unit 3 aos3 operations management Flashcards

1
Q

operations management

A

operations management is concerned with the strategies that are used to create, operate and control the transformation of inputs into output to satisfy the demands of customers.

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2
Q

operations management’s aim

A

Its aim is to optimise operations and business competitiveness by increasing efficiency and effectiveness

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3
Q

efficiency

A

Efficiency is lowering cost, increasing output using fewer resources (increasing productivity) or using less time to make the product (do not refer to quality or CSR ever in relation to efficiency)

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4
Q

effectiveness

A

Effectiveness is related to achievement of business objectives such as improved quality, decreased waste, meeting CSR goals, increased customer or employee satisfaction

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5
Q

business competitiveness

A

the ability of a business to sell products in a market

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6
Q

productivity

A

a measure of performance that indicates how many inputs (resources) it takes to produce an output (good or service)

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7
Q

outline the relationship between operations and business objectives

A

The core objective of all businesses is to maximise profit. This aim therefore requires businesses to efficiently use resources to produce goods or services at the lowest possible cost. Operations management is responsible for achieving this objective

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8
Q

relationship between operations management and the achievement of business objectives at Yakult

A

Yakult effectively manages its operations through the management of the operations system, implementing technological developments such as automated production lines, quality management strategies of quality control, and waste minimisation strategies such as recycling of skim milk powder bags and plastic bottles. Through these strategies Yakult can ensure the consistent production of high-quality probiotic drinks and meet customer demands, achieving the business objectives of increased market share through the increase in sales.

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9
Q

what are the 3 elements of an operations system

A

inputs, processes and outputs

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10
Q

inputs

A

resources used in the process of production. includes labour, captial and raw materials

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11
Q

transformation process

A

the conversion of inputs into outputs

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12
Q

outputs

A

the end result of a business’s efforts - the service or product that it is delivered or provided to the consumer.

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13
Q

manufacturing businesses

A

use resources and raw materials to produce a finished tangible good.

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14
Q

service businesses

A

provide intangible products, usually with the use of specialised expertise.

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15
Q

2 features of a manufacturing business

A

little customer involvement in production, manufactured goods tend to be standardised

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16
Q

2 features of a service business

A

customer is involved in production, services tend to be tailored to individual customers

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17
Q

3 similarities between service and manufacturing businesses

A

comprises of 3 elements, utilise OM to increase efficiency and effectiveness, core for BO

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18
Q

6 technological developments

A

automated production lines, robotics, computer aided design, computer aided manufacturing, artifical intelligence, online services

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19
Q

automated production lines

A

comprises machinery and equipment arranged in a sequence with components added to a good as it proceeds through each step, with the process controlled by computers

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20
Q

2 advantages of automated production lines

A

Allows a business to produce at faster rates - this will result in higher output and increased productivity
Reduced need for human labour allows a business to produce at reduced cost and increased productivity

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21
Q

2 disadvantages of automated production lines

A

High-cost forms of technology that can be unaffordable to implement, train employees to use it, and to maintain it.
Robotics can break down, halting production.

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22
Q

robotics

A

a highly specialised form of technology capable of complex tasks. used on automated production lines

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23
Q

2 advantages of robotics

A

High accuracy and precision which leads to an increase in quality.
opportunity for production to run 24/7

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24
Q

2 disadvantages of robotics

A

initially it is expensive to set up.
if the system fails, the production process could see major disruptions

