Advanced Management Accounting Flashcards

1
Q

What is target costing?

A

Target costing is a strategic cost management technique used by companies to manage costs during the product development phase. It focuses on determining the maximum allowable cost for a product based on the target selling price and desired profit margin. By integrating cost considerations into the product design process, target costing aims to achieve cost efficiency and maintain profitability.

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2
Q

Key characteristics of target costing?

A

Customer focus: Target costing starts with identifying customer needs and preferences to determine the target selling price. The perceived value of the customer plays a crucial role in setting the cost targets.
Cross-functional collaboration: Target costing requires collaboration between various departments, including product design, engineering, purchasing, production, and marketing. Cross-functional teams work together to achieve cost reductions and find innovative solutions.
Cost reduction throughout the lifecycle: Target costing emphasizes cost reduction efforts throughout the product’s life cycle, from the initial design phase to production and beyond.

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3
Q

Stages and process of target costing?

A

Target pricing: Target pricing is determined by considering market factors, desired profit margins, and the perceived value of the product. The target cost is calculated by subtracting the desired profit margin from the target selling price. This cost becomes the maximum allowable cost for the product.
Estimate the actual cost of the product: Cross-functional teams work together to design and develop the product. The emphasis is on cost efficiency, value engineering, and finding ways to achieve the target cost without compromising product quality or customer expectations.
Cost analysis: Cost analysis is performed to identify cost drivers and areas where cost reductions can be achieved. Value engineering techniques are used to identify alternative materials, processes, or design changes that can lower costs without sacrificing quality or functionality.

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4
Q

Decision rule in target costing?

A

The decision rule in target costing is simple: the cost of the product should not exceed the target cost. If the estimated cost exceeds the target cost, cross-functional teams must find ways to reduce costs, improve efficiency, or explore alternative solutions until the target cost is achieved.

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5
Q

Advantages of target costing?

A

Cost efficiency: Target costing encourages cost-consciousness from the early stages of product development, leading to cost reductions and improved cost efficiency.
Customer-centric approach: By considering customer needs and preferences, target costing helps design products that deliver better value and quality, increasing customer satisfaction.
Competitive advantage: Target costing enables companies to offer products at competitive prices while maintaining profitability, giving them a competitive edge in the market.

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6
Q

Negatives of target costing?

A

Time-consuming: Implementing target costing requires significant time and resources, particularly during the initial stages of market research, design, and cost analysis.
Challenging to implement: Achieving the desired cost reductions while maintaining product quality and functionality can be challenging, requiring effective cross-functional collaboration and innovation.

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7
Q

Attribute Costing

A

A marketing-centric approach that views products as bundles of benefits or attributes.
Aims to determine the costs of these individual attributes, which are seen as the ultimate cost drivers.
Can be used to set target prices and costs, and to identify cost-saving opportunities.

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8
Q

Target / Attribute Costing

A

A process for setting target prices and costs for products.
Starts with determining the target price, followed by calculating the target cost after deducting the target profit per unit.
The actual cost of production is estimated, and if it exceeds the target cost, measures are taken to reduce it.
A ‘Value Index’ for each individual function/attribute is calculated, and cost reduction methods are applied if the index is >1.

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9
Q

Value Engineering

A

A systematic approach to evaluate a product’s design and identify cost-saving alternatives without sacrificing functionality.
Involves functional analysis and design analysis, aiming to reduce the number of parts, use standard parts, or increase modularity.
Can be used to reduce the cost of products without sacrificing their value to customers.

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10
Q

Inter-organisational Cost Management (IOCM)

A

A process for coordinating resources across independent organisations to create value and ensure the achievement of target cost without sacrificing functionality.
Used in strategic alliances, joint ventures, supply chains, and networks.
Requires management accountants to provide information under complex trust/distrust situations in asymmetrically dependent relationships.

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11
Q

What is customer profitability?

A

Customer profitability is the net dollar contribution of individual customers to an organisation.

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12
Q

What is Customer Profitability Analysis (CPA)?

A

CPA is the analysis of the revenue streams and service costs associated with specific customers or customer groups.

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13
Q

What is Customer Lifetime Value (CLV)?

A

CLV is the sum of accumulated cash flows of a customer over their entire lifetime with the company, discounted using the weighted average cost of capital (WACC).

