AQA · GCSE · Business

    Course version: 8132 · Version from Sept 2017

    Students should consider how production might be made more efficient by…

    Full specification wording

    Production processes: Students should consider how production might be made more efficient by the use of lean production techniques.

    Lean production means using fewer resources to make the same output, so efficiency rises.

    Checked against the AQA 8132 specification (opens in a new tab) on .

    • Point 6 of 8
    • 4 key terms

    Study notes

    From the checked teaching notes for this specification point.

    The idea

    Lean production means using fewer resources to make the same output, so efficiency rises. Just-in-time (JIT) orders stock only as needed, cutting storage costs and waste, but it depends on reliable suppliers. Kaizen encourages workers to suggest small continuous improvements, raising quality and motivation. Cell production groups workers into teams making a whole unit, speeding up flow. Time-based methods cut idle time, and quality control reduces rework. Efficiency means output per input, so less waste, less stock or fewer defects all raise it. A bakery using JIT might order flour daily, while a car plant uses cells and kaizen. Lean also has limits: JIT risks stockouts if deliveries fail, and change can meet staff resistance.

    What earns the marks

    • Define lean production as reducing waste and using fewer resources while maintaining output, so efficiency (output per input) improves.
    • Explain just-in-time stock control: materials arrive as needed, lowering storage and holding costs, but requiring dependable suppliers and accurate demand forecasting.
    • Explain kaizen: continuous small improvements suggested by workers, which can raise quality, cut waste and increase motivation.
    • Explain cell production: teams complete whole units in a sequence, improving flow, teamwork and accountability for quality.
    • Explain how lean methods reduce the seven wastes, for example overproduction, waiting, transport, over-processing, inventory, motion and defects.
    • Evaluate limitations: JIT can cause production stoppages if deliveries are late, and lean change may face employee resistance or high setup costs.

    Common mistakes and how to put them right

    • Treating lean production as simply cutting staff.

      Put it right by explaining it targets waste and inefficiency, not necessarily jobs.

    • Assuming JIT always saves money.

      Put it right by noting it raises risk of stockouts and depends on reliable suppliers.

    • Confusing lean production with capital-intensive automation.

      Put it right by stating lean focuses on waste reduction and process improvement, which may or may not involve machinery.

    Exam tips

    • Use a named business context and link each lean technique to a specific efficiency gain, such as lower stockholding costs or less rework.
    • For evaluation questions, give one benefit and one drawback of lean production before reaching a supported judgement.
    • Define key terms briefly at the start of your answer so the examiner can see your understanding before applying it.

    Try the lesson

    The start of the Production processes: Students should consider how production might be made more efficient by the use of lean production techniques. lesson, made from checked teaching notes for this specification point.

    Have a go first

    Which of the following is a lean production technique that a business could use to make its production more efficient?

    Listen

    Lean production means using fewer resources to make the same output, so efficiency rises. Just-in-time (JIT) orders stock only as needed, cutting storage costs and waste, but it depends on reliable suppliers. Kaizen encourages workers to suggest small continuous improvements, raising quality and motivation. Cell production groups workers into teams making a whole unit, speeding up flow. Time-based methods cut idle time, and quality control reduces rework. Efficiency means output per input, so less waste, less stock or fewer defects all raise it. A bakery using JIT might order flour daily, while a car plant uses cells and kaizen. Lean also has limits: JIT risks stockouts if deliveries fail, and change can meet staff resistance. A strong answer earns marks for these points. Define lean production as reducing waste and using fewer resources while maintaining output, so efficiency (output per input) improves. Explain just-in-time stock control: materials arrive as needed, lowering storage and holding costs, but requiring dependable suppliers and accurate demand forecasting. Explain kaizen: continuous small improvements suggested by workers, which can raise quality, cut waste and increase motivation. Explain cell production: teams complete whole units in a sequence, improving flow, teamwork and accountability for quality. A common slip: Treating lean production as simply cutting staff. Instead, explaining it targets waste and inefficiency, not necessarily jobs. Exam tip: Use a named business context and link each lean technique to a specific efficiency gain, such as lower stockholding costs or less rework.

    See it

    A top-down flowchart. At the top is a node reading 'Lean production: fewer resources, same output'. Five arrows lead from it to five technique nodes: 'Just-in-time: stock ordered only as needed', 'Kaizen: workers suggest small continuous improvements', 'Cell production: teams make a whole unit', 'Time-based methods: cut idle time' and 'Quality control: reduces rework'. The JIT node leads to 'Less stock and waste, but depends on reliable suppliers'. The kaizen node leads to 'Higher quality and motivation'. The cell production node leads to 'Faster flow'. The time-based methods node, the quality control node, the JIT outcome node, the kaizen outcome node and the cell production outcome node all lead to a final node reading 'Less waste raises efficiency'.
    Shows lean production and its techniques (JIT, kaizen, cell production, time-based methods, quality control) leading to less waste and higher efficiency, with JIT's dependence on reliable suppliers.

    Key words

    Say what each word means before you turn the card.

    Lean production

    Try answering aloud or in your head before turning the card.

    Just-in-time (JIT)

    Try answering aloud or in your head before turning the card.

    Kaizen

    Try answering aloud or in your head before turning the card.

    Cell production

    Try answering aloud or in your head before turning the card.

    See every definition
    Lean production
    Using fewer resources to make the same output, targeting waste and inefficiency rather than necessarily cutting jobs.
    Just-in-time (JIT)
    Ordering stock only as needed, which cuts storage costs and waste but depends on reliable suppliers and risks stockouts if deliveries fail.
    Kaizen
    Encouraging workers to suggest small continuous improvements, which can raise quality, cut waste and increase motivation.
    Cell production
    Grouping workers into teams making a whole unit in a sequence, improving flow, teamwork and accountability for quality.

    Label the diagram

    Some boxes have lost their names. Pick the right name for each number.

    The diagram again, with 3 boxes numbered instead of named. A top-down flowchart. At the top is a node reading 'Lean production: fewer resources, same output'. Five arrows lead from it to five technique nodes: 'Just-in-time: stock ordered only as needed', 'Kaizen: workers suggest small continuous improvements', 'Cell production: teams make a whole unit', 'Time-based methods: cut idle time' and 'Quality control: reduces rework'. The JIT node leads to 'Less stock and waste, but depends on reliable suppliers'. The kaizen node leads to 'Higher quality and motivation'. The cell production node leads to 'Faster flow'. The time-based methods node, the quality control node, the JIT outcome node, the kaizen outcome node and the cell production outcome node all lead to a final node reading 'Less waste raises efficiency'.
    • 1Box 1

    • 2Box 2

    • 3Box 3

    0 of 3 labelled

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