Gendered Pathways to STEM Careers among Rwandan Adolescents

In the modern world, science, technology, engineering, and mathematics form the backbone of economic growth and innovation. Yet, a persistent gap remains in who gets to work in these fields. For decades, data has shown that women and girls are often underrepresented in areas like engineering and computing. This disparity is rarely just about access to schools; it is deeply rooted in how young people see themselves, what they believe they are capable of, and the social messages they receive about who belongs in a laboratory or a workshop. As teenagers move through secondary school, they begin to form concrete ideas about their future careers. During this critical window, their confidence, their exposure to real-world examples of scientists, and the stereotypes they encounter can either open doors or quietly close them. Understanding these pathways is essential if we want to ensure that the next generation of problem-solvers reflects the full diversity of society.

A recent study conducted in Rwanda offers a fresh and surprisingly optimistic look at this issue. Researchers from the Organization for Women in Science for the Developing World surveyed 859 secondary school students across the country, with a focus on understanding their dreams for the future. The team wanted to know if girls and boys felt differently about science careers, what kind of experiences shaped those feelings, and what obstacles stood in their way. The results challenge a common assumption: that girls simply lack the interest or confidence to pursue these fields. Instead, the data reveals that Rwandan girls are just as eager, and in some specific measures of intent, even more determined, to enter STEM careers than their male peers. The real story, however, is not about a lack of ambition, but about a gap between that ambition and the opportunities available to turn it into reality.

The survey painted a picture of a student body that is highly motivated. On average, students expressed strong interest in science subjects and believed deeply that skills in these areas would be vital for their future jobs. They also reported high confidence in their ability to succeed in these careers. When the researchers broke down the answers by gender, a clear pattern emerged. Female students rated the importance of STEM skills for future employment significantly higher than male students did. Furthermore, girls were more likely to state a definite plan to study science at the university level. While a majority of boys said they might study these subjects, a larger proportion of girls said they definitely would. Similarly, when asked how likely they were to consider a career in science, 66 percent of female students said "very likely," compared to 57 percent of male students. The data suggests that the barrier is not a lack of desire or self-belief among girls; in fact, their aspirations are robust and clear.

However, the study also uncovered a significant disconnect between these high hopes and the actual experiences students have had. Despite their strong intentions, more than half of the students had never participated in a science fair, visited a science museum, or conducted a science experiment outside of the standard school curriculum. Even within the classroom, a notable portion of students had never performed a science experiment. The researchers found a direct link between these experiences and future goals. Students who had engaged in hands-on activities, such as school experiments or seeing a scientist in real life, were more likely to express a strong intention to pursue a STEM career. The more types of real-world science experiences a student had, the stronger their career aspirations tended to be. This suggests that while students are ready to dream, they need more tangible ways to see what those dreams actually look like in practice.

Another crucial factor identified was the presence of role models. The study asked students if they knew anyone working in science, such as a relative, a family friend, or a specific man or woman in the field. The results showed that having these connections mattered. Students who reported knowing more people working in STEM fields expressed higher levels of confidence and stronger career intentions. Those with no connections to scientists reported the lowest levels of career certainty, while those with four different types of connections reported the highest. This finding highlights the power of visibility; when young people can see people like themselves or people they know succeeding in these fields, the path forward feels more attainable.

Perhaps the most telling part of the study concerned the barriers students perceived. When asked what might stop them from entering a science career, the most common answer from both girls and boys was a lack of role models or representation. While gender stereotypes were mentioned as a concern, they were not the primary hurdle cited by the majority of students. Interestingly, the lack of representation was reported as a barrier by a higher percentage of male students than female students, though it remained the top concern for both groups. This indicates that the issue is not necessarily that girls feel they are told they cannot do science, but rather that they do not see enough examples of people doing it. The absence of visible professionals makes the career path feel abstract and distant, regardless of how much a student wants to pursue it.

The researchers conclude that the challenge in Rwanda is not about convincing girls to want science, as their aspirations are already strong. The priority is to build the bridges that allow those aspirations to become reality. This means creating more opportunities for students to engage in authentic scientific activities, such as fairs, clubs, and museum visits, rather than relying solely on textbook learning. It also means establishing structured programs that connect students with diverse mentors and professionals who can show them what a career in science actually involves. By strengthening these pathways and ensuring that students have access to real-world experiences and visible role models, educators and policymakers can help translate the high hopes of Rwandan adolescents into a future where the workforce in science and technology truly reflects the potential of the entire population.