Australia's Strong PISA 2025 Performance Masks Persistent Learning Gaps

Australia's latest results from the PISA 2025 assessment, released last week, tell a story of strength shadowed by persistent worry. The country's 14,500 students across 766 schools performed solidly against their international peers—27 points above the OECD average in science, 30 points higher in reading, and 15 points ahead in mathematics. Those margins placed Australia 11th globally in science and reading, 17th in mathematics. For context, 20 score points typically represent one year of learning for an average student. The headline reads like success. But the full picture is more complicated.

Dr Jonas Bertling, the research director overseeing PISA's implementation and reporting for Australia, frames the results this way: the country remains internationally competitive, but cannot afford complacency. Science performance held steady compared to 2022, but reading and mathematics both declined further—a trend that has been building for years. The numbers mask what matters most to teachers and parents: what can Australian students actually do? This is where proficiency levels become essential. Australia sets its National Proficient Standard at level 3 or above on a six-level scale. At this threshold, students move beyond simple recall. They select relevant information, connect ideas, and apply knowledge in familiar or moderately unfamiliar contexts. Sixty percent of Australian students reached this standard in science, 55 percent in reading, and just under half—49 percent—in mathematics. That foundation is strong. The room to grow is equally clear.

The students below baseline proficiency demand particular attention. These young people struggle with tasks that require connecting multiple pieces of information, deciding which evidence matters, or applying knowledge in unfamiliar settings. In Australia, 18 percent fall below baseline in science, 23 percent in reading, and 29 percent in mathematics. While these figures are lower than the OECD average, they remain roughly twice as high as Singapore's rates. In practical terms, these students can locate obvious information or follow clear steps in a familiar calculation, but falter when the problem becomes less straightforward. As workplaces and further education demand more complex thinking, this gap widens into genuine disadvantage.

Reading performance carries particular weight in the PISA 2025 findings, and the reasons reveal how the world has changed. Young people no longer read a single linear text from start to finish. They navigate search results, hyperlinks, social media posts, multiple documents, and increasingly, content generated by artificial intelligence. In this landscape, reading is no longer about decoding words or retrieving information. It demands deciding what deserves attention and what can be trusted. Students must compare sources, identify authorial purpose, and distinguish evidence from opinion. A troubling finding emerged: 8 percent of Australian students are hasty readers—they move quickly through text but arrive at incorrect answers. This is lower than the OECD average of 9 percent but higher than the United Kingdom's 6.4 percent. In an era when AI can generate fluent, persuasive text at speed, fluency and accuracy have become separate things. One bright spot: girls in Australia maintained their reading performance from 2022, while boys declined. This difference offers a clue worth investigating.

Australia's performance in the innovative domain—Learning in the Digital World—stands out as genuinely encouraging. This assessment measures whether students can learn effectively in technology-rich environments, use digital tools to find and evaluate information, solve problems, and improve their learning through reflection. It is not a test of whether students can operate a device. Most young people do that daily. Instead, it asks whether they can use digital tools thoughtfully, critically, and productively to learn something new. Seventy-seven percent of Australian students reached the National Proficiency Standard in this domain, and 38 percent were high performers—32 points above the OECD average. One assessment task asked students to understand the computational principles behind a fitness app and then use it to analyze an astronaut's fitness data. The task required problem-solving, self-regulation, and reflection. Australian students reported using digital devices at school 2.6 hours daily for learning, compared to 1.7 hours across OECD countries. They also reported using AI more frequently for learning and less frequently for copying text into assignments. These patterns suggest purposeful technology use rather than distraction.

For schools trying to make sense of these results, Bertling offers a practical framework. Teachers can examine the proficiency descriptions and ask whether students have regular opportunities to move beyond recall and routine procedures. Are they asked to apply knowledge in unfamiliar situations, explain their reasoning, evaluate evidence, compare sources, and learn from feedback? Looking at what level 5 and 6 students can do—applying knowledge in complex and unfamiliar situations, integrating information from several sources, evaluating evidence, and reflecting on whether answers are reasonable—can focus an educator's mind on what classroom practice should include. Beyond achievement numbers, PISA provides rich contextual data: students' sense of belonging, perceived teacher support, classroom disciplinary climate, access to learning resources, and social-emotional skills like curiosity, perseverance, and growth mindset. Eight in ten Australian students report that their teacher cares about every student's learning. Yet four in ten say there is frequent noise and disorder in their science class. These conditions shape learning as much as curriculum does.

Bertling's closing message carries weight: the future of learning may be increasingly digital, but learning remains profoundly human. Students need strong foundations in science, mathematics, and reading. They need to use knowledge flexibly, evaluate evidence, solve unfamiliar problems, learn with technology, and reflect on feedback. Those capabilities do not develop through technology alone. They grow through purposeful teaching, rich tasks, high expectations, and supportive relationships. The real work ahead is not producing more evidence—PISA has done that. The work is turning evidence into better learning opportunities for every student. Australia's results provide the data. What teachers do with it will determine whether the country's international standing translates into genuine learning for all.