Reflections on Progress and Challenges

“On the tenth anniversary of this important day, and as we reflect on 30 years since the Beijing Declaration, let’s help pave a path to STEM careers that women and girls deserve – and our world needs,” remarked UN Secretary-General António Guterres.

Despite advancements in women’s representation in STEM fields globally and within India—where approximately 40% of STEM graduates are women—the workforce still shows significant disparity. As of 2021-22, only 14% of STEM jobs in India are held by women, illustrating ongoing systemic barriers.

The “Leaky Pipeline” Concept

The phenomenon known as the “Leak Pipeline” underscores the widespread attrition of women in STEM careers at critical junctures, particularly surrounding marriage, childbirth, and family responsibilities. This trend ultimately contributes to a notable underrepresentation of female researchers and innovators.

“In India, we have quite a high percentage of women up to the PhD level, followed by a huge drop… yet they make up fewer than 20% of working scientists,” says Dr. Shobhana Narasimhan, a nanoscientist and leader of the Indian Academy of Science’s Women in Science Initiative.

Disparity Across Disciplines

A recent study by BiasWatchIndia revealed stark contrasts in female representation among various STEM disciplines in India. The engineering faculties displayed the highest gender gap, hosting only 9.2% female faculty members, while biology saw the highest female proportion at 25.5%. Other fields like physics, computer science, and chemistry had female faculty ranging from 11.5% to 13%.

Moreover, a survey identified that merely 11.5% of materials science faculty are women, with some departments lacking female faculty altogether. These statistics are compounded by a significant citation gap, where male materials scientists in India enjoy a 10% higher field-weighted citation impact compared to their female counterparts.

Challenges and Institutional Barriers

Multiple factors contribute to the persistence of gender gaps in STEM. Dr. Narasimhan highlights the societal belief that women should prioritize familial roles over professional aspirations in science, which discourages many from fully engaging in demanding careers.

“There is a firm belief that women should be wives and mothers first and scientists second,” Dr. Narasimhan points out.

Discriminatory hiring practices exacerbate these barriers. For instance, at a prominent research institution, only 3–5% of female applicants were shortlisted for academic roles, compared to a more favorable 15–20% for male applicants. Such discrepancies hinder women’s opportunities for advancement within elite research groups.

Government Initiatives and the Need for Change

The Indian government has implemented initiatives such as Vigyan Jyoti and Women in Science and Engineering-KIRAN (WISE-KIRAN) to promote female participation in STEM. While these initiatives have successfully increased enrollment among girls, retention rates at higher education levels remain low, particularly as women enter the workforce. Currently, women represent only 27% of India’s STEM workforce, with a staggering 81% gender gap in research and development.

Workplace Conditions and Gender Bias

Gender bias, both overt and subtle, continues to shape recruitment, career progression, and evaluations in STEM. Women often face stereotypes that undermine their capabilities, adversely affecting their advancement within the field. Data from LinkedIn indicates that while women excel in STEM education, their presence in leadership roles drops sharply to just 14%.

Moreover, many women exit academia due to unsafe work environments, a lack of peer encouragement, and inadequate systems to address workplace misconduct.

Collaborative Solutions for Change

Achieving gender equality in science requires collective action. Dr. Narasimhan emphasizes that it is not solely women’s responsibility to initiate change.

“I tell them it’s not up to women and ask why they don’t do something about it, and they look at me in horror,” she adds.

This call for collaboration highlights the necessity for transparent, gender-neutral hiring processes, periodic reviews of hiring data, and training programs aimed at addressing implicit biases.

Encouraging Role Models and Community Engagement

Shifting societal perceptions is crucial for dismantling the notion that science is predominantly male. Educational initiatives that celebrate female scientists’ contributions can motivate young girls and encourage them to pursue careers in STEM.

The International Day for Women and Girls in Science serves as a reminder that significant hurdles remain in scientific fields, particularly in India. A cultural transformation, combined with proactive policies and active participation from individuals and institutions, is essential to address and resolve the gender disparities that persist in STEM.