The cohort arriving in 2027 will not reason like the one in front of you. Are universities ready?

Author:
Roney Lima do Nascimento
Published:

Join HEPI for an ‘In Conversation’ webinar ahead of the 2026 admissions round on 11:00-12:00, 11th August 2026, featuring Dr Jo Saxton CBE, Chief Executive of UCAS. In discussion with Nick Hillman OBE, followed by a live Q&A, the session will explore the key issues shaping this year’s admissions cycle and what they mean for universities, applicants and the wider higher education sector. Register now.

This blog was kindly authored by Roney Lima do Nascimento, an IB Diploma Programme mathematics teacher, and author of Generative AI for Teachers.

Every university plans its teaching around the students it can see. That is the problem. The undergraduates in seminar rooms today formed their study habits, their relationship with sources and their independent reasoning before generative artificial intelligence reached classroom scale. The cohort that will matriculate from 2027 onwards is different in kind, not degree. These students will arrive having spent the whole of their secondary education alongside capable AI and the scaffolding they bring will have been shaped by a decision their schools made, often without realising they were making it.

I have spent two years training teachers in AI literacy and studying how schools actually absorb these tools, alongside teaching IB Diploma mathematics to students who feed directly into UK higher education. The pattern that matters for universities is this: the same tool, under the same training, produces opposite cognitive outcomes depending on the posture the institution takes towards it. Schools that framed AI as a competence to develop – where disclosure was safe and use was taught – are producing students with measurably stronger AI-augmented reasoning. Schools that defaulted to a policing posture, where AI was treated as a transgression to detect and punish, are producing students who used the tools anyway, in secret, without ever being taught to interrogate what the tools gave them. The first group learned to think with AI. The second group learned to hide that they were not thinking at all.

Both groups will arrive on UK campuses in 2027, under the same admissions framework, often in the same seminar rooms. Universities will not be able to tell them apart from a personal statement or an A-level grade. The difference will surface in the first term, when one student uses AI to pressure-test an argument and deepen it and the next uses AI to manufacture an argument they cannot themselves defend. Same grade on entry, opposite intellectual readiness.

The temptation for the sector is to manage this through detection. That instinct is understandable and almost entirely wrong. Detection tools are an arms race the institution cannot win and worse, they teach exactly the lesson universities least want to teach, that the goal is to avoid being caught rather than to reason well. A policing posture at university scale will simply reproduce, in higher education, the concealment that the weaker schools produced. The students who most need to be taught how to think with these tools will be the ones with the strongest incentive to hide that they cannot.

There is a better question for the sector to ask, and it is a question of institutional posture, not technology procurement. What does a university actually want its graduates to be able to do with AI by the time they leave, and is the institution teaching that explicitly or assuming it will happen by osmosis? The honest answer at most institutions today is that the posture has never been decided. Many institutions will, rightly, note that they are already treating AI as a curriculum question and not merely an IT or integrity matter. The posture question sits underneath that work. It is not which modules use AI tools, but what kind of reasoning the institution recognises as a graduate-level performance once AI is available in the room. That is a question upstream of curriculum design, and at most institutions, it has not been answered explicitly.

Three things follow for universities preparing for the 2027 discontinuity, and none of them require new spending.

  • First, diagnose on entry rather than assume. A short, low-stakes reasoning task in the first weeks, designed to reveal whether a student can use AI to strengthen an argument or only to generate one, tells an admissions tutor far more than a transcript.
  • Second, decide the posture explicitly and write it into how teaching, not just integrity, is designed. A department that can articulate what competent AI use looks like in its discipline can teach it; one that only knows what it wants to forbid cannot.
  • Third, treat the gap between the two incoming cohorts as a teaching problem to be closed in the first year, not a fixed property of the student. The weaker-prepared students are not less able. They were taught by institutions that made the wrong posture decision, and a university that makes the right one can still reach them.

    The cohort arriving in 2027 is the first of many. Every subsequent intake will have spent longer alongside these tools, and the divergence between the well-taught and the merely-exposed will widen, not narrow. Universities that decide their posture now, while the first such cohort is still a year away, will be teaching deliberately when those students arrive. Universities that wait will be reacting to a divergence they could have seen coming, and reaching for detection tools that teach the wrong lesson to the students who can least afford to learn it.

    The decision is not whether to allow AI. That decision has already been made, in every secondary school in the country, with or without a policy. The decision in front of universities is whether to teach, on purpose, the reasoning their degrees are supposed to certify, or to assume a generation will acquire it on its own. The schools that assumed are already producing the students who did not.

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Comments

  • Jonathan Alltimes says:

    Yes, students should be taught how to control AI for their learning, but the world of school is not the same as higher education, which is why the use of AI is very problematic. The IB is an expanded system of teaching and learning, more than A-levels, it can provide scope for teaching how to use AI. A-levels do not provide such scope, as the curriculum and specifications are more tightly drawn. A-levels are essentially machines for teaching and learning pattern recognition and application in the form of information, which assumes a prodigious memory, like the impression of a text. The IB incorporates the same but adds the rudiments of pattern adaptation and formation and so develops intelligence. Higher education should be about teaching and learning about the world and how to learn about the world and originate patterns, like the advanced artisan or the wrangler.

    How do know if the output of the AI makes sense and is not only reasonable? Logic is a machine for abstract reasoning and can be completely coherent without making sense hermeneutically or in relation to the world. You see, a machine can be programmed and trained to recognise patterns, but those patterns could be unreal. The logic of an argument can be tested, but not its examples, those are known from experience and the meaning of an argument is only understood within a context of ideas and examples, these two kinds of knowledge form from the hinterland of experience by which one chooses whether or not to use resources for investigating the information one has interpreted. AI output has no intrinsic meaning within itself or relation to the world, a set of rules can not tell one what the pattern is meant to mean only a person can. The AI rules are a matrix for recognising patterns and so shape how you find information and choose.

    AI has added another layer of work for both the academic and the student, as now one must teach more about comparison and evaluation with examples and the other most learn more of everything. Where can we find the time?

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