What is Oracy?

Oracy is the ability to communicate effectively through speaking and listening. It goes far beyond simply "talking in class" — it's the capacity to articulate ideas clearly, listen actively to others, and engage in reasoned dialogue.

The term, popularised by educational researcher Andrew Wilkinson in the 1960s, describes oral communication skills as fundamental to learning across all subjects. Yet oracy remains underdeveloped in many classrooms, where written literacy dominates while speaking and listening are often treated as incidental.

In 2014, the English government's Oracy Commission found that poor oral communication was linked to lower attainment, reduced confidence, and limited career prospects. Learners who develop strong oracy skills speak more coherently, ask better questions, and think more critically.

Why Oracy and Critical Thinking Matter Together

Critical thinking and oracy are inseparable. You cannot think critically in silence — you must be able to articulate your reasoning and challenge ideas through dialogue.

The connection is grounded in cognitive science. When you explain your thinking aloud, you activate working memory and long-term memory simultaneously (Sweller, 1988). You also expose gaps in your reasoning to yourself and to others, triggering metacognitive reflection.

Research by Neil Mercer and others (2004) at Cambridge University found that classrooms where teachers deliberately teach talk routines produce learners who:

• Ask deeper questions and challenge assumptions
• Give longer, more justified responses
• Listen more carefully to peers
• Make better connections between ideas

The mechanism is clear: structured dialogue forces precision. When you must explain something to someone who disagrees, you sharpen your reasoning. This is why Socratic questioning remains one of the most powerful teaching techniques.

Key Approaches to Developing Oracy and Critical Thinking

1. Socratic Questioning

Socratic questioning is a dialogue method where the teacher asks open-ended questions to help learners discover answers themselves rather than being told.

What happens in practice: A teacher shows a bar model for a maths problem and asks, "What does this section represent?" instead of saying, "This shows the amount we need to find." Learners must think aloud to answer, and their thinking is exposed to scrutiny.

Why it works: Research by Biddulph et al. (2018) found that Socratic questioning increases time spent in higher-order thinking by 40% compared to direct telling (EEF Toolkit).

2. Hinge Questions (Questioning for Formative Assessment)

A hinge question is a short, diagnostic question posed mid-lesson to reveal whether learners have understood a key concept before moving on (Dylan Wiliam, 2011).

What happens in practice: After teaching the difference between mitosis and meiosis, the teacher asks, "In which process do chromosomes NOT separate?" Responses reveal gaps, and the teacher re-teaches immediately rather than discovering problems weeks later.

Why it works: Hinge questions build in low-stakes opportunities for learners to think aloud and be corrected instantly, reducing the feedback gap that slows learning.

3. Philosophy for Children (P4C)

P4C is a structured inquiry approach where learners pose and investigate philosophical questions collaboratively. It was developed by Matthew Lipman (1980s) and emphasises reasoning, empathy, and evidence.

What happens in practice: After reading a story, learners discuss "Is it always wrong to tell a lie?" They build on each other's ideas, challenge weak reasoning, and listen to alternative perspectives. The teacher facilitates without answering the question directly.

Why it works: EEF evaluations (2018) found P4C improves literacy and reasoning by an average of +3 months' progress. More importantly, learners develop intellectual humility — they become comfortable saying "I haven't thought of that" rather than defending weak ideas.

4. Exploratory Talk and Ground Rules

Exploratory talk is speech where learners think together, hypothesise openly, and build on each other's contributions. It requires ground rules like "We listen without interrupting" and "We ask for reasons."

What happens in practice: When designing an experiment, learners say things like, "I think we should control the temperature because..." and peers ask, "What do you mean by 'control'?" before agreeing or disagreeing. This differs from predictable right-answer talk where learners guess what the teacher wants.

Why it works: Classroom research (Littleton & Howe, 2010) shows that exploratory talk is the strongest predictor of science learning gains. Learners who engage in genuine reasoning achieve higher test scores than learners who follow instructions.

