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Opening Doors: The rising proportion of Women and Minority Scientists and Engineers in the United States January 14, 2005 Supported by the Alfred P. Sloan.

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Presentation on theme: "Opening Doors: The rising proportion of Women and Minority Scientists and Engineers in the United States January 14, 2005 Supported by the Alfred P. Sloan."— Presentation transcript:

1 Opening Doors: The rising proportion of Women and Minority Scientists and Engineers in the United States January 14, 2005 Supported by the Alfred P. Sloan Foundation Richard Freeman Tanwin Chang Hanley Chiang

2 Three Messages 1. Substantial increase in proportions of PhDs for women and underrepresented minorities  something worked 2. “Attributable” largely to increase in BS degrees 3. Some evidence of policy contribution to improved diversity SUPPLY INCREASES BUT ACADEMIC AND RESEARCH CAREER PROBLEMS

3 1.1 Percentage of S&E Bachelor’s Degrees Earned by Females, 1976-2001 Source: Dept. of Health, Education, and Welfare, Office for Civil Rights; National Center for Education Statistics. Note: Chart refers to bachelor’s degrees earned by U.S. citizens / permanent residents at U.S. institutions.

4 1.2 Percentage of S&E Doctorates Earned by Females, 1976-2001 Source: Authors’ tabulations from the Survey of Earned Doctorates. Note: Chart refers to doctorates earned by U.S. citizens / permanent residents at U.S. institutions.

5 1.3 Percentage of S&E Bachelor’s Degrees Earned by Underrepresented Minorities, 1976-2001 Source: Dept. of Health, Education, and Welfare, Office for Civil Rights; National Center for Education Statistics. Note: Chart refers to bachelor’s degrees earned by U.S. citizens / permanent residents at U.S. institutions.

6 1.4 Percentage of S&E Doctorates Earned by Underrepresented Minorities, 1976-2001 Source: Authors’ tabulations from the Survey of Earned Doctorates. Note: Chart refers to doctorates earned by U.S. citizens / permanent residents at U.S. institutions.

7 1.6 Percentage of S&E Doctorates Earned by Asian-American U.S. Citizens, 1976-2001 Source: Authors’ tabulations from the Survey of Earned Doctorates. Note: Chart refers to doctorates earned by U.S. citizens / permanent residents at U.S. institutions.

8 2.1 Ratio of Doctorates to 5-Year Lagged Bachelor’s Degrees in S&E: By Demographic Group Source: Authors’ tabulations from data obtained from the Survey of Earned Doctorates and the U.S. Department of Health, Education, and Welfare.

9 2.2 Ratio of Doctorates to 5-Year Lagged Bachelor’s Degrees: By Field Source: Authors’ tabulations from data obtained from the Survey of Earned Doctorates and the U.S. Department of Health, Education, and Welfare.

10 2.3 Decomposition of 1981-2000 Change in F/M and Minority/ Majority Ratios among PhD Recipients (ln units) BA data lagged by 5 years compared to PhD data Min: Underrepresented Minority Change in Female/Male PhDs = 0.74, explained by: Rise in PhDs / BA (Females) 16% Rise in BA Females / BA Males. 70% Fall in PhD/BA (Males) 14% Change in (Min/Non-Min PhDs) = 0.82, explained by: Rise in PhD/ BA (Minorities) 30% Rise in BA Min / BA Non-Min 63% Fall in PhD/BA (Non-Min) 7%

11 3.1 Percentage of NSF Fellowships Awarded to Women, 1952-2004

12 3.2 Percentage of NSF Fellowships Awarded to Minorities Excluding MGF Awards, 1976-2004

13 3.3 Percentage of NSF Fellowships Awarded to Minorities Including MGF Awards, 1976-2004

14 3.4 Mean GRE Quantitative Scores for Individuals Intending Graduate Study in the Physical Sciences Source: ETS, Sex, Race, Ethnicity, and Performance on the GRE General Test, various years. Note: Racial/ethnic categories only consist of U.S. citizens.

15 3.5 Mean GRE Quantitative Scores of GRFP and MGF Applicants, 1976-2004: By Selected Demographic Groups

16 3.6 Estimated Determinants of Getting GRF Award, 1976-2004

17 3.7 Wide Variation in % Female/Minority Among Universities in Same Discipline, 1996-2000 Example for women: Economics 5 lowest (171 PhDs) 15% 5 highest (155 PhDs) 45% Example for minorities: Chemistry 5 lowest (439 PhDs) 2% 5 highest (303 PhDs)19%

18 Mean Deviation of Percent Minority from “Expected Percent Minority Mean deviation from Minority Fraction Simulation: Random Distribution of minorities. 1000 Runs Number of Simulation Runs Biology Depts. 6.8% Minority Value calculated from data: 0.073

19 Conclusions 1.Women and minorities have made strong gains in representation in the S&E workforce 2.Some evidence for policies and programs, but 3.Most of the gains can be explained by increases in Bachelors’ – potentially normal supply response 4.Economists’ view: If they are in the workforce, want to use them optimally  make career and life compatible: Childbearing issues for women Mentoring for minorities and women Role in team based science


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