Schools have always been places where knowledge is passed on. The more persistent challenge, and the one that tends to shape what students can do once they leave, is building the capacity to use that knowledge without being told how.
This distinction sits at the heart of our latest research, where we spoke to students on The Panel to better understand how confident they feel across the core skills that underpin successful learning. The findings describe a broadly capable cohort – motivated, team-ready and self-aware – but one that has clearly identified where school has not yet gone far enough. Students want to speak more precisely, choose better strategies under pressure and deepen their critical thinking beyond what exams currently ask of them. These are not vague ambitions but specific, teachable skills, and they map directly onto choices educators make every week.
What follows is a five-step framework, grounded in these findings, for schools looking to translate student voice into classroom practice. None of these steps require a new subject or a radical overhaul. Each one describes a shift in emphasis in how tasks are framed, how discussions run and how assessment captures the process of learning, not just its outputs.
Step 1: Communication Practice
Most teachers would say they already develop communication in the classroom. Discussions happen, presentations are assigned and essays are marked. Yet the Panel findings point to a particular gap that these activities alone may not close: the ability to speak clearly and concisely in the moment, particularly when the thinking is still taking shape.
There is a meaningful difference between a student who delivers a rehearsed presentation and one who can explain a complex idea mid-discussion, adjusting their language in real time for the person in front of them. The first is a performance; the second is a skill. Both matter, but schools typically measure the first far more than they develop the second. When Panellists identified speaking clearly and concisely as the communication skill they most want to improve – selecting it twice as often as any other option – they were describing exactly this gap.
Beyond the Prepared Presentation
Practical structures that close this gap include regular “one-minute explanation” tasks, where students must explain a concept from that lesson to a partner without notes, within a fixed time. The constraint is deliberate: brevity forces a decision about what matters most.
Socratic-style seminars, where the teacher steps back and students build on each other’s contributions, reward those who can listen and respond precisely. This format feel low-stakes enough for hesitant speakers to participate, yet require the kind of real-time clarity that formal assessments rarely demand.
Equally, writing tasks that ask students to argue a point within a strict word count, rather than rewarding length as an indicator of effort, train the same capacity for choosing what is essential and discarding what is not.
Step 2: Strategy Selection
Subject knowledge and strategic thinking are not the same thing. When Panellists were asked what makes problem-solving hardest, the most common answer was not understanding the problem or explaining a solution once found, it was choosing a strategy. This is the difference between knowing the tools and knowing which one to reach for.
The “Which Approach?” Question
The classroom habits that widen this gap are familiar. Teachers model worked examples, students follow the method and assessment rewards accurate replication. This is efficient for content delivery, but it does not develop the decision-making capacity the Panel is pointing to.
When a student meets a novel problem – one that does not signal which teaching module or exam it belongs to – they often stall not because they lack knowledge but because they have never been asked to reason about method selection as a separate act. The contextual cue that usually tells them what to do is missing, and they have not been trained to generate their own.
Comparative worked examples are particularly useful here: showing students two different methods for solving the same problem and discussing the conditions under which each is appropriate. This shifts the learning target from “how do I solve this?” to “how do I decide how to solve this?”, which is closer to what real-world reasoning actually requires.
Teaching strategy selection requires making the decision process visible in the classroom.
Step 3: Productive Discomfort
When students were asked how comfortable they felt trying unfamiliar problem-solving methods, the majority reported feeling moderately comfortable. Only a small number described feeling genuinely confident in such moments. This is not surprising as in most school contexts, choosing an approach that does not work has immediate grade consequences, and students are rationally responding to that reality.
Separating Exploration from Evaluation
The environments most likely to build genuine comfort with unfamiliar approaches share a common feature: they separate the act of exploration from the act of evaluation. This does not mean removing assessment altogether. It means creating enough ungraded or low-stakes space that students are willing to try approaches they have yet to master.
Process journals and “thinking aloud” tasks, where the route to an answer matters as much as the answer itself, normalise the experience of working through uncertainty without abandoning the task. So does the way a teacher responds to a failed attempt. When a student chooses an approach that doesn’t work, a response of “interesting – what did that tell you about why it didn’t work?” teaches something the correct solution cannot.
Project-based and extended enquiry work are well suited to this because the time horizon is long enough to support iteration. Students who know they can abandon a strategy and try another develop a different relationship with method selection than those working under an immediate clock.
“I think learning about study skills is something that could really have helped me a lot. I had to do a lot of trial and error to see which study methods work for me but this is a process that could have been made easier with guidance from my school.”
