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Mathematics · Year 2

Active learning ideas

Creating and Following Paths

Active, movement-based tasks help Year 2 students internalise spatial language because their bodies experience direction, distance, and turns directly. Clear, physical feedback from peers and objects makes abstract terms like ‘quarter turn’ and ‘left’ concrete and memorable.

National Curriculum Attainment TargetsKS1: Mathematics - Geometry: Position and Direction
20–45 minPairs → Whole Class4 activities

Activity 01

Role Play30 min · Pairs

Partner Robot: Maze Navigator

One child draws a grid maze on paper and gives verbal directions to their partner, who moves blindfolded on a floor replica using only the instructions. Switch roles after 10 minutes. Pairs discuss unclear steps and rewrite for precision.

Design a set of instructions to guide a robot through a maze.

Facilitation TipDuring Partner Robot, have partners sit back-to-back so they cannot see each other, forcing reliance on exact spoken instructions rather than visual cues.

What to look forGive each student a small grid with a start and end point. Ask them to write down the specific instructions (e.g., 'move forwards 2 squares', 'turn right', 'move forwards 1 square') needed to get from start to finish. Review instructions for clarity and accuracy.

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Activity 02

Role Play45 min · Small Groups

Floor Grid Treasure Hunt

Tape a large grid on the floor and hide picture cards at coordinates. Provide coded direction sheets with turns and steps. Small groups start at a point, follow paths collaboratively, and record findings before swapping codes.

Critique the clarity of different directional instructions.

Facilitation TipFor Floor Grid Treasure Hunt, tape the grid to the floor so students can step directly on squares, making distance and turns visible from above.

What to look forPresent two sets of instructions for the same simple path, one clear and one ambiguous (e.g., 'go that way' vs. 'turn left, move forwards 3 steps'). Ask students: 'Which set of instructions is better? Why? What makes one set easier to follow than the other?'

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Activity 03

Role Play40 min · Small Groups

Instruction Relay Critique

Teams write a set of directions to guide a paper puppet from start to finish on a shared grid. Pass instructions to the next team to follow and score for clarity on a checklist. Revise based on feedback.

Explain why precise language is important when giving directions.

Facilitation TipIn Instruction Relay Critique, give the same path instructions to two teams simultaneously so students see how small wording differences change outcomes.

What to look forTeacher calls out a sequence of directions (e.g., 'forward 1, turn left, forward 2, half turn'). Students use their bodies or a small marker on a desk to follow the directions. Observe students who struggle with turns or sequencing.

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Activity 04

Role Play20 min · Whole Class

Whole Class Direction Chain

Form a line where the teacher gives a direction to the front child, who passes it accurately to the next, and so on. The last child acts it out. Repeat with variations and discuss communication breakdowns.

Design a set of instructions to guide a robot through a maze.

What to look forGive each student a small grid with a start and end point. Ask them to write down the specific instructions (e.g., 'move forwards 2 squares', 'turn right', 'move forwards 1 square') needed to get from start to finish. Review instructions for clarity and accuracy.

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Templates

Templates that pair with these Mathematics activities

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A few notes on teaching this unit

Start with short, high-energy games to build muscle memory for turns and distances. Move quickly to partner and group tasks so students practise explaining their thinking aloud. Avoid long explanations; let errors surface naturally and use them as teachable moments. Research shows that corrective feedback is most effective when it happens immediately after a mistake during physical activity.

By the end of these activities, students will use precise position and direction vocabulary to give instructions, follow them accurately, and explain why clarity matters. Their language will match their movements, showing confidence and accuracy in both giving and receiving directions.


Watch Out for These Misconceptions

  • During Partner Robot, watch for students giving instructions from their own perspective rather than their partner’s.

    Have partners face the same direction at the start so they share a viewpoint, then rotate one partner 180 degrees to reveal how left and right change based on facing direction.

  • During Floor Grid Treasure Hunt, watch for students counting squares incorrectly or confusing turns with steps.

    Use hoops or small mats at each turn point so students pivot exactly on the hoop, making the turn visual and physical rather than abstract.

  • During Instruction Relay Critique, watch for students leaving out distance or order in their instructions.

    Challenge teams to test their instructions immediately on the grid; gaps become obvious when the partner cannot reach the end, prompting revision.


Methods used in this brief