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14
Q

How does CPA work?

A

CPA involves analysing the revenue streams and service costs associated with individual customers or customer groups.
It provides an understanding of the ‘true’ costs of each customer, identifies profitable and non-profitable customers, and informs strategic decision-making related to pricing, discounting, and marketing.
CPA can be supported by Activity-Based Costing (ABC), which allows for more accurate assignment of overhead costs.

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15
Q

What are the benefits of CPA?

A

CPA allows companies to identify the true cost of each customer, make more informed decisions, better prioritise customer service, optimise marketing spend, and improve customer retention.
It also enables the efficient allocation of resources, the evaluation of marketing strategies, and the identification and management of customer-related risks and opportunities.

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16
Q

What are the barriers to implementing CPA?

A

Potential barriers to implementing CPA include convincing management of the benefits, having the necessary data capture systems, overcoming resistance to change among employees, and changing sales incentive systems to reward profitability rather than volume.
CPA may also overlook the combinations of products or services purchased by customers.

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17
Q

What are cost pools?

A

Cost pools are categories of costs associated with serving customers, such as logistics, order processing, technical service, customer consultants, equipment, sales, marketing, and business development.

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18
Q

What are cost drivers?

A

Cost drivers are factors that cause costs to increase or decrease, such as the costs charged by logistics partners, the number of orders placed by customers, service hours spent by mechanics at customers, consultant hours spent at customers, cost of equipment placed at customers, and sales volume.

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19
Q

How can customers be segmented?

A

Customers can be segmented based on various dimensions, such as profitability and loyalty.
Common approaches include the one-dimensional model (Platinum, Gold, Iron, Lead tiers) and the two-dimensional matrix (e.g., net price vs. cost to serve, contribution to sales vs. volume).

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20
Q

What is CLV?

A

CLV is a measure of the net present value of the future income stream derived from a customer over their entire relationship with the company.
It incorporates factors such as the price paid by the customer, the cost of serving the customer, the probability of repeat purchases, the company’s discount rate, and the cost of acquiring the customer.

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21
Q

Decision Trees

A

Decision trees are a powerful tool for analysing complex decision-making scenarios.
They are constructed by representing decisions as nodes and possible outcomes as branches.
The expected value of each decision option can be calculated by multiplying the probability of each outcome by the value of that outcome.
Decision trees can be used to assess risks, identify critical factors, and communicate complex information to stakeholders.

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22
Q

Sensitivity Analysis

A

Sensitivity analysis is a technique used to assess the impact of changes in key variables on a decision.
It involves varying the values of key variables and recalculating the expected value of each decision option.
Sensitivity analysis can help identify critical factors and potential risks that could significantly impact the outcomes of a decision.

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23
Q

What is a decision tree?

A

A decision tree is a powerful tool for analysing complex decision-making scenarios. It is constructed by representing decisions as nodes and possible outcomes as branches. The expected value of each decision option can be calculated by multiplying the probability of each outcome by the value of that outcome.

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24
Q

What is sensitivity analysis?

A

Sensitivity analysis is a technique used to assess the impact of changes in key variables on a decision. It involves varying the values of key variables and recalculating the expected value of each decision option. Sensitivity analysis can help identify critical factors and potential risks that could significantly impact the outcomes of a decision.

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25
Q

How can decision trees and sensitivity analysis be used to make better decisions?

A

Decision trees and sensitivity analysis can be used to make better decisions by helping to quantify potential outcomes, assess risks, and consider different scenarios. These techniques enhance the robustness and reliability of decision-making processes, leading to more effective strategic planning and resource allocation.

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26
Q

What is the impact of market structure on pricing?

A

The market structure impacts the price an organisation can charge. In a perfectly competitive market, with no barriers to entry/exit, perfect information, no transaction costs, and homogeneous products, prices are highly competitive. In an imperfect market, characterised by monopolies, oligopolies, or monopolistic competition, companies can exert more influence over prices.

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27
Q

What are some common pricing strategies?

A

Some common pricing strategies include cost-based pricing, market-based pricing, penetration pricing, and market skimming.
Cost-based pricing emphasises covering the company’s costs. Prices are typically set based on a formula that adds a targeted return to the total cost of production.
Market-based pricing focuses on the perceived value to the customer. This strategy centres pricing decisions on the perception of the product’s worth, rather than solely on the cost of production.
Penetration pricing involves charging a low price initially to gain market share before raising prices.
Market skimming starts with a high price to capitalise on inelastic demand, before lowering the price to attract more price-sensitive customers.

