6 Smart Ways to Structure Group Work in Secondary Classrooms

In middle and high school, group work can quickly go off the rails. Discussions meant to deepen understanding drift off-topic or become dominated by a few voices. Instead of spreading the thinking across the group, one or two students end up doing most of the work, while the others hang back. 

But research shows these challenges aren’t necessarily related to student motivation—it’s often the result of how group work is designed. Adolescents are developmentally ready to do more demanding group work: Research from neuroscientist Mary Helen Immordino-Yang suggests teens are naturally inclined to analyze materials, grapple with complex questions, and explore messy ideas with peers. 

The challenge for teachers is creating the conditions that make that kind of thinking possible. Effective group work requires intentional structure—clear roles, well-designed and challenging tasks, and protocols that keep students accountable for their own contributions. “You should not put students in groups and simply ask them to complete the task,” writes principal Andrew Miller. 

Drawing on activities shared by education expert Catlin Tucker and other classroom practitioners, we’ve highlighted six strategies that help secondary teachers turn group work into purposeful, productive learning.

Collaborative Visual Masterpieces

To keep group work focused and equitable, Tucker gives every student a clear role in creating a shared visual product—such as a poster, collage, model, or diagram. These “art-meets-content” tasks help students build shared understanding while gathering evidence, modeling processes, or representing key ideas visually, Tucker writes. Finished products can also serve as visual anchors for gallery walks, reviews, or formative assessment. 

In one eighth-grade science activity, students work together on a poster divided into sections: photosynthesis and cellular respiration. Tucker keeps students accountable by assigning them clearly defined roles and tasks such as:

• Diagram Team: Draws the chloroplast, mitochondria, and where each process occurs. 
• Labeling Team: Identifies and labels key inputs and outputs using color-coded markers.
• Connections Team: Uses arrows or lines to show how the products of one process become the reactants of the other.
• Summary Writers: Write a short explanation of how energy and matter cycle between the two processes.

Before her students tackle a statistics project focused on graphing data, ninth-grade math teacher Maggie Arnold uses a similar approach to surface prior knowledge. Students first spend a few minutes independently recalling key concepts and graph types—such as box plots, histograms, and bar graphs—as well as formulas like the one for interquartile range. They then split into groups to combine their ideas on shared whiteboards, discussing misconceptions and deciding what belongs in their final visual summary.

Students As Teachers

The jigsaw method creates shared responsibility for learning by making each student an expert on one piece of the material—mitigating dominant voices in group work and ensuring all kids are engaged. In a typical jigsaw, students are divided into small groups, and each person receives a separate chunk of a lesson plan. Content could be excerpted from a textbook chapter, a handout, or an online resource, and should be divided into the same number of chunks as there are students. 

A high school history teacher instructing students about the different types of governments, for example, could form groups of four or five students and assign each to investigate and prepare presentations on the fundamental features of democracies, dictatorships, monarchies, republics, or theocracies.   

Students study their own chunk independently. In some variations, they can also gather with students from other groups studying the same material to form “expert groups,” where they compare ideas, clear up misconceptions, and prepare how they will explain the material. Afterward, they return to their original groups to teach their chunk to their peers, who take notes and ask questions. Because each student holds a piece of the puzzle, the group depends on everyone’s contribution—and research shows students put more effort into preparing when their peers are counting on them to learn new information. 

Coming Together to Determine an Answer

Assistant principal Stefan Singh uses a “place mat” strategy to set up an easy-to-follow sequence that guides students in answering problems together: think independently, share deliberately, then synthesize together as a group. This ensures every student contributes before settling on an answer. 

In a high school trigonometry lesson, for example, groups of four students can be prompted with a completely solved math problem that has a series of errors. Students first analyze the problem independently and try to find as many mistakes as they can, such as a misapplied formula. Each group member shares what they believe the mistake is, how they found it, and reasons they think it’s wrong. After deliberating, the group synthesizes its collective findings to determine the correct answer to the problem. 

At the end, one member of the group is randomly selected to share the group’s process, findings, and solution. This ensures that everyone is engaged, paying attention, and participating: “The whole group must take ownership of their work together and be prepared to speak about it,” writes Singh. 

Quiet, Color-Coded Conversations

To give every student a voice in group work—especially those who hesitate to speak up—Tucker has students hold written conversations using sticky notes on poster paper. Instead of talking, students silently add ideas, questions, and evidence to a shared prompt, forcing them to slow down their thinking and ensuring everyone participates. 

For example, in a 10th-grade English class discussing Macbeth, Tucker might pose a question like, “Is Macbeth responsible for his own downfall, or is he manipulated by others?” Students read their classmates’ responses and add their own notes, building on or challenging claims. 

Color helps structure the discussion, too. Tucker assigns colors to different types of responses using colored pens or different colored sticky notes. For example, yellow might represent Macbeth’s choices, blue could represent answers related to the influence of others on Macbeth, and pink could represent counterarguments or rebuttals. In other classrooms, different colors could represent claims, evidence, or clarifying questions. The goal, Tucker says, is to create conditions for students to read carefully and respond to each other’s ideas with “clear, traceable contributions.” 

Carouseling Around the Classroom 

Seventh-grade algebra teacher Connell Cloyd turns simple error analysis into a student-driven conversation about mathematical reasoning using a “carousel” approach to group work. He posts incorrectly solved math problems around the room and separates students into groups of four.

Each group starts with a different problem and tries to identify the mistake by either writing what they think the error is on their own first and comparing it with their group, or discussing their thoughts collectively. Before moving on, they agree on a group-approved “claim” and write it on a sheet of paper under the problem. As each group rotates, they read the previous group's claims and decide to either support it or refute it—with evidence. 

With each rotation, the conversation deepens. Students are not just correcting errors; they speak up to explain their thinking and evaluate one another’s reasoning. “The carousel is really just one of those collaborative activities where you’re just interested in the kids' discourse,” says Cloyd. At the end, once groups have done the heavy lifting, Cloyd and the class walk through the correct solutions together.

Take a Seat at the Harkness Roundtable 

In a Harkness discussion, students lead the conversation while the teacher steps back to observe—monitoring for lulls and how well students stay on topic. To keep discussions balanced and productive, teachers assign specific roles and evaluate participation afterward—ensuring that everyone contributes.

For example, in a high school English class, students can gather around a large table—or smaller ovals in larger classrooms—to debate the central ideas or character motivations of a novel they are reading together. Each student is assigned a defined role that helps keep the group accountable. The scribe records key ideas from the discussion. The monitor tracks who speaks and creates a visual “map” of the conversation, drawing lines between speakers as the discussion unfolds. A moderator helps the group stay on topic and ensures equal participation. 

The approach works across subjects, too. When middle school math teacher Amy McAfee runs a Harkness discussion, students solve a set of non-linear thinking problems in small groups. They display solutions on whiteboards, examine each other’s work during a gallery walk, and return to discuss and refine their ideas as a class.