Walk into an Australian classroom today and you’ll notice something different. Students aren’t just sitting in rows, listening to lectures. Instead, they’re creating infographics on Canva, analysing paintings at the National Portrait Gallery to sharpen critical thinking, watching curriculum-aligned videos on ClickView and sketching visual summaries of complex concepts. This isn’t a trend. Rather, it’s a fundamental shift in how education works. Moreover, the data backs it up. Students retain 65% of visual information after three days, compared to just 10-20% of written or spoken content. This aligns with Paivio’s Dual Coding Theory: the brain’s dual-channel processing allows for simultaneous intake of visual and verbal information, significantly reducing the cognitive load compared to text-dense instruction. When schools ignore this, they’re fighting against how learning actually happens.
The Technology Layer: Tools That Match How Brains Work
Australian schools have moved fast on this. According to recent research, 78.2% of Australian schools now use AI education tools, and 32.9% identify as highly technology-enabled. That’s up from 23.1% just two years ago. Importantly, the tools driving this shift aren’t complicated. Rather, they’re practical. For instance, Canva for Education has become standard in project-based learning. Students create infographics to explain scientific processes, design posters to communicate historical events and build animated presentations to break down mathematical concepts. Ultimately, the platform turns abstract ideas into visual formats that stick.
ClickView Video Learning delivers educational videos tailored to the Australian curriculum. Notably, the videos support multimodal learning, providing multiple entry points to the same concept to strengthen memory encoding. However, the videos don’t replace teaching. Instead, they enhance it by giving students multiple ways to encounter the same concept. Meanwhile, interactive visual tools like digital whiteboards and online mind mapping software let students interact directly with content. You’re not just looking at information. Rather, you’re manipulating it, rearranging it, making it yours.
Beyond Technology: Visual Thinking as a Critical Skill
The most interesting development isn’t about technology at all. Rather, it’s about using visual methods to build thinking skills that transfer across subjects and into professional life. Visual Thinking Strategies (VTS) started in art galleries but has moved into classrooms. Now, schools partner with institutions like the National Portrait Gallery and Gippsland Art Gallery to teach students how to analyse visual information. The method is simple. Students look at a painting and answer three questions: What’s going on in this picture? What do you see that makes you say that? What more can we find?
Research shows this approach improves clinical observation skills, critical thinking, communication, empathy and professional self-concept. For example, medical and nursing students who use VTS develop observational and cognitive skills that transfer directly to patient care. Similarly, in K-12 settings, the benefits are comparable. Students learn to support their interpretations with evidence, listen to different perspectives and revise their thinking based on new information. Ultimately, these skills matter in every subject and every career.
Sketchnoting: Making Complexity Visible
Teachers are increasingly using sketchnoting: visual summaries that combine text, images and diagrams to capture complex information. Some create these in real time during lessons, modelling how to break down difficult concepts into digestible visual chunks. Subsequently, students then apply the same technique to their own notes. Essentially, the process forces you to identify what’s important, understand relationships between ideas and translate abstract concepts into concrete visual forms. Furthermore, this approach leverages Paivio’s Dual Coding Theory, which explains why combining verbal and visual information creates stronger memory traces than either channel alone. However, this isn’t about artistic skill. Instead, it’s about thinking clearly enough to represent ideas visually. When you can draw a concept, you understand it differently than when you can just repeat it back.
The Market Response: EdTech Growth in Australia
The education technology market in Australia reflects these changes. Currently, the Australian EdTech sector, valued at approximately $5.1 billion in 2025, is on a steep upward trajectory as schools invest heavily in AI and visual analytics. Notably, K-12 and pre-K segments account for 52.4% of total market revenue. Meanwhile, platforms like Edrolo now operate in over 1,100 schools and aim to support 1 million high school students by 2025. Importantly, the growth isn’t random. Schools are investing in visual learning tools because they produce measurable results. In fact, research confirms that incorporating visuals can boost the learning experience by up to 400%. Additionally, Generation Z students show 78% higher engagement rates with visual content compared to text-based materials. Given that a vast majority of the human brain’s sensory cortex is dedicated to vision, these tools align with our natural biological strengths.
Dual Learning Environments: Balancing Digital and Print
Here’s what’s often missed in discussions about educational technology: the most effective schools aren’t going all-digital. Instead, they’re creating dual learning environments that combine digital and print resources strategically. Currently, 53.9% of Australian schools now describe themselves as set up for dual learning. Specifically, they use digital tools where they add value (interactive simulations, video explanations, collaborative visual projects) and maintain print resources where they work better. Essentially, this approach recognises that different tasks require different formats. For instance, reading comprehension often benefits from print, whereas visual analysis and creation often benefit from digital tools. Ultimately, the goal isn’t to replace one with the other but to use each where it’s most effective.
The Professional Development Gap
The shift to visual learning methods creates new demands on teachers. Specifically, you need to understand not just your subject but how to represent it visually, how to teach visual literacy and how to integrate digital tools effectively. Consequently, this requires professional development. Teachers need time to learn these methods, experiment with tools and develop strategies that work for their specific students and subjects. Importantly, the schools making this transition successfully invest in ongoing training. Moreover, they create communities of practice where teachers share visual learning strategies, partner with technology providers to develop curriculum-aligned resources and recognise that tools without training don’t change outcomes.
What This Means for Learning Outcomes
The evidence on visual learning’s impact is clear. For instance, a 2024 study found that concept mapping-based visual learning approaches improved the depth of students’ visual analysis, sharpening their visual literacy and critical thinking tendency. Furthermore, students perceived the approach as effective for increasing visual analysis capability, developing thinking capability and improving self-reflection in learning. However, these aren’t soft skills. Rather, they’re the foundation for academic success and professional effectiveness. When you can analyse visual information critically, create visual representations of complex ideas and use visual tools to communicate effectively, you have skills that transfer across domains. Specifically, you can understand data visualisations in science, analyse primary sources in history, create presentations in business and interpret medical images in healthcare.
The Path Forward
Australian schools are leading a practical transformation in how education works. Importantly, they’re not chasing technology for its own sake. Instead, they’re adopting visual learning methods because they align with how brains process and retain information. Notably, the schools making the biggest impact share common characteristics: they invest in both technology and training, balance digital and print resources strategically, use visual methods not just to present information but to build critical thinking skills, and measure outcomes and adjust based on what works.
The shift to visual learning isn’t complete, but the direction is clear. As more schools adopt these methods, the gap will widen between institutions that teach the way students actually learn and those that stick with outdated approaches. However, the question isn’t whether visual learning methods work. The data answers that. Instead, the question is how quickly schools can implement them effectively and what support teachers need to make the transition successful. For students, the stakes are straightforward. Ultimately, the schools that get this right will prepare them for a world where visual literacy, critical thinking and the ability to communicate complex ideas visually are fundamental skills. Conversely, the schools that don’t will leave them behind.
