Education Inequality in Hong Kong: Socioeconomic Disparities, and the role of Students for Science

By Carrie He Chinese International School

Every year, thousands of new households in Hong Kong fall below the government-declared poverty line, contributing to an overall poverty rate exceeding 20 percent. While this statistic is alarming enough, it conceals an even grimmer reality. Hong Kong’s poverty threshold is low by international standards, at about a third of the United States’, and with the average cost of living considered, the threshold fails to represent the struggles of many families (Oxfam Hong Kong). When housing, food, and transportation expenses are accounted for, many individuals who are not legally categorized to be facing poverty are unable to meet basic living standards. Among those affected, the repercussions are faced most by those supporting children, since financial hardship for them often translates directly to limited educational opportunity.

Though education has long been framed as one of the main avenues for upward social mobility, it has increasingly become an option inaccessible to most students from a disadvantaged background. While ‘regular’ students are able to enjoy a large variety of academic resources, private tutoring, and enrichment opportunities, low-income students face systemic barriers that limit access and outcomes. Globally, access to education is one of the biggest humanitarian issues to combat, and specific to Hong Kong, as Yiu Wing Cheung Sam identifies in Hong Kong’s Education Inequality, these differences not only represent individual problems but also imply structural inequities built into the city’s education system (Yiu).

Socioeconomic status (SES) is one of the most significant predictors of academic outcomes in Hong Kong. According to the information quoted in Yiu Wing Cheung Sam’s text, in the year 2020, the number of poor children in Hong Kong stood at 85,900 with government intervention measures, accounting for a child poverty rate of 8.4 percent. However, the year 2011, when the issue of access to education was less unattended, the number of poor children surged to 274,900 with a poverty rate of 27 percent (Yiu). This information suggests how deeply rooted poverty is in society, even in a high-income city like Hong Kong. Furthermore, the educational consequences of this inequality are extreme. In 2011, it was reported that only 36.6 percent of Hong Kong teenagers from low-income families attained a college degree, compared to 85.5 percent of their peers from higher-income households (Yiu). This stark difference illustrates how poverty directly restricts access to higher education, and hence limits long-term prospects, demonstrating the intergenerational cycles of disadvantage underprivileged individuals are often stuck in.

Fig 1. Hong Kong's Education Inequality

Additionally, the matter is further explored in the University of Hong Kong’s PISA blog, which states that students from lower socioeconomic backgrounds tend to underperform academically compared to their more privileged peers. This is not due to a lack of ability, but more so caused by unequal access to learning resources, environments, and support systems (HKU PISA). The children’s underperformance can also be related to the psychological concept stereotype threat theory, where the overwhelming stress of wanting to fight the stigmas imposed on an individual causes them to be less focused on the assignment at hand, and underperform. In this case, the conventional label associated with poverty like ‘laziness’ and ‘lack of intelligence’ is poor onto the children in time constricted situations, leading to an academic result that is misrepresentative of their actual abilities (Evan Choi, et al.). Such findings challenge the reliability of the performance-based nature of Hong Kong’s education system, revealing how socioeconomic factors shape outcomes long before examinations take place.

Sham Shui Po, one of Hong Kong's poorest districts, particularly demonstrates these system inequalities well. According to the Census and Statistics Department, Sham Shui Po typically has significantly higher poverty rates compared to the rest of the city, with child poverty being especially profound. Specific to primary students living in poverty, while education is publicly funded, not only are educational materials expected to be paid by the parents, but due to the academically competitive nature of Hong Kong, private tutoring, workshops, and extracurricular activities have become normalised components for children as young as 6. Though such intensive activities should not be necessarily promoted, as the HKU PISA blog notes, low-SES students are far less likely to participate in such activities, placing them at a cumulative disadvantage as academic demands increase (HKU PISA).

Science education is one area where this gap is particularly evident. STEM learning often requires hands-on experimentation, yet resources are not always available in public schools. As a result, science is frequently taught through a textbook, reducing student engagement. This approach also fosters a perception that the subject is irrelevant, a belief that is particularly pronounced among younger students who require stimulation to retain information.

