Life choices should not be constrained by societal biases or an unsupportive environment. In the field of science, technology, engineering, and mathematics (STEM), women continue to lag behind men in enrollment and graduation rates. While girls often outperform boys in science and mathematics assessments, the underrepresentation in STEM careers remains a pressing issue. Concerted efforts are essential to cultivate opportunities for both genders in acquiring STEM-related skills, particularly amidst the burgeoning global digital economy.

The Impact of the COVID-19 Pandemic

The COVID-19 pandemic has illuminated both the critical contributions of women in science and the persistent gender inequalities they face. Female scientists, like Professor Sarah Gilbert, played pivotal roles in vaccine development, showcasing their capabilities. Yet, statistics reveal a disheartening trend: many women experienced job losses and educational setbacks during this period. Reports indicate that in certain regions, girls experienced learning losses greater than those of boys, and there was a significant decline in employment rates among mothers in the United States during the pandemic. Addressing these challenges is crucial to retaining women in STEM fields.

Strategies for Attraction and Retention

1. Open Pathways: Addressing Gender Bias

To encourage girls to aspire to careers in STEM, it is vital to eliminate gender bias in educational materials. Often, learning resources emphasize male figures in science and technology, sidelining female role models. Incorporating a diverse range of examples can reshape aspirations from an early age. Moreover, enhancing STEM curricula by connecting them to real-world applications and engaging teaching methods can foster greater interest among girls.

2. Support Systems: The Role of Mentorship

Mentorship and strong support networks are instrumental for women pursuing STEM careers. Research shows that female professionals with influential mentors are more likely to negotiate for better salaries and achieve higher job satisfaction. Male colleagues must also be allies in this endeavor; female engineers, for instance, are likelier to ascend to leadership positions when supported by male mentors. Collaboration with the private sector can further amplify these efforts through scholarships and internships targeting young women in STEM.

Case Study: The World Bank’s Initiatives

The World Bank has launched programs like the Adolescent Girls Initiative for Learning and Empowerment (AGILE) in Nigeria and the Skills and Training Enhancement Project (STEP) in Bangladesh. These initiatives aim to enhance female participation in secondary education and technical institutes, thereby empowering thousands of low-income girls with vital skills and resources to excel in STEM.

3. Removing Barriers: Improving Retention Policies

Women represent a small fraction of the STEM workforce and often face wage disparities and limited promotion opportunities. For instance, female-led start-ups received only 2.3% of venture capital in 2020. To close these gaps, organizations must remove institutional barriers that hinder female employment, such as restrictions against women in hazardous job roles. Additionally, policies promoting flexible working conditions, paid family leave, and childcare support can substantially improve job retention for women in STEM, benefiting all employees and organizations alike.

Looking Ahead

Now more than ever, it is essential to empower girls and women to pursue their goals and dismantle both overt and subtle barriers in STEM fields. The International Day of Women and Girls in Science serves as a vital reminder of the need for equal access and participation in scientific endeavors. Creating a supportive ecosystem within homes, educational institutions, and workplaces, backed by effective policies, is essential for nurturing the contributions of girls and women in STEM and ensuring a brighter future for innovation and technology.

We extend our gratitude to the World Bank’s EdTech team, including Cristobal Cobo, Marjorie Chinen, and Iñaki Sanchez Ciarrusta, for their insights and contributions to this article.