Abstract

The paper investigates the perceptions of young women during their vocational education and training (VET) in traditionally male-dominated STEM fields—science, technology, engineering, and mathematics—by analyzing mechanisms and actions addressing the female gender in gender-atypical career fields and reveals strategies young women apply when adjusting to the male-dominated educational and professional fields. The data originate from semi-structured interviews with young women (N = 71) who had chosen a STEM career and who were enrolled in VET in Swiss secondary schools. The results indicate different processes of gendering in VET, uncovering various mechanisms and symbolic actions which contribute to the (re-)production of a masculine culture in STEM professions. Furthermore, the study provides insight into the different strategies young women apply in order to adjust to gender-atypical educational and professional life domains. The paper calls for the visibility of gender inequality in VET in order to make changes toward less female dropout in STEM fields. Moreover, the paper also presents implications for HR professionals and practitioners and provides suggestions for debates about the shortage of (female) STEM workers. Little is known about women’s experience in gender-atypical tracks of VET. There is still a need to plug the leaks, i.e., reduce female attrition, in the STEM pipeline.

Highlights

  • International attention continues to focus on the shortage of individuals in STEM, especially the lack of women

  • In order to better understand the gender gap in STEM careers, our study focuses on young women’s experiences during their vocational education and training (VET) in career fields traditionally dominated by men

  • We report on the experiences of young women who enrolled in VET in STEM fields

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Summary

Introduction

International attention continues to focus on the shortage of individuals in STEM, especially the lack of women. Nosek et al (2002) have shown that women who choose a STEM course of study experience a mismatch with their chosen field. Passing through STEM career pathways women drop out remarkably more often than men, resulting in a much smaller proportion of women at the end of the pipeline. It is, crucial to improve our understanding of women’s experiences as they proceed along genderatypical career pathways, especially those which may lead to their decision to drop out of the pipeline of male-dominated STEM professions

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