5. Dialogic Teaching

Dialogic teaching (Alexander, 2020) is structured around reciprocal dialogue rather than teacher talk-and-listen cycles. The teacher and learners are genuine conversational partners, not script followers.

What happens in practice: During a history lesson on the Industrial Revolution, a learner asks, "Didn't people mind moving to cities?" The teacher says, "That's a great question. What do you think? What would you have missed about farm life?" Learners reason through trade-offs rather than receiving a summary.

Why it works: Dialogic teaching activates metacognition. Learners must consider multiple perspectives and defend their reasoning, which strengthens both their critical thinking and their retention of content.

How to Develop Oracy Across the Curriculum

Start with Structured Talk Routines

Don't assume learners will "just talk" effectively. Teach them the language and structures of academic dialogue.

Simple example (Year 1–2): "I think... because..." Learners complete the sentence stem when sharing ideas, which pushes them to provide reasoning.

Advanced example (KS3+): "I agree/disagree with [peer name] because... A counter-argument could be..." Learners practise respectful disagreement with evidence.

Use Think-Pair-Share (TPS)

Think individually, talk with a partner, share with the class. This structure ensures all learners have thinking time before peer talk, reducing the dominance of confident speakers.

What happens: The teacher poses a question: "Why might this character make this choice?" Learners think alone (30 seconds), discuss with a partner (1 minute), then selected pairs share (whole class). By then, most learners have something to say.

Model and Coach Listening

Listening is as critical as speaking. Explicitly teach learners how to listen: making eye contact, asking clarifying questions, and resisting the urge to interrupt.

What happens: When a learner finishes speaking, the teacher asks the listening learner, "What did [speaker] say?" If the listener can't repeat it accurately, they haven't been listening actively. This makes listening visible and accountable.

Vary Question Types (Closed, Open, Hinge)

Not all questions are equal. A strong oracy-building lesson uses a mix:

• Closed questions ("What is the capital of France?") — check factual knowledge quickly
• Open questions ("What would happen if...?") — invite reasoning and multiple answers
• Hinge questions (Dylan Wiliam) — reveal misconceptions and guide pace

Give Learners Time to Think

Research shows teachers wait an average of 1 second after asking a question before expecting an answer. Increasing this "wait time" to 5–10 seconds transforms oracy.

What happens: More learners attempt to answer. More raise their hands. Answers become longer and more reasoned. This is one of the highest-ROI changes a teacher can make.

Assessing Oracy and Critical Thinking

Oracy is often taught but rarely assessed. Yet assessment drives what learners focus on. A simple rubric makes oracy visible:

Use this rubric to give feedback: "Your reasoning was clear, and you built on Sam's idea well. Next time, challenge the assumption you both made about..."

Key Resources and Linked Articles

Additional References

Alexander, R. (2020). A Dialogic Teaching Companion. Routledge. The definitive guide to dialogic approaches across primary and secondary education.

Mercer, N., Wegerif, R., & Dawes, L. (2004). From Social Interaction to Individual Reasoning. Learning and Instruction, 14(5), 485–503. Foundational research on how talk shapes thinking.

Wiliam, D. (2011). Embedded Formative Assessment. Solution Tree. Explains hinge questions and real-time assessment.

EEF Toolkit (2018). Teaching and Learning Toolkit. Evidence Base for P4C and other dialogue-based interventions.

Key Takeaways

1. Oracy is not optional. It's the foundation of critical thinking. Learners who cannot articulate reasoning cannot think critically, and they score lower on all assessments.
2. Structured dialogue is more powerful than free talk. Ground rules, think-pair-share, and question routines ensure all learners participate and think deeply.
3. Teachers must model and coach listening. Speaking is visible; listening is invisible. Make listening a visible, accountable skill through questioning ("What did your partner say?").
4. Wait time is high-leverage. Increasing silence after asking a question from 1 second to 5–10 seconds increases both participation and reasoning quality.