2.4 Resource Management Flashcards

1
Q

Methods of Prodution

A
  1. Job production
  2. Batch production
  3. Cell production
  4. Flow production
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2
Q

Define Job production

A

Producing one item at a time, as ordered by the customer

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3
Q

Adv. of job production

A
  1. High quality products
  2. Motivated and highly skilled workers
  3. Customised products can be produced
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4
Q

Disadv. of Job production

A

Production is slow

Labour costs are high

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5
Q

Define Batch production

A

Groups of the same product are produced, before moving on to a group of different products

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6
Q

Adv. of Batch production

A
  1. Lower unit costs than job production – Making items in batches allows some economies of scale (e.g. bulk buying materials).
  2. Flexibility – Different products or variations (e.g. sizes, flavours, colours) can be made in separate batches.
  3. Good for moderate demand – Suits businesses that can’t justify full flow production but need more than job production offers.
  4. Allows quality checks between batches – Problems can be identified before starting the next batch, reducing overall waste.
  5. Specialisation of labour – Workers can become skilled at specific tasks within the batch process, increasing productivity.
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7
Q

Disadv. of Batch production

A
  1. Downtime between batches – Time is wasted when switching between batches (e.g. cleaning machines, changing tools), which reduces efficiency.
  2. Higher unit costs than flow production – It’s less efficient than continuous flow production, so unit costs tend to be higher.
  3. Storage costs – Finished batches may need to be stored before being sold, especially if demand is unpredictable.
  4. Less flexibility to individual customer needs – Products are made in set batches, so customization is limited.
  5. Risk of waste – If a batch is produced based on inaccurate demand forecasts, it might not sell, leading to wasted stock.
  6. Motivation issues – Workers may find the repetitive nature of batch work boring, leading to lower motivation and productivity.
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8
Q

Define Flow production

A

Continuous manufacturing of standardised products, usually on a production line

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9
Q

Adv. of Flow Production

A
  1. Low unit costs – Mass production leads to economies of scale, so the cost per unit is much lower.
  2. High output levels – Flow production is continuous, meaning large volumes can be produced quickly to meet high demand.
    3.Efficient use of labour and machinery – Specialisation and automation boost productivity and reduce errors.
  3. Consistent product quality – The standardised process ensures uniformity across all units.
  4. Less need for skilled labour – Tasks are often repetitive or automated, so training costs are lower.
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10
Q

Disadv. of Flow production

A

Customisation is difficult

Capital equipment can be expensive to purchase

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11
Q

Define Cell Production

A

This involves workers being organised into multi-skilled teams, with each team responsible for a particular part of the production process

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12
Q

Adv. of Cell production

A

Cell production is often more efficient than other methods as workers share their skills and expertise

Motivation is usually high as employees work as a team

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13
Q

Disadv. of Cell production

A

Requires extensive reorganisation of production processes

Teams efficiency may be reduced by weaker workers

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14
Q

Labour Productivity formula

A

Labour productivity= Output/ No. of workers

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15
Q

Capital productivity formula

A

Output/ No. of Machines

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16
Q

Factors that influence productivity

A
  1. Employee motivation
  2. Skills, education & training staff
  3. Business organisation & working practices
  4. Investment in capital equipment
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17
Q

Define Competitiveness

A

Competitiveness refers to the ability of a business to maintain or grow its sales and market share given the presence and actions of rivals

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18
Q

Factors that can influence business efficiency

A
  1. Standardisation of the production process
  2. Relocation or downsizing
  3. Investment in capital equipment
  4. Organisational restructuring
  5. Outsourcing
  6. Adoption of lean production techniques
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19
Q

Define Labour-intensive production

A

Labour-intensive production predominantly uses physical labour in the production of goods/services

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20
Q

Define Capital-intensive production

A

Capital-intensive production predominately uses machinery and technology in the production of goods and services

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21
Q

Adv. of Capital intensive production

A

Low-cost production where output is high

Machines are usually consistent and precise

Machines can run without breaks

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22
Q

Disadv. of Capital intensive production

A

Significant set-up and maintenance costs

Breakdowns can severely delay production

May not provide flexibility in production

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23
Q

Adv. of Labour intensive production

A

Low-cost production where labour costs are low

Provides opportunities for workers to be creative

Workers are flexible (e.g. they can be retrained)