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28
Q

What is the Theory of Constraints (TOC)?

A

The Theory of Constraints (TOC) is a methodology introduced by Eliyahu M. Goldratt to improve organisational performance. It is based on the principle that a chain is only as strong as its weakest link, and therefore, the slowest department limits production rates, also known as a bottleneck. The ultimate goal is to increase throughput (rate at which the system earns money) while reducing inventory and operational expenses.

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29
Q

What are the Five Focusing Steps of TOC?

A

The Five Focusing Steps of TOC are:
Identify the system’s constraints.
Decide how to exploit the constraints.
Subordinate everything else to the decisions made at step 2.
Elevate the system’s bottlenecks.
If a new constraint arises, revert to step 1. Don’t let inertia become a new bottleneck.

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30
Q

What are the advantages of TOC?

A

Preventing non-critical machines from being run to capacity, thus avoiding excess inventory and related costs.
Assisting in making optimal decisions.
Being simpler to understand than linear programming.
Enhancing understanding of how constrained resources contribute to profitability.

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31
Q

What is Throughput Accounting?

A

Throughput Accounting is a method of accounting that focuses on throughput (sales revenue minus direct materials cost) and other operational expenses (all operating costs excluding direct materials). The goal is to maximise the throughput return per bottleneck hour, while keeping conversion costs to a minimum.

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32
Q

What are some criticisms of Throughput Accounting?

A

Its potential oversimplification of operating expenses as fixed.
The risk of overemphasising a single bottleneck, potentially losing opportunities to increase net throughput.

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33
Q

What is quality?

A

Quality is an attribute of a product or service that signifies its excellence, and it’s often determined by its ability to meet customer needs and expectations.

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34
Q

What are the strategic dimensions of quality?

A

Quality is a key competitive variable, offering a strategic advantage to businesses. Quality improvement programs can lead to customer satisfaction, increased business volume, and prevention of market share decline. Quality affects profits from both the revenue and cost dimensions. Furthermore, the PIMS database shows that perceived superior quality leads to higher ROI.

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35
Q

What is Total Quality Management (TQM)?

A

Total Quality Management (TQM) is a continuous improvement strategy in quality, productivity, and effectiveness, with management taking responsibility for processes and outputs. It involves corporate quality planning, leadership commitment, a TQM culture, structures, staff development, and a focus on quality costs. It contrasts with traditional management, which often looks for quick fixes and short-term goals. TQM emphasises long-term, continuous improvement and is motivated by customer satisfaction.

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36
Q

What are the two aspects of quality?

A

The two aspects of quality are quality of design and conformance quality. Quality of design measures how well a product or service meets customer needs and wants, and conformance quality refers to how consistently a product or service performs according to design and product specifications.

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37
Q

What are the costs of quality?

A

The costs of quality are the costs incurred to ensure that products, materials, or services meet specifications, as well as the costs incurred due to products or services not conforming to requirements or customer/user needs. The costs of quality can be divided into three categories: costs of prevention, costs of appraisal, and costs of failure.

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38
Q

What is strategic cost management?

A

Strategic cost management involves understanding the ‘true’ makeup of costs and reflecting that in decision-making information. It moves from cost containment to cost management, using tools like life cycle costing, target costing, value engineering, Kaizen, and Theory of Constraints (TOC). It also includes reporting quality costs and strategically using Activity-Based Costing/Management (ABC/M) to add value and improve decision-making in the value chain, supply chain, and in determining product and customer profitability.

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39
Q

What is the role of management accountants in quality management?

A

Management accountants play a key role in quality management by providing information and analysis to help managers identify and reduce costs, improve efficiency, and meet customer requirements. Management accountants can also help to implement quality improvement programs and measure the results of those programs.

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40
Q

What are the characteristics of traditional production?

A

The characteristics of traditional production include low product differentiation, slow customer response, low automation, large batch sizes, functional layout, centralisation, tall hierarchy, and semi-skilled specialised workers.

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41
Q

What are the characteristics of lean production?

