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Exploring Position and Direction

Technology • 45 • 17 students • Created with AI following Aligned with National Curriculum for England

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Technology
45
17 students
6 March 2026

Teaching Instructions

A maths and technology lesson with P1 and P2 in 3 differentiated groups. Focusing on positional language and directions have beetbots, a mats with maps, shapes, and colours

Overview

This 45-minute, mixed P1 and P2 session engages 17 Foundation Stage pupils in developing spatial awareness, positional language, and directional skills through a hands-on, technology-enhanced maths activity. Using Bee-Bots and a specially designed activity mat featuring maps, shapes, and colours, the lesson supports differentiated learning across three groups aligned with the Northern Ireland Curriculum, with a focus on developing confidence, communication, and early problem-solving.


Curriculum Links

Thinking Skills and Personal Capabilities (TS&PC):

  • Develop ability to use and apply reasoning and problem-solving strategies.
  • Use language for thinking and communication effectively.

Mathematics and Numeracy (Using Mathematics):

  • Use positional language (e.g., next to, under, forward, left, right) in practical contexts.
  • Develop understanding of direction and spatial relationships through play and exploration.

The Arts (Using ICT):

  • Communicate ideas and information using appropriate technological tools (Bee-Bots).
  • Develop confidence and skills in handling technology safely and purposefully.

Learning Objectives

By the end of this session, pupils will:

  • Understand and use positional language to describe location and movement.
  • Follow and give simple directions (forward, left, right, back).
  • Program a Bee-Bot to move along paths on a map using directional commands.
  • Recognise and describe shapes and colours positioned on the mat.
  • Demonstrate collaboration skills through group activities.

Resources

  • 3 Bee-Bots (one per group)
  • Large laminated activity mats featuring:
    • A simple, colourful map with paths, landmarks (houses, parks), and shapes placed at specific points.
    • Grid sections marked with different colours and simple shapes (circle, square, triangle).
  • Direction cards (forward, left, right, stop)
  • Positional language posters (e.g., under, next to, beside, between)
  • Small reward stickers for positive reinforcement

Group Differentiation

  • Group 1 (Lower ability): Focus on simple single-step movements and naming colours/shapes at the Bee-Bot’s location. Support with teacher or assistant guidance.
  • Group 2 (Medium ability): Follow sequences of 2-3 Bee-Bot commands and use positional language to describe routes. Encourage peer discussion.
  • Group 3 (Higher ability): Plan and program multi-step routes, use more complex positional sentences, and predict Bee-Bot’s movement outcomes.

Lesson Structure

1. Introduction and Warm-up (8 minutes)

  • Gather all pupils on the carpet. Show Bee-Bot and explain it as a friendly robot that follows code commands.
  • Introduce or recap positional language using a puppet and objects: "The teddy is under the chair," "The book is next to the box," and directional commands ("turn left," "move forward").
  • Sing a simple positional language song with actions (e.g., "Left, Right, Forward, Back").

2. Demonstration (5 minutes)

  • Gather pupils around one Bee-Bot and the map mat. Demonstrate how to press buttons on Bee-Bot to move it to a coloured square or shape.
  • Narrate the movements using positional language: "Bee-Bot moves forward two steps to the red square," "Now it turns right."

3. Group Activity with Bee-Bots (25 minutes)

  • Divide the class into three groups. Each group works at a station with a Bee-Bot and their own mat.
  • Group 1:
    • Teacher/assistant guides pupils to press one directional button to move Bee-Bot to a shape or colour.
    • Pupils name the colour or shape when Bee-Bot arrives.
  • Group 2:
    • Pupils work in pairs. One gives directions using positional language; the other presses buttons on Bee-Bot.
    • They move Bee-Bot along a route of two or three steps, and describe the location reached using positional phrases.
  • Group 3:
    • Pupils plan a route on paper or with verbal prompts.
    • They program Bee-Bot with up to 5 commands to reach a target on the map (e.g., "Move to the blue triangle").
    • Discuss outcomes and make corrections if needed.

Circulate between groups giving targeted support and prompting use of language.

4. Reflection and Sharing (5 minutes)

  • Gather pupils back together. Invite each group to share one favourite route or something they discovered about the Bee-Bots and positional language.
  • Reinforce key vocabulary by repeating some positional phrases and directions that came up in their activities.
  • Award stickers for effort, teamwork, and use of language.

Assessment

  • Formative: Observe pupils’ ability to press correct buttons and describe movements using positional language during group work. Note verbal responses and peer collaboration.
  • Peer assessment: Encourage children to praise and gently correct one another’s use of language and instructions during paired tasks.
  • Teacher notes: Record pupils’ understanding and confidence with directions to inform future lesson planning.

Extension Ideas

  • Create story-based challenges where Bee-Bot “travels” to landmarks on a map for a purpose (e.g., delivering letters).
  • Introduce simple coding symbols (arrows) to match buttons on Bee-Bot, linking early literacy, numeracy, and technology.

Cross-Curricular Links

  • Language and Literacy: Enhances vocabulary and communication skills through positional language and direction giving.
  • Personal Development: Builds confidence, listening, and cooperation skills with peers.
  • Physical Development: Fine motor skills supported through Bee-Bot button pressing and map manipulation.

Note: This lesson plan ensures that learning activities are active, fun, and play-based, meeting Foundation Stage developmental needs, while incorporating technology meaningfully and reinforcing early maths concepts explicitly aligned with the Northern Ireland Curriculum.

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