This comment from a Panellist captures something the data reinforces more broadly: making learning strategy an explicit subject – even briefly, even at a single lesson level – changes the frame from “get through the work” to “understand how you do the work.” Students who know how they learn are better positioned to adapt when a method is not serving them, which is precisely the resilience teens already show in other contexts.
Step 4: Critical Thinking as Curriculum
Critical thinking presents one of the more interesting patterns in the Panel data: confidence in this area is already high. The majority of students feel capable of evaluating information and identifying weak arguments, yet it also tops the list of thinking skills they most want to develop. These two things are not in tension but reflect an understanding that critical thinking is not a single capability but a cluster of specific practices, each of which can be sharpened.
The risk in treating critical thinking as a general disposition, i.e. “students should think critically about everything they read”, is that it provides very little guidance about what to actually teach or practise. It is more useful to map the specific components: identifying assumptions, evaluating evidence quality, recognising logical fallacies, constructing counterarguments and applying reasoning under time pressure. Each of these can be taught, practised and assessed in its own right, rather than bundled together as a vague habit of mind.
Each component can be taught, practised and assessed separately, rather than bundled as a general habit of mind.
From Disposition to Learnable Craft
Source analysis activities that ask students to identify what a text assumes before it makes its argument are a stronger tool than general “evaluate this article” tasks.
Structured argument frameworks, such as asking students to build the strongest possible case against their own position before writing their final argument, develop counterargument skills in a concrete, repeatable way.
Timed logic exercises, even brief ones, build comfort with reasoning when unlimited reflection is not available, which is close to the conditions students will encounter in seminars, interviews and work environments.
The goal is not to produce sceptics for the sake of it. Students who can interrogate information precisely, who can say not just “I’m not sure about this” but “the inference here doesn’t follow because…”, are better positioned for university work, professional life and an information landscape that rewards those who can distinguish between a strong claim and a well-presented one.
Step 5: Full-Range Teamwork
Teamwork confidence among the Panellists is high, and that is a foundation worth acknowledging clearly. Most students report feeling comfortable in group settings, and the majority identify organising or leading as their natural team strength.
This is a useful starting point, but it also describes a particular gap. If most students see themselves as coordinators and far fewer identify as the person who keeps a group focused, challenges a direction with a well-framed question or supports a quieter voice in the room, then many teams end up meeting a collective need for people who lead while the quieter functions go unbuilt.
The Roles Beyond Organising and Leading
Schools can address this directly by rotating team roles with intention. Rather than allowing students to settle into comfortable defaults, assigning specific roles in group tasks and changing them regularly, gives students the experience of having to listen carefully, hold a group to its task or disagree constructively with a position they might otherwise have let pass. These are the capabilities that determine whether a team actually functions or merely coexists.
It is also worth reconsidering how teamwork is assessed. When grades apply to the final output and individual contributions within the team are invisible to the marking process, the skills being reinforced are the ones that produced the output – usually the skills of whoever took the lead. Structuring peer feedback or brief individual reflections on team process into group assignments gives the less visible contributions a language and a value, which changes the message students receive about what collaboration actually means.
Collaboration done well is one of the most transferable capacities a student can develop during their schooling. The Panel data suggests the foundations are there. The opportunity lies in helping students occupy the full range of positions a functioning team requires, not just the one that comes most naturally.
What Does This Mean for Schools Already Under Pressure?
The five steps above are not a call to add subjects to an already crowded timetable or to introduce whole curriculum reform. Each one describes a shift in emphasis in how existing tasks are framed, how discussions are structured, how feedback is delivered and how assessment captures the process of learning alongside its products. Schools already create the conditions for communication practice, problem-solving, critical thinking and teamwork. The question the Panel raises is whether those conditions are specific enough to close the gaps students are identifying for themselves.
What makes the Panel data useful for educators is precisely this specificity. Students are not asking to be told they are capable – they already know that. They are asking for more precise support: targeted practice in real-time articulation, explicit instruction in how to select a problem-solving approach, room to try methods that might not work the first time and feedback that treats the attempt as seriously as the outcome. That is a reasonable ask, and one that educators are well placed to answer.
Schools that listen closely to what students say they are missing, and that trust those answers, are the ones most likely to close the gap.
For data-led curricula, university-style teaching and real-world challenges that develop these sought-after skills, explore our Oxford Summer School programmes.
Methodology. Oxford Scholastica Academy collected original data from students aged 13–18 on The Panel. All findings reported in this article are based exclusively on responses provided by participants in this survey.
By Oxford Scholastica Academy
Since 2013, Oxford Scholastica’s award-winning programmes have empowered thousands of students to seize the future. We have welcomed bright students from around the globe for more than a decade, giving them the edge to help them succeed, find their purpose and make a difference in the world.
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