Peer interaction

When to use it

Use peer interaction whenever a lesson asks students to make sense of content, reason aloud, build or revise ideas, or rehearse academic language before a higher-stakes individual task (writing, presenting, assessment). It is especially appropriate during discussion of complex text, problem-solving, hypothesis generation in science and math, processing new vocabulary or concepts, and any point where a student would otherwise be a silent recipient of teacher talk. It is well suited to mixed-proficiency classrooms because peers can supply context-embedded, comprehensible models that a whole-class lecture cannot. Structure the interaction more tightly for newer English users (assigned partners, sentence frames, defined roles, short turns) and loosen it as students gain proficiency. Avoid using unstructured "discuss with a partner" as the only form of support for Pre-Production and Beginning students, who need explicit scaffolds to participate meaningfully.

How to implement it

1. 1Set a clear content objective AND a language objective for the interaction so students know both what to figure out and how to say it (e.g., 'compare two solutions using because and however').
2. 2Choose a grouping configuration that fits the task: pairs for high accountability and frequent turns, triads or small groups for richer idea pools, and pair newer English users with supportive, patient partners (not always the highest-proficiency student).
3. 3Use a named structure with built-in turn-taking so participation is equitable, not dominated by a few voices: Think-Pair-Share, RallyRobin, Timed Pair Share, jigsaw, or numbered-heads-together. Assign roles (reporter, questioner, recorder) when groups are larger than two.
4. 4Provide a tiered scaffold for the talk: sentence stems and word banks for Pre-Production and Beginning students, discourse connectors and academic-language frames for Intermediate students, and an open prompt with optional frames for High Intermediate and Advanced students.
5. 5Explicitly invite students' home language as a thinking and clarifying tool (translanguaging): allow pairs to reason in the language they share, then move toward producing the target English with a partner before reporting out.
6. 6Build in wait time and a rehearsal step so students can plan their utterance before speaking; this lowers anxiety and raises the quality and length of output.
7. 7Hold every student individually accountable for the shared work (each reports a partner's idea, each writes a sentence, each adds to a group product) so interaction produces real language production, not passive listening.
8. 8Monitor, listen in, and give brief on-the-spot feedback or recasts, then fade the scaffolds over time, moving from teacher-assigned partners and fixed frames toward student-selected groups and self-directed academic discussion.

Examples

• •Science (Intermediate): Before writing a claim-evidence-reasoning paragraph about why ice melts faster in saltwater, pairs run a Timed Pair Share using the frames 'I predict ___ because ___' and 'My evidence is ___,' then each student reports the partner's reasoning to the group.
• •ELAR (Beginning): During a read-aloud, partners do a Think-Pair-Share at three stopping points using a word bank and the stem 'I think the character feels ___ because ___,' with the option to first talk it through in Spanish before sharing in English.
• •Math (Pre-Production): A newcomer joins a partner to physically sort fraction cards into 'less than one half' and 'more than one half' piles, pointing and using gestures while the partner names each card aloud, building receptive academic vocabulary without requiring speech.
• •Social Studies (Advanced): In a structured academic discussion (Socratic-style), students debate the causes of an event, building on one another with 'I want to add to what ___ said' and 'I see it differently because ___,' with no required frames and a student facilitator managing turns.
• •Any content (Intermediate to Advanced): A jigsaw in which each home-group member becomes an 'expert' on one text section in a mixed group, then returns to teach peers, giving every student both a comprehensible-input role (listening to experts) and an output role (teaching their section).