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This paper explores India's multifaceted challenges in teaching science at the senior secondary level across rural and urban regions. Science education is pivotal in shaping students' prospects in STEM fields, but various factors hinder its effective delivery. In rural areas, inadequate infrastructure, such as poorly equipped laboratories and the absence of qualified teachers, severely limits students' exposure to practical scientific learning. Although better resourced, urban regions face challenges related to overcrowded classrooms, insufficient individual attention, and an overemphasis on rote learning due to intense competition for university entrance exams [11]. Both rural and urban students suffer from a rigid, theory-heavy curriculum that lacks real-world relevance and fails to foster critical thinking or creativity. Socio-economic disparities further exacerbate the issue, as students from economically disadvantaged backgrounds struggle to access quality education, with rural students facing additional barriers due to poor digital infrastructure and economic hardships. Moreover, the digital divide, which widened during the COVID-19 pandemic, disproportionately affects rural students, limiting their access to online learning resources and technological tools. Gender disparities, particularly in rural areas, continue to hinder girls' participation in science education, driven by cultural norms and early dropouts. Additionally, the lack of career guidance in both regions reduces students' motivation to pursue science beyond the board exams. The paper concludes that addressing these challenges requires systemic reforms in infrastructure, teacher training, curriculum design, and equitable resource allocation to create a more inclusive and effective science education framework across India.