Sustainable Farm Designs

Overview

In this lesson, students create and begin a simple plan for a Minecraft-inspired sustainable farm. They will use equal-group ideas to plan “lots of things” (e.g., pens, planting spots) and use 2D shapes to sketch a farm layout showing crop rotation and animal care.

Learning intentions

Students will:

• form equal groups and use them to solve simple “how many in each group / how many groups” questions related to farm planning
• recognise and describe common 2D shapes and use them to represent features on a simple farm plan
• plan a sustainable farm layout by deciding where crops and animal areas will go, and how crops will move (crop rotation) on the grid

Success criteria

Students can:

• make an equal group (e.g., 3 groups of 2) and explain what each equal group represents on the farm
• solve simple grouping questions using pictures/manipulatives (sharing into equal groups or making equal groups)
• identify and draw simple 2D shapes (square/rectangle/triangle/circle) to represent farm areas
• show an animal-care area and indicate at least two crop growing areas with a simple rotation idea

Curriculum links

• MA1-FG-01: Students use the structure of equal group to solve multiplication problems, and share or group to solve division problems
• MA1-2DS-01: Students recognise, describe and represent shapes including quadrilaterals and other common polygons
• MA1-2DS-02: Students measure and compare areas using uniform informal units in rows and columns (using grid boxes)
• Mathematical thinking: represent ideas with drawings and objects, explain reasoning using simple language (before/after, same groups)

Lesson structure (90 minutes)

1. 0–10 min · Welcome and farm story hook. Teacher reads/discusses a short story prompt: “A farm needs places for crops and animals, and crops should rotate so the soil stays healthy.” Students point to where they think crops and animals could go.

2. 10–25 min · Build equal groups for farm planning. Teacher shows farm “cards” (e.g., seed packets, animal food bowls) and asks: “We have 6 seed packets. We want the same number in each row. How many in each equal group?” Students model using counters/plates to make equal groups, then say the number in each group.

3. 25–35 min · Quick whole-class check (share vs group). Teacher models one question with action: “I have 8 carrots. I share them into 2 equal groups. How many in each group?” Students show the equal groups with manipulatives and use teacher sentence starters: “There are __ groups. Each group has __.”

4. 35–60 min · Grid sketch: Minecraft-inspired layout with 2D shapes. Teacher introduces a large paper grid (rows and columns). Students use 2D shapes as “buildings/areas” (rectangles for crop beds, squares for pens/water area, circles for trees/ponds). Teacher prompts: “Where will the animal care area be? What shapes match those areas?” Students draw a simple plan in pencil, then trace selected lines if ready.

5. 60–75 min · Crop rotation plan. Teacher shows a simple rotation idea using two crop bed groups: “This season, bed A grows beans. Next time, bed A grows something else.” Students choose two crop-bed rectangles and label them (e.g., “Crop 1” and “Crop 2”). They colour one bed “this season” and add an arrow for “next season” to show rotation.

6. 75–85 min · Animal care features. Teacher asks: “What does animal care need?” Students add a simple animal area on the grid (a square/rectangle pen) and one supportive feature (water bowl as a circle, shelter as a rectangle). Teacher checks that students include animal care somewhere on their plan.

7. 85–90 min · Exit check and tidy. Teacher asks each student two quick questions:

• “Show me an equal group and tell me how many in each group.”
• “Name one 2D shape you used in your plan.” Students answer using manipulatives or their sketch; teacher records brief notes.

Resources

• Large farm grid on butcher paper or laminated grid (rows and columns)
• Student sketch paper and pencils (plus optional thick markers)
• Counter sets (small blocks/cubes) for equal-group modelling
• Shape cards (square/rectangle/circle/triangle) and/or cut-out 2D shapes
• Coloured pencils/crayons for “this season” vs “next season”
• Simple animal-care picture cards (water, food, shelter)
• Number sentence strips (e.g., “__ groups of __” templates) and sentence starters

Assessment

• Formative observation during equal-group modelling: students form equal groups and communicate “groups” and “in each group”
• Formative check of sketch: students identify and use 2D shapes to represent farm areas on the grid
• Exit questions (last 5 minutes): shape naming and equal-group explanation

Differentiation

• Support: use sentence starters (“I made __ groups. Each group has __.” / “I used a __ shape for the __.”) and provide pre-cut shape templates
• Support: keep numbers small (up to 10) and use counters with clear physical grouping (plates or hoops)
• Challenge: ask students to plan an extra crop bed and explain a second rotation (“next time, bed B changes too”)
• EAL/SEN: allow pointing, matching, and drawing rather than full verbal explanation; model vocabulary with visuals (group, equal, rotate, pen, water)

Extension (optional)

• Create a “build list” for next lesson: students choose one crop bed and one animal-care feature and draw them again on a smaller grid with the same shapes.