Resources
Everyone has a role to play in supporting girls to become empowered, access education for better life outcomes, and thrive. Teach For All is committed to supporting the global network to identify and address the barriers that keep girls from learning and fulfilling their potential through our Girls’ Education initiative. Learn more about gender equity, the issues facing girls around the world, and more in this curated library of resources:
Girls' Education
Gender Sensitive Sanitation: Opportunities for Girls’ Education
An article on the need for gender sensitive sanitation, including clean, safe, and separate toilets with access to water and garbage disposal. It highlights the lack of attention and access to quality menstrual hygiene management (MHM) in schools.
Girls' Education
Barriers to STEM Education for Rural Girls: A Missing Link to Innovation for a Better Bangladesh
This policy paper unveils the barriers to educational opportunities for rural girls in Bangladesh, focusing on STEM education. It uses a survey of 500 rural secondary-level schoolgirls, 100 parents, and 75 teachers from 30 rural schools in Gazipur.
Girls' Education
A Year to Clean Five Schools of Sexism – Shouldn’t Others do the Same?
An article on a pilot program run in five London primary schools by a nonprofit, Lifting Limits, that provides teachers with the skills and resources to recognize and correct gender bias and to support students in challenging gender inequalities.
Girls' Education
Measuring Gender Attitudes Webinar: Three Key Takeaways
An article about the UNGEI webinar on measuring gender attitudes, focusing on pilot projects in Sierra Leone and Cote D’Ivoire with Save the Children’s Jane Leer and a project in Haryana state, India with the CEO of Breakthrough, Sohini Bhattacharya.
Girls' Education
Math Looks the Same in the Brains of Boys and Girls, Study Finds
An article debunking myths that boys and girls start out with different cognitive abilities in mathematics. The finding challenges the idea that more boys end up in STEM fields because they are inherently better at the sort of thinking they require.