24
Q

Disadv. of Labour intensive production

A

Workers may be unreliable and need regular breaks

Incentives may be needed to motivate staff

Training costs can be significant

25
Define Capacity Utilisation
Capacity utilisation is measure of the level to which a businesses assets are being used to produce output
26
Capacity utilisation formula
Current output/ maximum potential output X 100
27
Implication of Under-utilisation of capacity
If a business has a low level of capacity utilisation, it will not be making the most of its resources and is likely to have increased unit costs Fixed costs are spread over fewer units of output, resulting in higher average total costs Workers may be under-deployed leading to fears of redundancy
28
Implications of Over-utilisation of capacity
If a business has a high level of capacity utilisation, it may not have the flexibility to respond to new orders from customers Staff will be under a lot of pressure to produce high levels of output Overworked staff may be inclined to leave, increasing staff turnover Machinery may be pushed to its limits and prone to breakdowns, which disrupts production and increase costs
29
Ways of improving capacity utilisation
1. Increase sales 2. Increase usage 3. Outsourcing 4. Reduce capacity 5. Redeployment
30
Define Buffer stock
Buffer stock is a quantity of goods/raw materials kept in case of stock shortages
31
Adv. of holding Buffer stock
Stability in supply Buffer stocks ensure a stable supply of goods which is able to respond to unexpected customer demand Price stabilisation Buffer stocks can help prevent extreme price fluctuations as it helps the market to avoid shortages, which would result in rapid price increases Raw materials security Businesses that are dependent on particular raw materials avoid disruption to their supply Competitive advantage By having a reliable supply of goods, businesses can gain a reputation for always being able to meet the needs of their customers
32
Disadv. of holding Buffer stock
Cost Holding buffer stocks can be expensive, as it requires storage facilities and inventory management systems Risk of obsolescence Buffer stocks can become obsolete if the demand for a particular product or input declines Opportunity cost Holding buffer stocks ties up capital that could be invested in other areas of the business
33
Implications of poor stock control
1. Holding too much stock 2. Holding too little stock
34
Define Just in time stock management (JIT)
Just in Time (JIT) stock management is a process in which raw materials are not stored onsite Stock is ordered as required, and delivered by suppliers 'just in time' for production
35
Adv. of JIT stock management
Stockholding costs, including storage costs, are minimised Close working relationships are developed with a small number of trusted suppliers Cash flow is improved as money is not tied up in stocks Unused storage space is available for productive use Teamwork is encouraged so employee motivation is likely to be improved
36
Disadv. of JIT stock management
Bulk buying economies of scale are not generally possible The ability to respond to unexpected increases in demand is reduced Administrative costs related to frequent ordering are increased Unreliable suppliers (e.g. late or poor quality deliveries) can quickly halt production Significant changes to organisational structure and production controls are required
37
Reasons for waste
Stock becomes obsolete unless used by a particular date Perishable stock (food and medicines) that is not used before they deteriorate will need to be thrown away Stock may be damaged as a result of poor storage conditions and may not be suitable for use in the production process
38
Ways to minimise waste
1. Storage 2. Planning 3. Sales tactics
39
Define Lean production
Lean production involves the minimisation of the resources used in production
40
Competitive adv. from lean production
Lower unit costs are achieved due to minimal wastage, so prices may be lower than those offered by competitors Better quality of output is likely as a result of supplier reliability and carefully managed production processes
41
Adv. of Lean production
Less time is required as the production process is organised in the most efficient way Fewer materials are used as there is a focus on waste reduction Less labour is used as lean production is typically capital intensive The space required for production is reduced as a result of just in time stock management A small number of trusted suppliers work closely with the business
42
Methods of Quality management
1. Quality control 2. Quality assurance 3. Quality circles 4. Total quality management (TQM)
43
Define Quality control
Inspecting the quality of output at the end of the production process
44
Benefits of Quality control
Quality specialists are employed to check standards An inexpensive and simple way to check that output is fit for purpose
45
Drawbacks of Quality control
The rejection of finished goods is a significant waste of resources There is little focus on the cause of defects
46
Define Quality assurance
Inspecting the quality of production throughout the production process
47
Benefits of Quality assurance
Quality issues are identified early so products may be reworked rather than rejected The cause of defects is the focus so future quality issues may be prevented
48
Drawbacks of Quality assurance
Staff training and a skilled workforce is required so labour costs may be increased Reworking may lengthen the production proces
49
Define Quality circles
Groups of workers meet regularly to solve quality problems identified in the production process
50
Benefits of Quality circles
Workers may be motivated as they are involved in decision making Relevant and focused solutions are likely as workers are familiar with processes
51
Drawbacks of Quality circles
Management need to have trust in workers’ views and solutions Meetings and structures must be organised regularly
52
Define Total quality management (TQM)
Organisation of the business with quality at its core and with every worker responsible for quality
53
Benefits of TQM
Quality in all aspects of the business improves efficiency A culture of constant improvement exists within the business
54
Drawbacks of TQM
All workers must be committed and receive significant continued training Careful monitoring and control is required
55
Define Kaizen
Kaizen involves a business taking continuous steps to improve productivity through the elimination of all types of waste in the production process
56
Elements of Kaizen:
1. Total Quality Management 2. Just in Time stock management 3. Teamwork and quality circles 4. Zero defects in manufacturing 5. High levels of automation 6. High levels of cooperation between workers and management