3.8 - Industrial Systems
Key definitions in industrial systems
Below are some fundamental terms that describe various aspects of industrial activities.
Essential industrial terminology
- By-product - A secondary item resulting from the main production process, which holds value and can be sold to generate additional revenue.
- Waste product - Material produced during manufacturing that has no value and requires disposal, often incurring costs for the industry.
- Footloose industries - Industries not restricted to specific locations due to minimal dependency on particular resources or energy sources, allowing flexibility in where they operate.
- Industrial agglomeration - The concentration of economic activities or industries in close proximity, often leading to shared benefits like reduced costs and increased collaboration.
- Industrial estate - A designated area specifically planned and zoned for industrial development, providing infrastructure tailored for factories and businesses.
- Greenfield locations - Undeveloped or agricultural sites identified for commercial or industrial projects, often offering space for new developments without existing constraints.
The structure of industrial systems with inputs, processes, and outputs
Manufacturing industries can be viewed as systems that transform resources into finished goods through a series of stages.
Components of industrial systems
- Inputs - The essential resources needed for manufacturing, which include raw materials (like metals or timber), labour (workers and skills), energy (electricity or fuel), and capital (financial investment for equipment and operations).
- Processes - The activities carried out within factories or plants to convert inputs into products, such as machining, assembling, or refining raw materials.
- Outputs - The end results of the processes, primarily the finished products ready for sale. Outputs can also include by-products (valuable leftovers) and waste products (unusable materials requiring disposal).
- Feedback loop - Profits from sales are often reinvested back into the system to improve inputs or processes, enhancing efficiency or expanding production capacity over time.
Classifications of industries using opposing terms
Industries are categorised based on various characteristics, often using pairs of contrasting terms.
Categories of industrial classification
| Classification | Description |
|---|---|
| Large scale vs small scale | Determined by the size of the production facility and the number of employees. Large scale involves extensive operations, while small scale is more limited. |
| Heavy vs light industry | Based on the type of processes and product weight. Heavy industry deals with bulky, weighty products like steel, while light industry produces smaller, lighter items like electronics. |
| Market oriented vs raw material oriented | Refers to location preference. Market-oriented industries are closer to consumers, while raw material-oriented ones are near resource sources. |
| Processing vs assembly | Processing industries transform raw materials directly, whereas assembly industries combine pre-made parts into final products. |
| Capital intensive vs labour intensive | Reflects the ratio of investment. Capital intensive relies heavily on machinery and technology, while labour intensive depends more on human workers. |
| National vs transnational | National industries operate within one country, while transnational ones function across multiple countries, often on a global scale. |
Differences between processing and assembly industries
Industries can be broadly divided into processing and assembly types based on their primary activities.
Characteristics of processing industries
- Focus - Concentrate on the direct transformation of raw materials into usable forms through industrial processes.
- Example - A copper refining plant that extracts and purifies copper ore using heat and chemical treatments.
- Location - Typically situated near raw material sources to minimise transportation costs and ensure a steady supply of resources.
Characteristics of assembly industries
- Focus - Involve combining various pre-manufactured components to create a finished product.
- Example - A laptop production facility where screens, keyboards, and processors are assembled into complete devices.
- Location - Often described as "footloose" due to greater flexibility in choosing locations, as they are less dependent on proximity to raw materials and more focused on access to markets or labour.
Characteristics and significance of high-technology industries
High-technology industries represent a rapidly expanding sector within global manufacturing, playing a crucial role in innovation and economic growth across developed and newly industrialised countries.
Features of high-technology industries
- Growth and presence - Recognised as the fastest-growing manufacturing sector, prevalent in virtually all developed countries and newly industrialised countries (NICs).
- Product focus - Specialise in advanced technological products such as semiconductor chips, software solutions, robotics, and aerospace components.
- Research and development - Characterised by significant investment in research and development to drive innovation and maintain competitive edges in technology.
- Clustering in science parks - Often located in science parks near universities to benefit from:
- Access to highly qualified graduates with expertise in technical and scientific fields.
- Proximity to cutting-edge research and innovation hubs for collaboration and development.
- Example: A tech campus near a leading university, hosting numerous firms developing artificial intelligence and hardware solutions.
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