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Gender gap in STEM education and occupation can be addressed through feminist pedagogy that supports inclusion and equity: suggests research

  • Writer: Lalit Kishore
    Lalit Kishore
  • 4 hours ago
  • 2 min read

 

Gender gap in STEM education and occupation can be addressed through feminist pedagogy that supports inclusion and equity: suggests research


A new citation of the work of Jaipur based educator and researcher, Dr Lalit Inshore, has been reported by Google Scholar on February 6, 2026. The work of Kishore (see inset clipping) has been cited by the researchers at University of Ibadan, Nigeria, while stressing the need to address the gender gap in STEM workforce cited the work of Inshore ‘Girls, Women in Science and Technology Education’

An AI search [1] on "jaipur based educator dr lalit kishore on 'Girls, Women in Science and Technology Education’" informs the following.

Jaipur-based educator and researcher Dr. Lalit Kishore advocates for the feminization of Science, Technology, Engineering, and Mathematics (STEM) education to bridge gender gaps. His work emphasizes breaking the "masculine image" of subjects like physics and using disruptive, gender-equitable pedagogy to increase women's participation in scientific fields.

The AI search further adds that the key aspects of Dr. Lalit Kishore’s approach to girls/women in STEM include the following

De-sexing STEM Education: He advocates for changing the curriculum and teaching methods to be more inclusive, dismantling the perception of science as a male-dominated domain.

Feminist Pedagogy: He promotes "ABCs of Feminist Pedagogy," which involves creating equitable choices for women and girls in education to meet, rather than be limited by, gender differences.

Practical & Low-Cost Solutions: Dr. Kishore has worked on projects aimed at encouraging girls' participation in science through hands-on, low-cost "toys and techniques" to overcome resource limitations.

Addressing Gender Bias: His research highlights that traditional, less-inclusive teaching in STEM contributes to fewer women entering these fields, calling for a "feminizing" of courses.

 

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