Farm Engineers

Overview

In this lesson, students learn about farm engineers (people who design, build, and fix farm equipment) and how they use tools to solve problems on farms. Students explore simple, age-appropriate examples and practise explaining how engineers help farms work safely and well.

Learning intentions

• Students will identify what farm engineers do on farms.
• Students will recognise common farm tools and explain what they are used for.
• Students will describe a simple farm problem and suggest a way an engineer could help.
• Students will follow safety rules when using classroom tools and materials.

Success criteria

• I can tell one job a farm engineer does on a farm.
• I can match at least two farm tools to what they help with.
• I can explain what problem a farm might have and how an engineer could solve it.
• I can describe one safety rule when using tools.

Curriculum links

• Agriculture systems and practice — Students use tools and equipment in agricultural processes (AGTLS-USE-01).
• Engineering project — Students select and use materials, tools or equipment in engineering contexts (EGTLS-USE-01).
• Engineering project — Students recognise systems, structures or technologies used in everyday life (EGTLS-SST-01).
• Engineering project — Students identify features of structures, mechanisms or control systems (EGTLS-SMC-01).

Lesson structure (60 minutes)

1. 0–8 min · Hook (story + pictures). Teacher reads a short, student-friendly story about a broken farm gate or blocked watering system and shows 3–4 pictures (or drawings) of farm equipment and tools. Students share one guess: “What should an engineer do first?”

2. 8–18 min · Direct teaching (farm engineers role). Teacher explains using simple language: farm engineers help fix and improve farm tools and equipment so farms can run smoothly (e.g., repairing, building, checking, improving). Teacher models vocabulary: engineer, tool, repair, safety, problem-solve. Students repeat key phrases and turn-and-talk: “How does this help farmers and animals?”

3. 18–30 min · Tool match (hands-on stations). Teacher sets up 3–4 stations with real classroom-safe tool equivalents (e.g., spanner-like toy, screwdriver-shaped tool, tape measure ribbon, hammer with foam head, pliers toy) and picture cards of farm tasks (e.g., fix fence, repair wheel/tractor, set up watering). Students rotate in pairs to match each tool card to a farm task card and place them on a matching sheet. Teacher circulates, asking: “What tool is this? What could the engineer do?”

4. 30–45 min · Problem-solving build (simple engineering challenge). Teacher presents a simple problem: “A farm water pipe is blocked, so plants can’t get water.” Students use paper straws, tape, cardboard “pipe pieces”, and a small “tap” card to create a basic pathway that lets water (imaginary or with a small squeeze bottle only if available and safe) reach a paper “plant”. Students draw their solution and label: tool used (e.g., tape), what was fixed, and how it helps.

5. 45–55 min · Safety share + gallery walk. Teacher leads a class discussion on safety: wear gloves if needed, keep tools pointed down, use the correct tool for the job, keep workspaces tidy. Students do a gallery walk, leaving a sticky note with one sentence: “I notice…” and one question: “I wonder…”

6. 55–60 min · Exit ticket (quick check). Students complete one prompt on a half-page sheet:

• “A farm engineer helps by…”
• “One tool on a farm is…”
• “A farm problem is…” (choose one pictured option) Teacher collects sheets to gauge understanding.

Resources

• Teacher story (or short script) about a farm problem needing repair
• Picture cards/drawings of farm engineers at work (gate repair, watering, fence fixing)
• Classroom-safe tool equivalents (toy or soft substitutes where appropriate)
• Matching worksheets (tool-to-task)
• “Problem-solving build” materials: paper straws, cardboard, tape, scissors with supervision, marker, paper plants
• Sticky notes or note cards for gallery walk
• Exit ticket worksheet
• Safety visuals (keep tools away, tidy desk, gentle hands)

Assessment

• Formative tool-station checks: teacher listens for correct tool-use descriptions and task matching.
• Formative build observation: teacher notes whether students explain the problem and link tools to the solution.
• Exit ticket: teacher checks for key ideas (engineer role, tool purpose, problem-solve).

Differentiation

• Support: provide sentence starters on worksheets (“A farm engineer helps…”, “The tool helps because…”) and offer a word bank with pictures.
• Support: pre-teach 3–4 key words using gestures (engineer, tool, repair, safety).
• Extension: ask early finishers to add a second improvement (e.g., “How could the engineer make it safer or stronger?”).
• EAL/SEN: allow students to respond using a picture, pointing, or short single-word answers during station talk; ensure instructions are given in short chunks with modelling.
• Behaviour/attention: use clear rotation timing with a visual timer; assign roles in pairs (tool finder, matcher, explainer).