6 Effects Of Technological Developments Flashcards

1
Q

What is mass production?

A

Mass production is the large-scale, highly mechanised industrial production of products.

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2
Q

What has mass production resulted in?

A

It has resulted in the development of a ‘consumer society’ in which the majority of the population are eager to own an ever-expanding range of goods.

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3
Q

What changes did the Industrial Revolution bring to manufacturing?

A
  • The industrial revolution in the late 18th and early 19th century, and particularly James Watt’s development of the first practical steam engine in the 1760s, brought about massive changes in manufacturing.
  • Machinery and industrialisation meant that affordable products could be produced on a large scale.
    -Towns and cities developed along with transport infrastructure and the growth of the design and manufacturing sector.
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4
Q

What was the division of Labour and who pioneered it?

A

• In mass production, ‘division of labour’, where workers carry out a single process in turn, is used to set up a highly organised manufacturing system.
• Such a system facilitates manufacturing products in large (mass) quantities.
• Henry Ford pioneered this approach to drastically reduce car production times.

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5
Q

When and why did mass consumerism blossom?

A

• Mass-consumerism particularly blossomed in the 1930s, following Ford’s innovations and the public’s desire for stylish Art Deco products and the electrical goods that were becoming more available.
• Advertising, packaging, marketing and styling, such as ‘streamlining’ and other design trends, further
encouraged an increasingly affluent and aspirational public to buy ever more products.
• This has led to a 21st Century mass-consumer society where companies seek to satisfy everyone’s wants by
making available a wide array of often ‘throw-away’ products.

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6
Q

What concerns did mass consumerism bring to society?

A
  • Concerns about this are starting to be taken more seriously, as its impact on the environment becomes
    increasingly apparent.
    • There has also been a growth in the teenage market, particularly since the rise of ‘teenage rebellion’ in the
    1950s and 60s, and the massive array of fashion, electronic, leisure and transport products targeted towards them.
    • Younger children are also targeted from a young age through products that satisfy, for example, their desire to: own merchandise associated with popular media, emulate aspects of the ‘grown up’ world and to be ‘cool’ by wearing the ‘right’ brands.
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7
Q

What were the effects of mass production on employment?

A

• The growth of mechanisation resulted in a reduction of the number of people that had previously been required to carry out tasks in a wide range of industries, such as weaving, pottery, glass bottle production and car manufacture.
• The manufacture of inexpensive consumer goods, by low skilled workers in newly mechanised industries, initially led to poor working conditions, low wages, industrial unrest and a polluted environment.
• Machines could replace skilled workers, and the development of technologies such as polymer moulding led to the demise of much traditional craft manufacture of products such as wooden toys and sheet metal kitchenware.
• Modern computer-based design and highly automated manufacture requires a small number of highly skilled technicians, with relatively low skilled operatives carrying out more mundane tasks.

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8
Q

What was Kaizen?

A

Lean production initiatives such as Kaizen, increasingly involved and motivated workers at all levels to improve quality of manufacturing.

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9
Q

What is Built in (Planned) obsolescence?

A

This is the design and manufacture of products requiring replacement on a regular basis.
• Manufacturers are sometimes accused of deliberately shortening the lifespan of their products to maximise profits.

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10
Q

What is an example of planned obsolescence?

A

• An example of this occurred in the early part of the twentieth century when a cartel of light bulb manufacturers deliberately manufactured light bulbs with a shortened life expectancy in order to maximise profits.

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11
Q

Define obsolescence

A

Obsolescence is often linked to technological and functional issues

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12
Q

What factors should consumers consider as either a cynical marketing strategy or signs of a genuine desire to move product development forward

A
  • Unavailability of spare parts for older models.
  • Software incompatibility, such as older computers and phones
    being unable to run the latest operating systems.
  • Removal of smartphone headphone socket and older types of
    connector to facilitate ‘sleeker’ designs.
  • The introduction of superior, desirable features such as multiple cameras on new smartphones. (The modular and upgradeable ‘Fairphone’ is an example of the search for a more customer- friendly and sustainable approach.)
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13
Q

What is postponement obsolescence?

