Quick Summary

1. Methods of Production

Every business that makes a product or delivers a service has to decide how to organise the process of making it. Think of it like choosing between baking one custom wedding cake, baking 50 identical birthday cakes in one go, or running a factory conveyor belt that spits out thousands of identical cupcakes non-stop. Same ingredients, completely different systems. That's the choice between job, batch, and flow production.

The choice depends on: the level of output needed, the nature of the product, whether it's standardised or customised, and the level of automation the business uses.

1.1 Job Production

Job production means making one item at a time, built entirely around what one specific customer wants. Nothing is mass-made — every single "job" starts from scratch and is tailored to that order.

Key characteristics

• Customisation — every product is shaped around the customer's specific requirements.
• Low volume — you can't mass-produce something unique, so quantities stay small.
• Variability — because nothing is standardised, materials and the process itself change from job to job.
• Skilled labour — you need craftsmen/technicians who can handle intricate, non-repetitive tasks.
• Longer lead time — customisation takes time, so orders take longer to fulfil than mass-produced goods.

1.2 Batch Production

Batch production is the "middle ground" — instead of making one unique item or millions of identical ones, you make a set group (a "batch") of identical products together, before switching over to make a different batch. Each batch moves through the whole production process — from raw material to finished good — before the next batch begins.

1.3 Flow (Mass) Production

Flow production is what most people picture when they think "factory" — a continuous, non-stop sequence of operations on a production line. Materials move through a series of workstations, each doing one specific job, until an identical finished product rolls off the end. Think car assembly lines or a bottling plant.

Key characteristics

• Division of labour — each workstation/worker specialises in one repeated task.
• Standardisation — every product is identical, keeping the flow smooth and consistent.
• Continuous movement — the product never really stops moving, minimising idle time.
• High volume — built for producing huge quantities efficiently.
• Automation — heavily reliant on machinery to perform repetitive tasks quickly and accurately.

2. Capital & Labour Intensive Production

Beyond how a product moves through production (job/batch/flow), businesses also decide what resource they lean on most — people or machines. This is a separate decision layered on top.

• Delivering services (like teaching) tends to be more labour-intensive than manufacturing.
• Common where labour costs are low — e.g. Bangladesh.
• Common in small-scale production.
• Example: UK schools — teachers plan/deliver lessons and give pastoral support, tasks machines can't easily replace.

• Common for large-scale production of standardised products.
• Common in developed countries where labour costs are relatively high (cheaper long-term to invest in machines).
• Example: Ford uses robots for vehicle manufacturing, with human supervisors overseeing quality.

3. Productivity

Productivity is simply the output per person during a given time period. It's a measure of how efficiently a business is turning its workforce into finished output — not how much it makes in total, but how much each worker makes.

Worked Example (from the source material)

3.1 Ways to Increase Productivity

Higher productivity → lower average costs per unit → the business can either cut prices to attract customers, or keep prices the same and pocket higher profit.

3.2 The Impact of Productivity Improvements

Higher productivity directly feeds into competitiveness — a business's ability to maintain or grow its sales and market share given what its rivals are doing.

• For customers: lower costs can mean lower prices, and more efficient processes often mean better quality and customer service too.
• For workers: higher productivity can mean bonuses (good!) — but also job losses if machinery replaces people, or feeling overworked from pressure to keep raising output (not so good).

4. Principles of Lean Production

Lean production is all about cutting out waste. Not just wasted materials — wasted time, wasted labour, wasted space, wasted everything. The philosophy: use the absolute minimum resources needed to produce the output, without cutting corners on quality.

• Less time — the process is organised as efficiently as possible.
• Fewer materials — sharp focus on reducing waste.
• Less labour — lean production tends to be capital intensive.
• Less space — thanks to Just-in-Time stock management (see below).
• Fewer, trusted suppliers — close working relationships instead of many loose ones.

4.1 Just-in-Time (JIT) Stock Management

Imagine a restaurant kitchen with zero storage room — ingredients arrive exactly when the chef needs them, not a moment before. That's JIT: raw materials are not stored on-site — they're ordered as required and delivered by suppliers "just in time" for production to use them immediately.

• Requires careful coordination so materials arrive at the exact moment they're needed.
• Needs close relationships with suppliers — sometimes they even need to be located nearby.
• Especially useful in dynamic markets where product designs change frequently — holding lots of stock risks it becoming obsolete before it's used.
• Where competition is fierce, JIT-driven lean production ensures high quality → competitive advantage.

4.2 Kaizen (Continuous Improvement)

Kaizen is Japanese for "change for the better." It's about taking small, continuous steps to improve productivity by eliminating waste — not one big dramatic overhaul, but constant tiny tweaks, always reviewed, always focused on meeting customer needs.

• Changes are small and ongoing, not significant one-off events.
• Requires long-term cultural and management commitment — this can't just be a slogan on a wall.
• All workers must be actively involved in suggesting improvements, not just managers.
• Ongoing training and development is essential to keep it working.

Common Kaizen elements: zero defects in manufacturing, high automation, and high cooperation between workers and management (teamwork, empowerment to work creatively). Staff training and computer inventory systems also reduce wastage by cutting down on human error.

4.3 The Seven Wastes

Lean production specifically targets seven types of waste — anything that stops a business being efficient:

Benefits of reducing waste

5. The Impact of Technology in Production

5.1 Use of Robotics

Robots automate production processes and are used far more widely than just in factories. They're programmed to collect data from their environment via sensors, and increasingly use artificial intelligence (AI) to improve their own performance over time.

Technologies that work alongside robots

5.2 Technology Costs, Productivity, Quality & Flexibility

Technology isn't free — installing and maintaining it involves real costs: possibly external finance (loans + interest), staff training time, and "down time" while it's all set up, which temporarily hits output.

Businesses must be certain the capital expenditure is outweighed by the gains in productivity, quality, and flexibility:

• Higher productivity from automation usually only pays off with high levels of output — it works best for standardised products.
• Flexibility = how easily machinery can switch to producing different products (called retooling). The most flexible technology tends to be the most expensive.

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