Researchers Attila Szűcs, Róbert Kurdi and Zsuzsanna Banász of the University of Pannonia examined an e-waste education programme rolled out in support of Hungary’s selective waste collection reform. Their study, published in the journal Discover Sustainability, surveyed students aged 10 to 15 before and after participating in an e-waste-focused lesson. The scale is what makes the work stand out: 4,709 valid responses were collected before the lesson and 4,125 after it, gathered from 234 classes across 54 schools. In a field where environmental education studies often rest on a few dozen participants, a dataset of this size offers a rare statistical window into how young people actually think and behave around discarded electronics.

The starting point was encouraging. Most students already considered selective waste collection important, and a majority reported everyday practices consistent with the appropriate handling of small electronic waste, such as setting aside old batteries, cables and small devices rather than tossing them into general household bins. That baseline matters, because environmental campaigns rarely start from zero. Children in Hungary have grown up amid a national push to reform how waste is sorted at home, and the researchers wanted to know whether a targeted lesson could build on that existing foundation or whether attitudes had already hardened by the time students reached upper primary school.

The method behind the study was deliberately straightforward. Students completed questionnaires capturing their attitudes towards selective waste collection, their self-reported e-waste management practices and their knowledge of the topic. One group of responses was collected before the lesson and a separate sample after it, allowing the researchers to compare the two groups using descriptive and inferential statistics. This pre-post design, run across many schools simultaneously, is one of the most practical ways to evaluate a large-scale educational intervention, though it comes with well-known limitations that the authors were careful to acknowledge.

What did the comparison show? Students who had taken part in the e-waste lesson rated the importance of selective waste collection slightly higher than those who had not yet experienced it, and they also reported several e-waste management practices more frequently. In other words, the lesson appeared to be associated with both better attitudes and better behaviour, at least as the students described themselves. For anyone who has ever doubted whether an hour in a classroom can touch real-world habits, this is a genuinely interesting signal: the effect showed up not just in what children said they believed, but in what they claimed to do with their obsolete electronics at home.

But here is where the study earns its credibility. All of the statistically significant associations were weak, and the differences between the groups were modest. A lesson moved the needle, but only slightly. The authors are explicit that these results describe differences at the sample level and do not demonstrate individual-level changes caused by the lesson itself. Because the pre-lesson and post-lesson groups were separate samples rather than the same children tracked over time, other factors could contribute to the observed differences. This kind of honest restraint is rarer than it should be in environmental education research, where enthusiasm for interventions often outpaces the evidence, and it makes the findings more useful, not less.

The background variables the researchers examined added another layer of nuance. Among the factors they analysed, housing type showed the weakest associations with students’ attitudes and practices, while gender and grade level showed somewhat stronger, though still weak, associations. That pattern suggests that who a student is, in terms of age and gender, may matter somewhat more than where they live when it comes to e-waste behaviour, although none of these factors was a powerful predictor on its own. For programme designers, the implication is that e-waste education cannot simply be targeted at particular communities or living situations and expect uniform results; the drivers of young people’s environmental behaviour appear to be distributed broadly and modestly across the population.

Why should anyone care about weak effects in a study of ten-to-fifteen-year-olds? The answer lies in arithmetic and in timing. E-waste volumes are rising globally as electronics multiply and their lifespans shrink, and household behaviour is the first gate through which every discarded device must pass. If a scalable, inexpensive classroom lesson produces even a small shift in how thousands of families handle small electronics, the cumulative effect across a whole school system could be substantial. Moreover, attitudes formed in childhood tend to persist, meaning that a modest nudge at age eleven may compound over decades of consumer decisions. The Hungarian programme, funded by the MOL-New Europe Foundation with support from the organiser of Sustainability Week, was designed precisely to test whether such scalable nudges are feasible within ordinary school timetables.

The study also arrives at a moment when governments across Europe are tightening rules on electronic waste under extended producer responsibility schemes, and when selective collection reforms depend heavily on household cooperation. Hungary’s reform effort, which this educational campaign supported, illustrates a broader truth: infrastructure alone does not recycle anything. Collection points, regulations and processing technologies are useless if families keep dead phones in drawers or, worse, in the general waste stream. Education is the behavioural half of the recycling equation, and schools are arguably the most efficient delivery mechanism, reaching nearly every child in the country at an age when habits are still forming.

The authors are careful about what their data can and cannot claim, and that caution points directly to the next generation of research. A follow-up design that tracks the same students over time, ideally with objective measures of e-waste behaviour rather than self-reports, would establish whether the lesson genuinely causes change and whether the effects last beyond a few weeks. Testing whether repeated lessons, family involvement or hands-on activities such as disassembling old devices amplify the effect would help programme designers invest where it counts. For now, the Hungarian dataset delivers a message that is both sobering and hopeful: e-waste education in primary schools works, but only at the margins, and turning those margins into meaningful change will require better designs, longer follow-ups and a willingness to treat environmental education as a science in its own right rather than a box-ticking exercise. The drawer full of dead electronics is not going to empty itself, but a continent’s classrooms may yet learn how to do it.

Subject of Research: School-based e-waste education and its association with primary students' recycling attitudes and practices in Hungary

Article Title: E-waste education in primary schools

Article References: E-waste education in primary schools. (n.d.). https://doi.org/10.1007/s43621-026-04929-5

Image Credits: AI Generated

DOI: 10.1007/s43621-026-04929-5

Keywords: e-waste, electronic waste, primary school, environmental education, selective waste collection, recycling behaviour, Hungary, school-based intervention, sustainability, waste management, environmental attitudes, Discover Sustainability