy Program (Pre-MAP)
Kevin CoveyFor the Pre-MAP team in the University of
Washington’s Astronomy Dept.
Take home messages
Research-focused interventions (such as Pre-MAP) increase under-represented students’ persistence in STEM fields
Departmental diversity efforts (such as Pre-MAP) can benefit a broad range of participants (inc. grad students, post-docs, faculty)
Context
Diversity discussions ongoing in dept. 2+ years
Diversity plan recently released
What next?
Spend other people’s money!
Context
Diversity discussions ongoing in dept. 2+ years
Diversity plan recently released
What next?
Spend other people’s money!
Importance of the Pre-Major Period
Building Engineering & Science Talent (BEST) Report, Feb. 2004
Advanced Degrees in Science and Engineering Total: 121,000
Bachelor’s Degrees in Science and Engineering Total: 391,000
First Time Freshmen Interested in Science and Engineering Total: 647,000
First Time Freshmen Total: 2,194,000
High School Graduates Total: 2,485,000
Non-Minority Men Minority Men Minority Women Non-Minority Women
6%
37%
34%
41%
45%
56%
40%
31%
41%
37%
4%
5%
35%
9%
12%
10%
12% 14%
15%
16%
Milestones in Higher EducationEducation Milestones by Race/Ethnicity and Gender
(Rounded Numbers)
Importance of the Pre-Major Period
Ishanti 2006 (Journal of Higher Ed., vol. 77, iss. 5, pg. 861)
Research as a Tool to Reduce Attrition
Can decrease attrition by 25% (7.2% from 9.6% for 1,280 students in controlled sample. Nagda et al. 1998, Rev. Higher Ed. 22.1 55)
Produces self-reported increases in:
confidence in research skills (Seymour 2004)
interest in STEM careers (Zydney 2002)
intent to obtain a PhD (Hathaway 2002).
Pre-MAP: Retaining First Year College Students
see http://www.astro.washington.edu/users/premap
Pre-MAP: Goal & Tools
Graduate In STEM in Astronomy
Tools:
Research motivation & scientific skills
Tutoring & advising strong academic background
Mentorship navigate institutions
Cohort building support network in crises
Pre-MAP: Structure
Autumn quarter seminar
5 weeks: instruction in research skills (e.g. Unix)
5 weeks: small group research projects (self-selected!) with faculty/post-doc/grad mentors
interspersed:
academic prep. (time management, exam reviews)
community building: observing nights, final quarter presentations
link to Astro 102: math based intro course
Pre-MAP: Structure
Winter-Spring:
continue research symposium presentation
field trips
ongoing advising/mentoring
Pre-MAP: Longevity
Pre-MAP: Impact for Students
3 Pre-MAP graduating seniors 2 STEM grad students
Pre-MAP: Impact for Students
Pre-MAP: Impact for (Grad.) Students
Pre-MAP run with significant grad. student leadership
1 Prof., 1 staff, 4 postdocs, ~8 grads
Provides venue for grads to develop leadership, mentorship, organizational skills
Builds community at grad level
Pre-MAP: Impact for Faculty/Dept.
Ready-made broader impact statements
Institutional prestige w/ administrators & students
Greater cross-section w/ students & understanding of capabilities
Exporting Pre-MAP
Resource requirements:
Relatively low financial overhead (2 TA slots, part time staff)
Significant time commitment (~8 grads, 4 postdocs volunteering time)
Pre-MAP model documented:
Handbook describing curriculum, logistics, mentoring tips, etc.
http://www.astro.washington.edu/users/premap/diy/premap.html
Take home messages
Research-focused interventions (such as Pre-MAP) increase under-represented students’ persistence in STEM fields
Departmental diversity efforts (such as Pre-MAP) can benefit a broad range of participants (inc. grad students, post-docs, faculty)
Thanks & Questions!