A

The characteristics of lean production include a high degree of product differentiation, fast response to customer demand, high automation, small batch sizes, flow-based layout, decentralisation, flat hierarchy, and multi-skilled collaborative workers.

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42
Q

What is standard cost?

A

Standard cost is the planned unit cost of the product, component, or service produced in a period. It is used for pricing contracts, valuing inventory, evaluating performance, alerting managers to potential issues, and promoting motivation.

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43
Q

What is variance analysis?

A

Variance analysis identifies and understands the difference between planned and actual performance. It allows detailed reporting of variances, enabling responsible managers to investigate reasons and take remedial action or change the standard.

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44
Q

What are planning and operating variances?

A

Planning variances arise from changes in external factors unknown to standard-setters at planning time. Operational variances arise from factors within the control of operational managers. Planning variances adjust the original standard to reflect current reality, while operational variances indicate the extent to which current reality has been achieved. These variances can be calculated for changes in material prices or usage, labour rate or efficiency changes, and sales price or volumes.

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45
Q

MACSs and Strategy

A

Defender
Holds a strong position in a narrow product-market domain
Traditional centralised functional organisation
Detailed controls
Prospector
Creates market turbulence with new products
Organic management arrangements
Promotes innovation and entrepreneurial effort
Analyser
Adopts a dual core organisation with tight controls for stable sphere and looser controls for dynamic sphere
Reactor
Has an obsolete strategy, dominated by politics and careerism
MACSs are treated as a bookkeeping system

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46
Q

Porter (1980 / 1985) Five Forces

A

Rivalry among existing competitors
Threat of new entrant
Threat of substitute products or services
Bargaining power of buyers
Bargaining power of suppliers

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47
Q

The Levers of Control Framework

A

Diagnostic Controls
Monitor organisational outcomes and rectify deviations from pre-set standards
Communicate key performance variables
Monitor strategy implementation
Conserve management attention
Interactive Controls
Managers use these systems to assess strategic adequacy over time and engage in subordinates’ decision activities
Focus on strategic uncertainties
Enable fine tuning and alteration of strategies
Choosing interactive systems
Selection depends on strategic uncertainty related to technology, regulation, market protection, value chain complexity, and ease of tactical response
Control systems and incentives
Diagnostic system rewards are typically formula-based
Interactive system incentives reward innovative efforts and contributions based on subjective assessments
Belief Controls
Guide employee behaviour, inspiring commitment to the organisation’s core values, vision, and purpose
Boundary Controls
Help set performance goals and codes of conduct
Guide employee behaviour within limits
Promote creativity and reduce opportunism
Internal Controls
Protect assets, ensure reliable accounting records, and financial information through structural, systems, and staff safeguards

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48
Q

Dynamic Tensions and Balance

A

The levers of control create dynamic tension between innovation and predictable goal achievement, requiring balance between planned strategies and emergent strategies
Examples of balancing the levers of control
Diagnostic processes can facilitate interactive debate to produce new strategies
Diagnostic and boundary processes can provide employees with guidelines and targets
Balance between diagnostic and belief systems can be achieved when strategic plans are communicated as part of a belief system, and then converted into measurable success factors.
Managers may combine boundary and belief systems to articulate limits around strategic opportunities
Unbalanced emphasis on any one lever may lead to unintended consequences:
Excessive focus on interactive processes may cause constant change, destabilising the organisation or hindering operational tasks.
Overuse of diagnostic systems can stifle dialogue, innovation, creativity, and conceal the need for change.
Rigid boundary systems may prevent employees from seeking higher-reward alternatives
Overemphasis on current belief systems can lead to pathological conformity, impeding necessary change when the environment demands a shift in the existing paradigm

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49
Q

Creativity and Innovation

A

Creativity
Refers to the ability to conceive unique ideas and inventions
Innovation
Implementation of these novel ideas
Both require different organisational and individual capabilities
Control in creativity and innovation involves selecting and training employees, strengthening communication, and celebrating success to instil shared values

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50
Q

Prescriptions for Organisation Design for Creativity

A

Larger organisations need to adopt characteristics of smaller organisations to foster creativity
These include an entrepreneurial atmosphere, market interaction, flat structures, and developmental offshoots

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51
Q

An Early Organisational Arrangement: Skunkworks

A

Skunkworks is a style of operation where small teams, without organisational or physical barriers, develop a new product from idea to commercial prototype.
Skunkworks environments promote innovation through the escape from routine organisational procedures, fostering creativity through clan control, which emphasises shared values and high commitment

52
Q

Early Prescriptions for the Design of Organisations for Innovation

A

Specific innovations might be new products or processes, often handled by multi-disciplinary project/program teams.
For highly innovative organisations, a matrix organisation structure could be suitable

53
Q

Matrix Organizational Structure

A

In a matrix organisational structure, functional and staff personnel are assigned to both a basic functional area and a project or program manager.