A

Sometimes, manufacturers release versions of products that are not equipped with their ultimate capabilities, since they may be holding them back for future models.

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14
Q

What is design for maintenance?

A

Designing for maintenance means designing it in such a way that makes maintenance easy.

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15
Q

What are some examples of design for maintenance?

A

• batteries are able to be changed easily
• good access into the product to repair or replace worn out
components
• using ‘modules’ that can be repaired or replaced instead of repairing or replacing the whole product (for example in computers).

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16
Q

Examples of ethical implications manufacturing companies face when they use technology to cut costs?

A

• Automating factories can cut workforce costs by employing fewer people, but this means that some people lose their jobs.
• Manufacturing in a country where labour costs are lower may mean workers are paid less and work in poor conditions, pollution created is higher and there are environmental costs with transporting the products between countries.

17
Q

A classic design and obsolescence

A
  • A classic design defies obsolescence.
    -It is timeless
  • It is still a desired object long after they have ceased to be manufactured. - A classic design transcends (goes beyond) its original function.
  • Its unchanging (or minutely changed) design spans time
18
Q

What is a technology push?

A

New technology or materials are developed and designers take the opportunity presented by this to design new products.

19
Q

What is a market pull?

A

Where users want a product to be improved or redeveloped to meet their needs.

20
Q

Example of a design fail

A

The Sinclair C5 is a classic example of a product which, although it was extremely innovative failed within a very short time of being launched.

21
Q

What is the process of a technology pull?

A

Research & development
Production
Marketing
Need?

22
Q

What is the process of a market pull?

A

Research & Development
Production
Marketing
Expressed market need

23
Q

Example of market pull

A

Cars are a good example of this as they have been round a long time but have been considerably developed over the years to meet clients and society’s needs.

24
Q

What are the six r’s

A

• Recycle
• Reduce
• Reuse
• Rethink
• Refuse
• Repair

25
Q

What is recycling?

A

Products are converted back to their basic materials and remade into new products.

26
Q

Examples of recycling

A

Examples include:
• Glass crushed, melted and made into new bottles.
• Aluminium cans melted down to make new
products
• Plastic bottles recycled into drainage pipes and
clothing. (It takes 25 two-litre plastic bottles to make one fleece.)

27
Q

Recycling in the real world

A

Designers and manufacturers of products need to design products for recycling. Car manufacturers are obliged to label all plastic parts in new cars to aid recycling of all those parts. Electrical and electronic products now have to include recycling instructions for the consumer. Many local councils now collect materials that can be recycled separately from normal domestic waste.

28
Q

What is ‘reduce’

A

Consumers need to look to reduce the number of products they buy, or consider buying products that use less energy.

29
Q

How can retailers and manufacturers ’reduce’?

A

Manufacturers are looking to design products that:
• have less materials in the product
• take less energy to manufacture
• need less packaging during transport.
Retailers can reduce carbon emissions by transporting products straight to the consumer from the place of manufacture, instead of via warehouses and shops

30
Q

What is ‘reuse’

A

Lots of items can be reused in the same form.

31
Q

Ways products can be made reusable

A

Some products have filters that can be washed rather than using disposable, single-use filters.
Consumers could sell or donate products they no longer use themselves, so that someone else can use them.

32
Q

Example of a reusable product

A

Glass milk bottles are a classic product that is reused. A more recent product that can be reused is a printer cartridge, which can be refilled.

33
Q

How can consumers ‘rethink’

A

Consumers can ask the question, “Do I really need this product?” (Do you really need to replace your mobile phone every year?)

34
Q

How can designers and manufacturers ’rethink’

A

Designers and manufacturers can make products that do the same job more efficiently. They can design the packaging so that it is easier to recycle (for example, by making the packaging from a single material).

35
Q

For what reasons could a consumer refuse a product?

A

They can ask the following questions:

  • Should they refuse the product because it is too inefficient (in use, or in its use of materials)?
  • Should they refuse the product because its packaging creates too much waste? (Disposable cups from the coffee shop, plastic carrier bags from the supermarket, plastic water bottles.)
36
Q

What is repair?

A

Instead of throwing things away consumers need to think more about having things repaired.
Designers have a responsibility to design products that can be repaired more easily.