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25
computer aided design
a computerised design tool that allows a business to create product possibilities from a series of input parameters
26
2 advantages of computer aided design
Product designs can be produced at a faster rate, without the need for erasing and redrawing. Allows a business to view a design from multiple angles, assisting both the designer and the end user to visualise what will be produced.
27
2 disadvantages of computer aided design
Computer software can crash, resulting in the possible loss of work. Costs and time to implement software and train staff in using the system can be expensive and time consuming, thus detering businesses from the use of CAD.
28
computer aided manufacturing
the use of software to direct and control manufacturing processes
29
2 advantages of computer aided manufacturing
Allows a business to produce at faster rates at reduced cost Allows a business to produce with greater consistency (each component or finished product will be exactly the same) and greater accuracy (free of errors).
30
2 disadvantages of computer aided manufactuting
The use of these strategies can lead to the loss of jobs as fewer employees are likely to be required. CAM systems and machinery are very expensive, requiring a business to make a huge upfront investment.
31
artificial intelligence
refers to systems or machines that mimic human intelligence to perform tasks that are traditionally done by humans
32
2 advantages of AI
can assist with production forecasting and reduce waste in the production process high accuracy and precision in anticipating, assessing and responding to customer needs.
33
2 disadvantages of AI
expensive to set up leads to large scale redundancies
34
online services
assistance and services that are provided via the internet
35
2 advantages of online services
Can be used to deliver consistent messages to customers and suppliers, and can also be used to gain customer feedback A website means that a business is accessible for sales 24 hours a day, 7 days a week.
36
2 disadvantages of online services
Websites and applications can suffer outages or ‘go down’. This can be very frustrating for customers and a business may lose sales Operating websites and applications can require highly skilled staff, who may be expensive to employ or train.
37
materials management
the strategy that manages the use, storage and delivery of materials to ensure the right amount of inputs is available when required in the operations system
38
5 activities materials management involves
recieving materials, storing materials safely, reducing holdings of surplus stock, identifying ongoing materials requirements, controlling the release of materials into the production process
39
4 strategies that improve efficiency and effectiveness related to materials
forecasting, master production schedule, materials requirement planning and Just In Time.
40
forecasting
a materials planning tool that relies on data from the past and present and analysis of trends to attempt to determine future events. This will allow the business to decide what goods or services to produce, how to produce them and in what quantity. In this way, it can estimate or predict what materials are needed, and in what quantities.
40
2 strengths of forecasting
* Ensures that a business maintains an appropriate level of materials for the operations system without overproducing (which would result in the business carrying a large inventory of finished products, representing a cost to the business - stock remaining idle is also prone to theft, damage or spoilage and may become unusable after a period) * Ensures that a business does not find itself underproducing (the situation where it does not have enough inventory for the operations to function), resulting in a loss of customers and possibly a decline in market share
41
2 limitations of forecasting
* Making use of historical data does not necessarily guarantee that past events will continue into the future - it is always possible that unforeseen or unexpected events will occur. * Forecasting, to some degree, will always be inaccurate — this strategy provides a ‘guesstimate’ (a mixture of a ‘guess’ and an ‘estimate’).
42
materials planning (production plan) (+2 types)
an outline of the activities undertaken to combine resources (inputs) to create goods or services (outputs). businesses may use a master production schedule and materials requirement planning.
43
master production schedule
A plan that describes what is to be produced, in what quantities, how and when. The plan is linked to specific delivery dates or contracts for delivery in the future. Inability to meet this schedule may have serious business implications
44
materials requirement planning
involves developing an itemised list of all materials involved in production to meet the specified orders
45
2 strengths of materials planning
* MRP improves efficiency in the location of production resources, providing accurate estimates of materials requirements and delivery dates, allowing the business to control costs. * Both MPS and MRP can be used by a business to make adjustments to production in response to fluctuations in demand.
46
2 weaknesses of materials planning
* Both strategies rely on accurate information - if incorrect information is used, it is likely that errors will occur in the materials planning process. * The cost of implementing both strategies can be inhibitive for many businesses - software and other resources may need to be purchased to facilitate each strategy, and training may also be required.
47
inventory control
ensures that costs are minimised and that the operations system has access to the right amounts of inputs when required
48
just in time
a materials management strategy that ensures that the right amount of material inputs will arrive only as they are needed in the operations process
49
2 strengths of just in time
* Holding less stock in storage reduces storage costs - improves efficiency and effectiveness. * Reduces the risk of any waste occurring in storage - less inventory will be lost or damaged while being stored for long periods
50
2 limitations of just in time
* Materials must be received at the appropriate time - failure to do so can bring a production line to a halt. * Can increase transportation costs as orders are arriving in smaller quantities more regularly
51
quality
the degree of excellence of goods or services and their fitness for a stated purpose
52
when managing quality, a business will... (3)
* minimise waste and defects * strictly conform to standards * reduce variance in final output.
53
3 strategies to improve the efficiency and effectiveness of quality operations
quality control, quality assurance, total quality management
54
quality control
the use of inspections at various points in the production process to check for problems and defects. it is a reactive approach as it detects faults after production.
55
2 benefits of quality control