54
Q

What is risk?

A

Risk is the potential of encountering danger, loss, or other adverse consequences due to uncertain future events.
It affects the strategic, operational, and financial objectives of an org

55
Q

Types of risk

A

Business/Strategic
Political
Economic
Social
Technological
Environmental
Legal
Competitive
Risk of new entrants
Supplier
Customer

56
Q

Risk management

A

Risk management involves understanding and managing the risks an entity faces in achieving its objectives.
It’s not about eliminating risk, but understanding and harnessing it for sustainable performance.
The international standard for risk management is ISO31000, which defines risk as the effect of uncertainty on objectives.
Risk management has evolved to become an integrated process that manages risk throughout the organisation, known as Enterprise Risk Management (ERM).
ERM is now considered a cornerstone of good governance.

57
Q

Key frameworks for internal control

A

The COSO Integrated Framework (1992)
The Sarbanes-Oxley Act (2002)
The COSO framework (2013)

58
Q

Simons’ Dangerous Triad

A

Pressure
Opportunity
Rationalization

59
Q

Risk Management Frameworks

A

These frameworks help enhance organisational performance when adopted holistically, not just for compliance.
Key elements to understand about an organisation include Risk Culture, Risk Appetite, and Risk Tolerance.
An effective framework involves Risk Assessment, Risk Evaluation, Risk Treatment, and Risk Reporting.

60
Q

The Risk Management Cycle

A

Involves establishing a risk management group, setting goals, and a 6-step control loop:
Identifying risk areas using methods such as workshops, interviews, brainstorming, process mapping, etc.
Assessing the scale of risk by evaluating the impact and likelihood.
Developing a risk response strategy (Risk Retention, Risk Avoidance, Risk Reduction, Risk Transfer).
Implementing the strategy, allocating responsibilities to relevant managers with clear targets and deadlines.
Monitoring the effectiveness of the implemented controls.
Regularly reviewing, refining, and restarting the process.

61
Q

Enterprise Risk Management (ERM)

A

ERM integrates management of all risks for a collective view.
Involves staff at every level of the organisation, is embodied within the organisational strategy, and takes an ‘enterprise-wide’ view of risks.
The ERM framework reflects relationships between objectives, components, and different organisational levels.
The success of an ERM framework depends on the commitment of top management, assignment of risk management within the organisation, appropriate training/funding, and developing enhanced risk awareness among all stakeholders.

62
Q

Risk and Control Techniques

A

A sound internal control system can manage routine operational and compliance risks, well-maintained accounting systems, and policies for protecting assets and information.
External uncontrollable risks can be managed by “tail-risk” meetings and scenario planning.
Strategic risks can be managed by understanding the relationship between strategic objectives and risk, risk reviews at strategy review meetings, risk mitigation initiatives, heat maps, and Key Risk Indicator scorecards.

63
Q

The Three Lines of Defence (3LOD)

A

Endorsed by Basel III, 3LOD is a method for organising risk and controlling ownership and accountability across an organisation.
The model prescribes a clear allocation of responsibilities across three lines of defence, but in practice, the boundaries can be blurred.

64
Q

Scope of sustainability:

A

Sustainability involves economic, ecological/environmental, and social aspects.

65
Q

Sustainability Balanced Scorecard (SBSC):

A

The SBSC is a performance measurement tool that integrates the three pillars of sustainability into the traditional Balanced Scorecard (BSC) framework.

66
Q

Simons’ Levers of Control and Sustainability:

A

Simons’ Levers of Control (LoC) framework provides tools for managers to deal with strategic uncertainties and ensure the successful implementation of intended strategies.

67
Q

The Integration Problem:

A

The integration problem refers to the challenges of linking traditional MCS and sustainability focused SCS.

