5.1.1.2. Mechanisation

Mechanisation refers to using gadgets which accomplish tasks. Automation (without aid of human thinking during the manufacturing process) is the advanced stage of mechanisation.

Mechanisation is the process of employing machines to perform tasks that were previously done by humans. This can range from simple tools that assist in manual work to complex automated systems where machines operate independently without human intervention. The progression from mechanisation to automation represents significant technological advancement in manufacturing.

Think of mechanisation like using a bicycle instead of walking. The bicycle makes traveling faster and easier, just like machines speed up production. Automation is like adding a self-driving feature to the bicycle, allowing it to operate without anyone pedaling.

Technological innovations through research and development strategy are an important aspect of modern manufacturing for quality control, eliminating waste and inefficiency, and combating pollution.

Technological innovations improve manufacturing processes significantly. They enable factories to maintain strict quality standards and enhance efficiency by minimizing waste, which means fewer resources are wasted during production. Additionally, advanced technologies help reduce pollution, making manufacturing more environmentally friendly.

Consider how smartphones have changed our lives. Just as smartphones streamline our communication and make tasks easier, technological innovations in manufacturing streamline production processes and improve product quality.

Industries maximise profits by reducing costs. Therefore, industries should be located at points where the production costs are minimum. Some factors influencing industrial locations are access to the market and raw materials.

To be successful, industries seek locations that minimize costs – this includes the cost of raw materials, transportation, and labor. When industries are near their markets, they can sell their products more easily and reduce shipping costs. Similarly, being close to sources of raw materials can lower production costs as well.

Imagine a restaurant sourcing local ingredients. By buying vegetables from a nearby farm, they reduce transportation costs, which in turn saves money that can be passed on to customers. Industries operate similarly by optimizing their location for economic benefits.

Labour supply is an important factor in the location of industries. Some types of industrial manufacturing still require skilled labour.

Labor supply refers to the availability of workers for industries. Certain manufacturing processes require highly skilled labor, especially those involving complex machinery. In contrast, other industries may increasingly rely on automation, which reduces the need for human workers but still requires specific skills for maintenance and operation.

Think of a car factory that produces high-end vehicles. It needs skilled workers who understand advanced technology to assemble complex parts, much like a watchmaker needs specialized skills to create intricate timepieces. In both cases, the right skills are essential for high-quality production.

Industries which use more power are located close to the source of the energy supply such as the aluminium industry.

Energy availability is critical for industries, especially those that require a lot of power. Industries like aluminium smelting need significant energy; hence, they are often sited near hydroelectric power plants or other energy sources. Additionally, efficient transportation systems are crucial for moving raw materials and finished goods.

Just like a coffee shop benefits from being near a coffee supplier to keep fresh beans flowing, industries look to be near their energy sources to ensure smooth and cost-effective operations.

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