Other factors that reinforce education inequality include psychological and cultural factors. Oftentimes, children from low-income families are more likely to develop an awareness of financial limitations earlier in their lives. In Yiu’s analysis, it states that many students avoid asking for extra opportunities out of fear of burdening their families (Yiu). The research continues that such students may internalise lower expectations for themselves. Connecting to the stereotype threat theory as stated above, this could cause a reduction in motivation and academic confidence of the student over time (HKU PISA).

In a society with structural, economic, and psychological barriers, Students for Science plays a crucial role in fighting these inequalities. Recognising the manifestation of the issue across districts like Sham Shui Po, the organisation seeks to address education in STEM among low-income primary students, aligning its mission with Goal 4 of the United Nations’ Sustainable Development Goals: ensuring inclusive and equitable quality education.

Students for Science offers interactive and financially viable science kit sets that straightforwardly explain simple scientific concepts to primary students, regardless of their prior knowledge. By doing so, many kids in Sham Shui Po have the opportunity to engage with science in a hands-on manner, rather than simply absorbing facts and knowledge passively. Another strategy the organisation adopts is free, in-person science lessons, which provide additional opportunities beyond school. Their lessons create supportive environments where students are allowed to question freely without judgment, fostering curiosity and emotional safety on a solid foundation for their future and educational pursuits.

When interviewing external educators working with Students for Science in Sham Shui Po, they stated that there were notable changes in student engagement once regular sessions were established. According to one of the staff members, "(student name) was always asking when the teachers were coming back." Children who were previously quiet or uninterested in class often became more confident and focused. In addition to the findings from the HKU PISA blog, this emphasised the positive impacts that supportive learning environments have on lowering the effects of low SES on academic progress (HKU PISA). These responses highlight how education inequality affects not only academic outcomes but also family dynamics and emotional well-being.

As Hong Kong positions itself as an innovation-driven economy, STEM education has become increasingly important. However, as Yiu Wing Cheung Sam argues, without addressing educational inequality, the technology advancements will only benefit privileged segments of the society (Yiu). In today's age, early STEM exposure should no longer be optional, but should be treated as a critical foundation for preparing for the future. For districts like Sham Shui Po, early intervention is essential. With research demonstrating that learning gaps emerge early and only increase over time, by targeting primary students, Students for Science intervenes at a stage when curiosity is still intact, and self-doubt has not yet become entrenched.

Ultimately, Students for Science is committed to breaking the cycle of poverty through education. By igniting interest in STEM among low-income students, the organization addresses both immediate educational disparities and long-term structural inequality. Education inequality in Hong Kong—particularly in districts like Sham Shui Po—is neither accidental nor inevitable. As the data from HKUST and HKU make clear, it is closely tied to socioeconomic status and reinforced by unequal access to resources. Through targeted, community-centred initiatives, Students for Science demonstrates how localized action can create meaningful change. Overall, the NGO demonstrates an example of fighting education inequality, raising awareness on the global issue and providing routes for support.

Works Cited:

Census and Statistics Department, Hong Kong SAR Government. Hong Kong Poverty Situation Report. Hong Kong SAR Government, latest edition.

Choi, Evan, and Maria Guzman. "Stereotypes about Poverty." Nebraska Extension, June 2021, extensionpubs.unl.edu/publication/g2325/2021/html/view. Accessed 17 Jan. 2026.

Hong Kong University PISA Research Centre. “Socioeconomic Status (SES) and Educational Inequality in Hong Kong.” HKU PISA Blog, https://pisa.hku.hk/blog/socioeconomic-status-ses-and-educational-inequality-in-hong-kong/.

Oxfam Hong Kong. Hong Kong Poverty Report. Oxfam Hong Kong, www.oxfam.org.hk.

United Nations. Sustainable Development Goals: Goal 4 – Quality Education. United Nations, www.un.org/sustainabledevelopment/education/.

Yiu, Wing Cheung Sam. “Hong Kong’s Education Inequality.” CLE Student Voices, The Hong Kong University of Science and Technology, https://cle-student-voices.hkust.edu.hk/hong-kongs-education-inequality-yiu-wing-cheung-sam.