68
Q

CSR, Strategy and MACSs – A Levers of Control Perspective:

A

Management Accounting Control Systems (MACS) play an essential role in developing and renewing CSR strategy.

69
Q

Integrating CSR into SM and SMA:

A

Integrating CSR into Strategic Management (SM) and Strategic Management Accounting (SMA) is critical for sustainable business.

70
Q

Big Data:

A

Big Data refers to the massive volume of structured and unstructured data that traditional database and software techniques can’t analyse.

71
Q

Big Data: Complexity and Variety:

A

Big Data is complex and varied, comprising both structured and unstructured data.

72
Q

Data-Driven Decision Making (DDD):

A

DDD is the practice of basing decisions on the analysis of data, rather than intuition.

73
Q

Big Data and Management Accounting Opportunities:

A

Strategy, Structure and MACSs: Big Data offers accountants and finance professionals new opportunities to take on a more strategic role in business.

74
Q

Implications of Big Data:

A

The digital age and the explosion of data have created new risks, particularly cybersecurity risks.

75
Q

Role of Management Accountants: Planning

A

Management accountants help set the strategic and operational objectives of the organisation. They provide information necessary for budgeting and forecasting, capital budgeting decisions, and investment appraisals.

76
Q

Role of Management Accountants: Decision-making

A

Management accountants provide relevant data to help decision-making processes, such as pricing, product mix decisions, make or buy decisions, and many others.

77
Q

Role of Management Accountants: Performance Measurement

A

They design and implement performance metrics (KPIs) and balanced scorecards to track the organisation’s progress towards its objectives. They compare actual performance against budgeted figures and investigate variances.

78
Q

Role of Management Accountants: Control

A

Management accountants provide information for monitoring and controlling resources and operations. They assist in cost control, inventory management, and efficiency improvements.

79
Q

Variable Costs:

A

These are costs that vary directly with the level of production or service activity. Examples include direct materials and direct labour costs.

80
Q

Fixed Costs:

A

These costs remain constant over a certain range of activity or period, regardless of the level of output. Examples include rent, salaries, and depreciation.

81
Q

Direct Costs:

A

These are costs that can be specifically traced to a particular product, department, or project. They include items like direct materials and direct labour used in producing a product.

82
Q

Indirect Costs:

A

Also known as overheads, these are costs that cannot be directly tied to a specific product or department, but are necessary for the operation of the business. Examples include utilities, administrative salaries, and maintenance costs.

83
Q

Sales Budget:

A

Estimation of future sales revenue. It forms the basis of other budgets.

84
Q

Production Budget:

A

Determines the number of units to be produced to meet the sales demand and maintain desired inventory levels.

85
Q

Cost Budgets:

A

These include direct materials, direct labour, and overhead budgets.

86
Q

Cash Budget:

A

It provides an estimate of cash inflows and outflows for the period to ensure sufficient liquidity.

87
Q

Master Budget:

A

It consolidates all individual budgets into an overall budget for the company.

88
Q

Setting Standards:

A

Standards are set based on historical data, engineering studies, and management’s expectations.

89
Q

Variance Analysis:

A

Actual costs are compared with standard costs to calculate variances, which are then analysed to understand their causes.

90
Q

Performance Evaluation:

A

Variances are used for performance evaluation. Favourable variances indicate efficiency, while unfavourable variances signal inefficiency.

91
Q

Price and Efficiency Variances:

A

These are specific types of variances used to evaluate the efficiency of resource usage and the effectiveness of purchasing decisions.

92
Q

Continuous Improvement:

A

Standard costing promotes a culture of continuous improvement by identifying areas of inefficiency and opportunities for cost reduction.

93
Q

Big Data Analytics

A

Definition: Big Data refers to the vast volume, velocity, and variety of data beyond the capacity of traditional data processing methods. Big Data Analytics involves processing and analysing this data to derive valuable insights that aid decision-making.
Current Trend: Management accounting is increasingly integrating Big Data Analytics. Accountants have started using sophisticated data analysis tools for financial forecasting, budgeting, risk management, and to uncover hidden patterns, correlations, and other insights.
Impact: The integration of Big Data Analytics into management accounting has led to more accurate and timely financial reporting, enhanced predictive capabilities, improved business performance, and better decision-making.