Improves efficiency by reducing waste from defective products. Contributes to customer satisfaction when quality is maintained.
56
2 limitations of quality control
Defective products or poor service may still reach customers. Can be resource-intensive and may not fully prevent quality issues.
57
quality assurance
the use of a system so that a business achieves set standards in production. It is a proactive and process-oriented strategy as it prevents quality issues. Many businesses use external organisations for audits against national and international standards.
58
2 advantages of quality assurance
Enhances competitiveness and customer satisfaction. Can lead to increased sales and higher profits as customers will know they are certified, thus making the business seem more reliable.
59
2 limitations of quality assurance
Can be costly, especially for small businesses. Documentation requirements can be time-consuming.
60
total quality management
an ongoing, business-wide commitment to excellence that is applied to every aspect of the business’s operation. It is a proactive strategy focused on preventing defects before they occur.
61
2 advantages of total quality management
Shared responsibility: Every employee is responsible for maintaining quality. Leads to improved efficiency, cost reduction, and customer satisfaction.
62
2 limitations for total quality management
Costly and time-consuming to introduce, therefore it takes time before improvements are seen Requires employee training in customer service and problem solving.
63
3 total quality management approaches
employee empowerment, continuous improvement, customer focus
64
employee empowerment
Employees are involved in decision-making and problem-solving. Use of quality circles (teams of workers who regularly meet to solve quality issues).
65
continuous improvement
An ongoing effort to improve standards and processes. Encourages regular evaluation and small incremental changes. Focuses on striving toward perfection in all business activities.
66
customer focus
Emphasises meeting or exceeding customer expectations. All employees, including those working internally, are seen as serving a customer. Each employee works to satisfy the next person in the production chain (internal customers).
67
waste minimisation
a process that involves reducing the amount of unwanted or unusable resources created by the business’s production process in an attempt to improve the efficiency and effectiveness of operations.
68
3 waste management strategies
reducing, reusing, recycling
69
2 benefits to reducing waste
Tackles waste at the source, reducing the need for clean-up or disposal. Decreases business costs and improves efficiency and effectiveness.
70
2 strategies to reduce waste
Just in Time (JIT): Materials arrive only as needed, reducing storage costs. Minimises inventory and lowers the risk of waste from overstocking. Use robotics or automation: Removes human error in repetitive or precision tasks. Produces fewer defective products, reducing waste at its source.
71
2 benefits to reusing waste
Reduces disposal costs, saving the business money. Can potentially generate a second income stream from reused materials.
72
2 benefits to recycling waste
Reduces production costs if recycled materials are used. Environmentally friendly packaging creates a positive public image.
73
5 effective recycling practices
Purchase recycled inputs from the market. Use recyclable materials like paper, glass, aluminium, and plastic. Develop new recycling methods for different items. Avoid hazardous materials that are difficult to recycle. Ensure systematic collection and separation of recyclables to maintain a steady supply.
74
lean management
an approach that improves the efficiency and effectiveness of operations by eliminating waste and improving quality
75
7 wastes a business should work towards eliminating (TIMWOOD)
excess transport, excess inventory, excess motion, waiting time, overprocessing, overproduction, defects
76
4 principles of lean management
pull, one piece flow, takt, zero defects
77
pull
Production is based on customer demand — not forecasts. Avoids overproduction and stockpiling. Reduces inventory costs and prevents damage or spoilage. Customers "pull" value through the system → improves efficiency and effectiveness.
78
one piece flow
Focuses on moving one item at a time through the production process. Ensures all steps add value and removes unnecessary delays. Reduces waiting time, increases quality, and minimises waste.
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takt
Refers to the pace of production needed to match customer demand. Helps establish a steady and consistent workflow. Aids in resource planning to avoid under- or overproduction.
80
zero defects
Strives for perfect quality with no errors or defects. Defects are identified and fixed at the source. Prevents passing faulty products along, saving time and resources. Improves efficiency and customer satisfaction.
81
2 benefits of lean management
Increases efficiency by reducing waste. Enhances effectiveness by improving quality and customer satisfaction.
82
2 limitations of lean management
High implementation effort: Introducing lean management can be time-consuming and complex, especially as it requires a detailed analysis of every stage in the operations system. Requires cultural change: Employees and management must adopt a new mindset, which may meet resistance, particularly if they are used to traditional systems.
83
corporate social responsibility
the obligations a business has above and beyond its legal responsibilities to the wellbeing of employees and customers, shareholders and the community, as well as the environment
84
environmental sustainability
refers to a business making decisions that will allow it, and the rest of society, to interact with the environment both now and into the future.
85
2 considerations for the inputs in an operations system
A business could ensure that suppliers provide materials that come from socially responsible sources. A business could purchase inputs from local suppliers (rather than from overseas) to reduce emissions as a result of transportation — this can also demonstrate support for the local community by providing employment for members of the community.
86
2 considerations for the processes in an operations system
Facilities and technology should contribute to the health and welfare of staff. All employees should have ongoing access to training, as well as fair pay and work conditions above and beyond what is required of legislation.
87
2 considerations for the outputs of an operations system
A business could make use of environmentally friendly packaging (packaging could be minimised to reduce the amount of material and energy used as well as to reduce waste, and recyclable or biodegradable packaging could be used). A business must ensure that its product is safe and reliable — dangerously defective or harmful products can result in the injury or death of consumers.