Bridging the STEM Gender Gap: Lessons from the WiSE Project

Women currently represent approximately 28% of the global STEM workforce, a figure that highlights a persistent disparity in technical fields despite women making up nearly half of the world’s population. According to the World Economic Forum, this gap is rooted in systemic barriers, including limited access to educational resources and a lack of female role models. The Women in Science, Engineering (WiSE) project, a three-year initiative launched by IEEE members in India, offers a framework for addressing these obstacles by combining hands-on technical training with community-based mentorship for rural students.

The Structural Challenges in STEM Education

The underrepresentation of women in STEM begins long before university enrollment. Data from the 2024 U.N. Global Education Monitoring Report indicates that women account for roughly 35% of STEM college graduates, a percentage that has remained stagnant for over a decade. In rural regions, these statistics are compounded by social pressures. Research from the Mahadev Maitri Foundation identifies that dropout rates for girls in rural India spike significantly between the ages of 11 and 14 due to factors such as early marriage, traditional gender roles, and the requirement for familial financial support.

Implementing the WiSE Framework

In 2022, IEEE Fellow Rajiv Joshi and IEEE Senior Member Rajesh Zele secured an US$80,000 grant from the IEEE Circuits and Systems Society (CASS) to launch the WiSE project. The initiative was designed as a five-day, immersive program hosted at the Indian Institute of Technology Bombay (IIT-B). Starting in 2023, the program hosted cohorts of 160 to 200 girls from rural and tribal areas in Maharashtra and Karnataka.

The program structure focused on two pillars:

• Break-Make-Program (BMP) Experiences: Participants engaged in hands-on engineering tasks, such as building remote-controlled robots and exploring microbiology, using kits developed by the IIT-B Advanced Integrated Circuits and Systems Lab.
• Role Model Engagement: The program featured “Winspirers”—successful Indian women from diverse fields including science, military, and agriculture—to provide mentorship and demonstrate career viability.

Ensuring Long-Term Impact Through Parental Accountability

A distinctive aspect of the WiSE model is the mandatory involvement of parents. To ensure the initiative’s impact extended beyond the five-day campus stay, organizers required parents to participate in quarterly online meetings with teachers and mentors. This commitment was intended to last for at least four years post-program, creating a support network designed to keep participants enrolled in school and focused on higher education.

Expanding the Model Beyond India

While the initial three-year WiSE program has concluded, the framework is currently being adapted by other IEEE CASS chapters. According to Rajiv Joshi, chapters in Bangalore and Kerala are integrating elements of the WiSE model into their own regional outreach efforts. For example, Alex James, dean at Digital University Kerala, has begun adapting the curriculum for students in his region. Similar efforts are being led by IEEE Senior Members Jayesh Tanwani and Suman Dwivedi in Karnataka, who are expanding STEM outreach to remote schools.

Key Takeaways

• Targeted Intervention: Programs that bridge the gap between rural education and technical skill-building can shift student interest from passive curiosity to active confidence.
• Community Buy-in: Involving parents and local community leaders is essential for overcoming socio-economic barriers to education.
• Scalability: The WiSE model demonstrates that providing tangible tools, such as build-it-yourself kits, allows students to continue learning and advocating for STEM in their own communities long after formal programs end.

The project highlights that while talent is universal, the distribution of opportunity remains uneven. By providing the necessary technical infrastructure and professional visibility, initiatives like WiSE aim to ensure that a student’s geographic or socio-economic circumstances do not define their potential for a career in science or engineering.