In contemporary science education, understanding the myriad factors that influence student motivation stands central to fostering equity and excellence. Among these factors, gender and socioeconomic status emerge as deeply intertwined determinants that shape academic trajectories, particularly in the STEM fields. Recent qualitative research conducted by Masjutina and Stearns, published in the International Journal of STEM Education in 2025, provides an illuminating exploration of how gender influences the motivations of students from low-socioeconomic backgrounds to pursue studies in biology. Their investigation reveals nuanced dynamics that transcend simplistic assumptions, offering critical insights for educators, policymakers, and researchers seeking to broaden participation in the life sciences.
The motivation to study biology—a discipline foundational to numerous scientific and medical careers—does not arise in isolation. It is molded by a complex web of social, cultural, and economic factors that include access to resources, exposure to role models, and prevailing gender norms. This study locally contextualizes these elements, focusing on low-income students who often face systemic obstacles both within and beyond the classroom. The inquiry specifically addresses how gendered perceptions intersect with economic limitations to influence the desire and determination to engage with biological sciences.
Masjutina and Stearns employed qualitative methodologies, including in-depth interviews and focus groups, allowing participants to narrate their experiences in their own words. This approach provides rich contextual data, revealing the subtle and overt ways gender shapes academic motivation. For instance, female students frequently reported internalizing societal expectations that biology is a “feminine” science, traditionally associated with caregiving and empathy-oriented careers. While this perception can encourage participation, it also risks reinforcing stereotypical role assignments that limit explorations into interdisciplinary or male-dominated STEM subfields such as biotechnology and bioinformatics.
Conversely, male students from low-socioeconomic status backgrounds often faced contradictory pressures. On one hand, traditional masculinity narratives discourage engagement in biology, which may be perceived as less prestigious or lucrative compared to fields like engineering or computer science. On the other hand, the pragmatic consideration of biology’s applicability to healthcare or environmental sectors motivated some male participants, particularly when they envisioned contributing to community well-being. These dual dynamics create a tension that influences the intensity and persistence of their commitment to studying biology.
Another pivotal finding centers on the role of mentorship and representation. The study underscores that students’ motivation is significantly bolstered when they encounter role models who share their gender and socioeconomic background. Such representation fosters a sense of belonging and combats feelings of alienation. Yet, in many disadvantaged schools, the scarcity of STEM educators from underrepresented groups perpetuates invisibility and disconnection. This absence can exacerbate disparities in motivation, as students struggle to see themselves in future scientific careers.
In analyzing gendered motivations, the authors also highlight the intersectionality of race and ethnicity, which often compounds the challenges faced by low-income students. Cultural narratives around gender and education vary widely among ethnic groups, influencing parental expectations and peer interactions. For some female students, cultural norms around domestic responsibilities compete with academic ambitions, making sustained engagement in biology more challenging. Male students similarly navigate divergent community values emphasizing traditional labor roles over academic pursuits.
Economic constraints remain an omnipresent backdrop shaping educational aspirations. Many participants expressed concerns about the affordability of higher education and the immediate need for income, which sometimes forced them to deprioritize long-term academic goals. Within this financial calculus, gendered expectations about breadwinning and caregiving roles further complicate decisions. Female students, for instance, often anticipated balancing family responsibilities alongside education, while male students felt pressure to achieve rapid economic stability.
The qualitative data illustrate that motivation is also profoundly linked to students’ early experiences with biology education. Access to well-resourced laboratories, interactive learning modules, and extracurricular science activities greatly influenced interest levels. Schools in low-income areas frequently lack these opportunities, creating gaps in engagement that gender stereotypes can either mitigate or intensify. For example, female students who encountered inspiring biology teachers often cited these encounters as pivotal, whereas male students similarly benefited from hands-on experiences that challenged notions of biology as a passive, memorization-heavy subject.
The authors also delve into the role of peer influence, demonstrating that social circles can either encourage or discourage biology study. Peer groups often reinforce prevailing gender norms, sometimes marginalizing students whose interests deviate from these expectations. Female students passionate about biology sometimes faced criticism for being “too nerdy” or unfeminine, while male students interested in biology confronted skepticism regarding their masculinity. These social dynamics add yet another layer of complexity to understanding motivation in this context.
Masjutina and Stearns further investigate how identity formation intersects with educational motivation. The construction of a scientific identity—a personal sense of oneself as a potential scientist—can be a decisive factor in sustaining engagement. Gender plays a critical role in this process, as societal signals about who “belongs” in science often exclude or marginalize students from low SES backgrounds. The study highlights narratives where students gradually embraced biology as integral to their identity, facilitated by affirming environments and successful role models.
Importantly, the research does not merely catalogue barriers but also uncovers resilience strategies employed by students. Some participants articulated a determination to defy gender norms and socioeconomic limitations, viewing biology as a pathway to transformative personal and community advancement. These narratives illuminate the agency of marginalized students and suggest pathways through which educators and institutions can nurture such resilience.
Another technical aspect explored involves the impact of curriculum content and pedagogical approaches on gendered motivation. The authors argue for biology curricula that incorporate diverse role models and emphasize the societal relevance of biological sciences, which can appeal broadly across gender lines. They also advocate for inquiry-based and experiential learning that counters traditional didactic methods, which often disenfranchise students lacking prior academic preparation.
The implications of Masjutina and Stearns’ study extend beyond biology education to broader STEM engagement strategies. Their findings support initiatives that target gender and SES simultaneously, promoting intersectional interventions rather than isolated programs. Their nuanced analysis challenges the efficacy of one-size-fits-all policies, urging tailored approaches that recognize the lived realities of students from underrepresented backgrounds.
Moreover, the research calls attention to systemic injustices inherent in educational structures. It foregrounds the need for equitable resource allocation, culturally responsive pedagogy, and community-centered support systems. Such structural reforms are vital to dismantle persistent barriers thwarting motivated students from realizing their potential in biology and related fields.
In sum, this qualitative investigation enriches the discourse on STEM education by exposing the intricate influences of gender within economically marginalized populations. Masjutina and Stearns chart a path toward more inclusive and effective biology education, emphasizing the centrality of identity, representation, social context, and pedagogy. Their work stands as a clarion call for educators, scientists, and policymakers committed to democratizing science learning and fostering a diverse future generation of biologists.
By integrating deep qualitative insights with robust theoretical frameworks, this study offers a transformative lens through which to view student motivation. It reveals that addressing gender disparities in STEM is inseparable from confronting socioeconomic inequities. Ultimately, empowering low-SES students to pursue biology requires a multifaceted strategy grounded in empathy, inclusivity, and systemic change—an imperative for the vitality of science education in the 21st century.
Subject of Research: The influence of gender on the motivations of low-socioeconomic status students to study biology.
Article Title: A qualitative investigation of the influences of gender among low-socioeconomic status students’ motivations to study biology.
Article References:
Masjutina, S., Stearns, E. A qualitative investigation of the influences of gender among low-socioeconomic status students’ motivations to study biology. IJ STEM Ed 12, 7 (2025). https://doi.org/10.1186/s40594-025-00531-9
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