International Journal of Manpower · 2006 · 18 citations · 5 references
Social SciencesSecondary EducationDiscriminationEqual ProtectionGender PolicyEducational DiscriminationGender DiscriminationGirls' EducationSex DiscriminationStudent Demographics AnalysisWomen's EducationCourse Enrollment PatternsEnrollmentOccupational Sex SegregationSex Discrimination LawSex Enrollment PatternsTechnical Education ReformWomen's Technical Education
Purpose The purpose of this article is to document the extent of girls' under‐representation in nontraditional high school career and technical education courses, examine the role of sex discrimination in these disparities, and identify legal remedies for addressing the problem. Design/methodology/approach This article uses high school CTE enrollment data from 12 states to document female students' under‐representation in nontraditional courses and uses wage data to show the negative implications for girls' future earnings. Drawing on the experiences of female students, this study explains how sex discrimination contributes to their low rates of participation in nontraditional training. The study then discusses how laws and regulations at the federal and state levels may provide means to address such discrimination. Findings Finds high levels of sex segregation in CTE course enrollment, with female students making up on average 15 percent of students in nontraditional courses and 87 percent in traditionally female fields. Substantial evidence of sex discrimination in CTE makes a strong case for its role in contributing to girls' low enrollment in nontraditional courses. Varied state laws can be utilized to address this underlying cause. Originality/value While much research has looked at girls in math and science, less attention has been paid to their participation in nontraditional CTE. This paper offers quantitative evidence of girls' under‐representation in such courses and qualitative evidence of the role sex discrimination plays. Offers a unique solution by showing how state laws can be used to address such discrimination and increase girls' participation in nontraditional training.
5
Computers and classroom culture
Choice Reviews Online · 1996 · 349 citations
Education, Educational Psychology, Educational Technology +13
Career Academies: Impacts on Labor Market Outcomes and Educational Attainment.
James J. Kemple · MDRC · 2004 · 113 citations
BRIDGING THE GAP: GENDER EQUITY IN SCIENCE, ENGINEERING AND TECHNOLOGY
Mary Gatta, Mary Trigg · 2001 · 23 citations