In Part 1 we grappled with what AI is and the ethical questions it raises. In Part 2 we looked honestly at what’s happening in schools right now. Now comes the hardest part: imagining forward.
If we had the opportunity to redesign education with AI as a given — not a disruption to manage, but a reality to build around — what would we keep? What would we deliberately redesign? And what would we fight, with everything we have, to protect? These are not abstract questions. The decisions being made in schools, systems, and staffrooms right now are shaping the answer.
Harnessing a Technology That Won’t Wait
One of the most disorienting things about generative AI is its pace of change. The tools available to teachers and students today are significantly more capable than those available eighteen months ago, and the tools available eighteen months from now will likely make today’s seem primitive. Education systems are built for decade-long policy cycles. AI is operating on a month-to-month development timeline.
This is not a reason for paralysis. It is an argument for building adaptive capacity — in teachers, in schools, and in systems — rather than chasing specific tool competencies that will be outdated before the professional development program is complete. What teachers need is not training in ChatGPT version 4. What they need is a deep enough understanding of how AI works, what it can and cannot do, and what good learning looks like, to make intelligent, principled decisions as the technology continues to evolve.
Australia’s senior educational policymakers have identified managing risks, educating teachers, and educating system leaders as the highest priorities for responsible AI integration. The research is clear that teacher capacity is both a top priority and a major challenge — and that ways for teachers to undertake significant professional learning to equip themselves and their students with AI skills, without overburdening them, remain genuinely unclear. This is the honest state of the field.

What Needs to Be Redesigned: Assessment
If there is one part of the education system that AI has most urgently exposed as in need of redesign, it is assessment. The traditional essay, the take-home assignment, the multiple-choice test — these formats were designed for a world in which students had to do their own thinking to produce a response. In a world where AI can generate a credible essay on any topic in thirty seconds, assessing a student’s learning through a written product alone is no longer adequate.
This doesn’t mean abandoning writing. Writing is thinking made visible, and the process of composing a careful argument remains one of the most powerful learning activities a student can undertake. But it does mean reconsidering what we assess, and how we authenticate it.
Assessment reform for the age of AI is pointing in several consistent directions. Performance-based and oral assessments — where students must demonstrate understanding in real time, in conversation, with follow-up questions — are inherently AI-resistant and arguably more valid measures of genuine learning anyway. Portfolio assessment that captures process, including drafts, reflections, and revision histories, provides evidence of thinking that AI cannot fabricate. Authentic tasks with local, specific, personal dimensions — the kind of performance of worth we’ve written about before — demand contextual knowledge and personal voice that generic AI outputs cannot replicate.
These approaches are not new. They are, in many cases, what good assessment has always looked like. AI has simply made the case for them more urgent.
- Build in process evidence. Draft submissions, reflective journals, and annotated bibliographies document thinking that AI cannot fake.
- Use local and specific context. Tasks anchored to the student’s own community, experience, or school are far more AI-resistant than generic topics.
- Include oral or performance components. A student who can explain their work, respond to follow-up questions, and articulate their reasoning has demonstrably done the thinking.
- Separate the product from the learning. What did the student learn, not just what did they produce? Exit tickets, verbal check-ins, and the diagnostic questioning strategies in last week’s post on reading the room are more relevant than ever.
- Design with the “so what” in mind. Assessments connected to real-world purpose, real audiences, and genuine consequences for the community are inherently more meaningful — and more AI-resistant. Revisit our post on the “so what” of learning.
What AI Could Do for Personalised Learning — If We Get It Right
Here is the genuinely exciting possibility. For decades, educators have understood that different students learn differently, at different rates, with different entry points and different strengths. The practical constraint has always been scale — one teacher, thirty students, one lesson. Differentiation has been the aspiration, but genuine personalisation at scale has been largely impossible.
AI changes this constraint. Adaptive learning platforms that adjust in real time to student interactions can, in principle, provide every student with an experience calibrated to their current understanding — extending the student who has mastered the concept, supporting the student who needs a different explanation, and providing the student with a disability or language barrier with accommodations that would otherwise require specialist support.
This is not science fiction. Carnegie Learning’s adaptive mathematics platform, Khan Academy’s Khanmigo tutoring tool, and government-built tools like NSW’s EduChat are all operational examples of this direction. Carnegie Learning’s adaptive learning platform provides a customised learning experience that aims to adapt in real time to each student’s interactions, while Khan Academy’s Khanmigo offers AI one-on-one tutoring by mimicking a writing coach — giving prompts and suggestions to move students forward as they write, debate, and collaborate.
The equity caveat, however, remains essential. Access to these tools is not uniform. Students in well-resourced urban schools with reliable devices and fast internet are positioned to benefit most from AI personalisation. Students in under-resourced schools, remote communities, and low-income families may find that the digital divide that has always characterised Australian education simply takes a new form. Without deliberate intervention — in infrastructure, in teacher training, in culturally responsive design — AI personalisation risks becoming another advantage for the already advantaged.
The Teacher in an AI World: More Important, Not Less
Perhaps the most important thing to say about the future of education and AI is this: the teacher becomes more important, not less, as AI becomes more capable.
