Learning by doing is often relegated to vocational education — associated with apprenticeships, trades, and hands-on professions. But in an era defined by rapid technological evolution, this narrow view no longer serves us. Technology offers far more than digital whiteboards and online worksheets — it opens new pathways for active, embodied, and personalised learning.
For neurodivergent learners, particularly those who are autistic and/or have ADHD, this shift isn’t just beneficial — it’s necessary.
Technology Shouldn’t Just Deliver Content — It Should Transform How We Learn
Look around today’s classrooms, and you’ll see plenty of devices — laptops, tablets, digital whiteboards (and yes, smartphones). But despite all this tech, the underlying approach to teaching often hasn’t changed much. It’s still mainly about delivering content, following rigid curricula, and expecting learners to absorb information in a set way. As Eisenberg (2013) observed, instead of opening up opportunities for creative thinking or student-led exploration, technology is often used to reinforce traditional methods — just in digital form.
And while the tools for more engaging, hands-on learning already exist, they’re not always easy to implement. And it’s not hard to see why this shift hasn’t happened on a broader scale. Many teachers haven’t been trained to guide design-led or project-based learning, and the technology itself can sometimes feel more like a burden than a support. On top of that, there’s the deeper challenge of rethinking the teacher’s role — moving from being the expert at the front of the room to becoming a facilitator of open-ended, sometimes unpredictable learning. That kind of shift isn’t just practical — it’s cultural.
This hesitation has a real impact — especially on students who struggle in conventional learning environments. Autistic and ADHD learners, in particular, are often left behind when schools lean too heavily on compliance, repetition, and passive instruction.
We need to move past the idea that technology is just a new way to deliver old lessons. It should be a way to reimagine how learning happens altogether — more exploratory, more embodied, and more responsive to how different minds work.
Learning Is Embodied — and That Matters for Neurodivergent Learners
One of the most overlooked aspects of digital learning is the role of the body in how we think. We tend to separate cognition from movement, as if learning happens only in the head — but it doesn’t. My research engages directly with this disconnect, especially in the context of neurodivergent learners, where embodied experience often plays a vital role in making sense of the world.
Gestures, spatial interaction, and physical engagement aren’t just add-ons — they’re integral to attention, memory, and meaning-making. And yet, much of autism education remains dominated by static, text-heavy formats that ignore how learners might use their bodies to process and retain information. It matters because many autistic and ADHD learners don’t engage primarily through verbal or linear methods. They often think in images, spatial maps, movement, or pattern recognition. When we ignore the body, we’re not just overlooking a teaching method — we’re ignoring a whole way of knowing.
If we’re serious about inclusive learning, we need environments that support multimodal engagement: visual, tactile, gestural, and interactive. In that context, technology becomes something much more powerful than a content-delivery tool — it becomes a bridge between the learner’s internal logic and the external world of ideas.
From Passive Absorption to Active Creation
Emerging technologies — especially video games — offer experiential learning environments that are adaptive, motivating, and cognitively rich. Few platforms illustrate this better than Minecraft: a tool that supports creativity, collaboration, and problem-solving, while offering learners the freedom to explore ideas on their own terms.
In my research, Minecraft became a space where learning was not only visual and conceptual, but also physical and embodied. Participants didn’t just engage with the screen — they moved, gestured, pointed, stood up to explain ideas, and physically enacted what they were building. The game invited a kind of thinking-in-motion, where abstract ideas took shape through action. This wasn’t off-task behaviour — it was part of the learning itself.
For autistic learners in particular, this embodied engagement supported focus, communication, and emotional regulation. The game environment created a rhythm where movement and cognition worked together, offering a form of learning that felt natural, intuitive, and empowering — something rarely experienced in more static, traditional settings.
Minecraft, in this context, becomes more than a game. It becomes a sandbox for thinking, where learners can model systems, solve problems, and express themselves in multimodal ways — not despite their neurodivergence, but because the environment allows it to thrive.
Rethinking What Counts as “Real Learning”
As long as education continues to prioritise verbal recall, standardised assessment, and passive content absorption, we will continue to marginalise those who process and express knowledge differently. For many neurodivergent learners, these dominant models don’t just fail to support learning — they actively work against it.
What’s needed is not a new set of accommodations layered onto the old system, but a redefinition of learning itself. When we embrace hands-on, technology-enhanced, and participatory approaches, we begin to recognise the full range of human cognition — visual, spatial, gestural, and embodied. These are not alternative ways of learning. They are learning.
Such models don’t only benefit neurodivergent students; they offer a richer, more inclusive vision of education for everyone — one that values curiosity over compliance, creativity over correctness, and problem-solving over memorisation.
The Way Forward
It isn’t a call to add more devices to classrooms — it’s a call to reimagine the learning process itself, particularly for neurodivergent students.
Technology can enable authentic learning by doing, but only if we shift our assumptions about what learning looks like, who it serves, and how it’s measured.
Education must evolve. Not only to keep up with technological change, but to honour the diverse minds that are already shaping the future using technology outside the classroom.