This seems counterintuitive. If AI can deliver content, provide feedback, personalise the learning pathway, and assess the outcome — what is left for the teacher? The answer is everything that matters most.
The teacher who knows which student is being bullied and is too ashamed to ask for help. The teacher who notices that a child’s sudden academic disengagement reflects something happening at home. The teacher who creates the conditions of psychological safety that allow a student to take an intellectual risk. The teacher who connects a student’s passion for gaming to a career pathway they had never imagined. The teacher who, through the quality of their relationship with a child, communicates the fundamental message: you are capable, you matter, and I believe in you.
No AI does any of this. And in a world where AI handles more of the cognitive transactional work of education, these deeply human capabilities become the irreplaceable core of what teachers are for. The profession must articulate this loudly and clearly — not as a defensive reaction to AI, but as a confident statement of what teaching actually is.

The Questions That Will Define the Next Decade
We began this series with a set of hard questions. It is worth returning to them, not with definitive answers — the field is moving too fast for those — but with the honest acknowledgement that these questions demand deliberate, ongoing engagement from every educator.
- Can AI help teachers reach more kids and create better learning experiences? Yes — if we design the tools with equity at the centre, invest in teacher capability, and use AI to amplify human teaching rather than replace it.
- Will AI hurt or help the traditional model of schooling? Both. It will expose what is worth keeping and accelerate the demise of what was never good enough. That is, ultimately, an opportunity.
- Who is monitoring and researching the impact of AI on students, teachers, and the system? Researchers, governments, and frameworks are emerging — but the evidence base is thin and the technology is moving faster than the research. Schools must become active generators of evidence, not passive recipients of it.
- What makes this different from every other tech revolution in education? AI operates inside the learning process itself. It doesn’t just present information — it can do the thinking. That is qualitatively different from every previous technology, and demands a qualitatively different response.
- How can we harness a technology that is evolving so exponentially? By investing in deep pedagogical knowledge and adaptive professional capacity, not tool-specific training. Teachers who understand learning deeply will make good decisions about AI, whatever form it takes.
- What happens when AI designs, completes, and grades the task? Nothing is learned. The answer is not to ban AI, but to redesign tasks so that the human thinking is visible, valued, and authenticated — and to build a school culture where genuine learning is the goal, not just the credential.
A Final Word: What We Fight to Protect
Education is not primarily about information transfer. It never was. It is about the development of human beings — their capacity to think, to connect, to create, to care, and to contribute to a world that is shared with others. AI can support some of those processes. It cannot replace any of them.
What we fight to protect, in an AI-saturated world, is the space for genuine human thinking — the productive struggle, the creative leap, the moment of understanding that belongs to the student and to no one else. We fight for equitable access to the benefits AI offers, because a technology that advantages the already advantaged is not progress. We fight for First Nations students whose cultures, languages, and ways of knowing must not be erased or distorted by AI systems trained on predominantly Western datasets. And we fight for the teaching profession — not as it is, but as it could be at its best: relationships of trust, built over time, between adults who believe in children and children who are learning to believe in themselves.
That is what education is for. AI does not change it. It simply asks us to be clearer about it than we have ever had to be before.
For practical strategies to keep human thinking at the centre of your lessons, revisit our posts on higher-order questioning, formative assessment, and assessment for, as, and of learning.
💬 Your Turn! What would you keep, redesign, or fight to protect in education as AI reshapes the landscape? This is one of the most important conversations our profession has ever had — and your voice belongs in it. Share your thoughts below.
References
Bower, M., Hedberg, J., Kuswara, A., & Dalgarno, B. (2025). What generative artificial intelligence priorities and challenges do senior Australian educational policy makers identify (and why)? The Australian Educational Researcher. https://doi.org/10.1007/s13384-025-00801-z
Furze, L. (2025, December 3). What the National AI Plan means for schools. leonfurze.com. https://leonfurze.com/2025/12/03/what-the-national-ai-plan-means-for-schools/
Holmes, W., Porayska-Pomsta, K., Holstein, K., Sutherland, E., Baker, T., Shum, S. B., Santos, O. C., Rodrigo, M. T., Cukurova, M., Bittencourt, I. I., & Koedinger, K. R. (2023). Ethics of AI in education: Towards a community-wide framework. International Journal of Artificial Intelligence in Education, 32, 504–526. https://doi.org/10.1007/s40593-021-00239-1
Lodge, J. M., Bower, M., Gulson, K., Henderson, M., Slade, C., & Southgate, E. (2025). Australian Framework for Artificial Intelligence in Higher Education. Australian Centre for Student Equity and Success. https://www.acses.edu.au
Lodge, J. M., Howard, S., Selwyn, N., & Corrin, L. (2023). Assessment reform for the age of artificial intelligence. TEQSA. https://www.teqsa.gov.au
National AI in Schools Taskforce. (2023, updated 2024). Australian Framework for Generative AI in Schools. Australian Government Department of Education. https://www.education.gov.au
Varsik, S., & Vosberg, L. (2024). The potential impact of artificial intelligence on equity and inclusion in education. OECD Artificial Intelligence Papers, No. 23. https://doi.org/10.1787/15df715b-en