94
Q

Automation

A

Definition: Automation refers to the use of technology to perform routine tasks traditionally performed by humans. In the context of management accounting, this could include tasks such as data entry, invoice processing, or financial report generation.
Current Trend: Automation technologies like Robotic Process Automation (RPA) are gaining popularity in management accounting. These technologies can handle repetitive tasks, reduce the risk of human errors, and increase operational efficiency.
Impact: Automation in management accounting frees accountants’ time, allowing them to focus on more strategic and value-adding activities, such as financial planning and analysis. This leads to increased productivity, cost savings, and improved accuracy in financial reporting.

95
Q

Artificial Intelligence (AI)

A

Definition: AI is a branch of computer science that aims to create intelligent machines that can perform tasks requiring human intelligence, such as learning, decision-making, and problem-solving.
Current Trend: AI applications are increasingly integrated into management accounting. These can perform complex tasks, such as predictive analytics, risk assessment, fraud detection, and even strategic financial advice.
Impact: AI’s role in management accounting is transformative. It enhances the accuracy of financial forecasts, improves risk management, and accelerates decision-making. Additionally, AI can help automate complex tasks, thereby increasing efficiency.

96
Q

AI: Future Implications

A

Efficiency and Accuracy:
Technological advancements are poised to make management accounting functions more efficient and accurate. Automation reduces the chances of human error, and Big Data and AI facilitate in-depth and precise analysis.
Data-Driven Decision Making: As technology continues to evolve, management accounting will become more data-driven, enhancing strategic decision-making capabilities. This will enable businesses to anticipate market changes and align their strategies accordingly.
Skillset Shift: The future of management accounting will require professionals to have different skills. In addition to traditional accounting knowledge, they will need to understand and utilise advanced technologies, making IT skills and data analysis crucial for success.

97
Q

AI: Role Transformation:

A

With routine tasks being automated, management accountants will shift more towards strategic planning, advisory roles, and data analysis. They will play a pivotal role in providing business intelligence and strategic guidance.

98
Q

Simons’ Levers of Control Framework

A

Belief Systems
Boundary Systems
Diagnostic Control Systems
Interactive Control Systems

99
Q

Belief Systems

A

Core values, mission, and vision
Guide an organization’s operations and strategic decisions
Set the direction and inspire positive actions
Help employees understand the broader purpose of their work

100
Q

Boundary Systems

A

Rules, guidelines, and limits
Prevent undesirable actions and decisions
Define the “do not cross” lines
Help avoid potential risks

101
Q

Diagnostic Control Systems

A

Performance measurement systems
Monitor, track, and adjust the execution of strategic initiatives
Help identify deviations and take corrective actions
Key Performance Indicators (KPIs) or performance dashboards

102
Q

Interactive Control Systems

A

Facilitate dialogue and communication throughout the organization
Encourage learning, detect emerging opportunities or threats, and promote adaptation and innovation
Regular team meetings, open-door policy, etc.

103
Q

Enterprise Risk Management (ERM)

A

Holistic, organization-wide approach to identifying, assessing, and managing risks
Aims to balance risk and performance to achieve strategic goals

104
Q

Risk Identification

A

Recognize potential events that could adversely affect the organization
Requires a deep understanding of the business environment, relevant laws and regulations, and the organization’s own processes and systems

105
Q

Risk Assessment

A

Evaluate the identified risks in terms of their potential impact and likelihood of their occurrence
Typically involves quantitative methods (like financial metrics) and qualitative methods (like expert judgment)

106
Q

Risk Control

A

Develop strategies to manage identified risks
Strategies could involve risk avoidance, risk reduction, risk sharing, or risk acceptance

107
Q

Risk Monitoring

A

Track identified risks, regularly review the risk management process, and make necessary adjustments to the risk strategy

108
Q

Usage of Simons’ Levers of Control & ERM in Strategic Decision-Making

A

Identify and assess risks
Manage risks
Ensure strategic alignment
Promote communication and learning

109
Q

Social Accounting

A

Definition: The process of communicating the social and environmental impacts of an organization’s economic actions to a wide range of stakeholders.
Key aspects:
Assessment and communication of both positive and negative impacts
May include aspects like labor practices, human rights, community development, health and safety, and contributions to society
Voluntary activity, aiming to provide a more comprehensive picture of an organization’s performance

110
Q

Corporate Social Responsibility (CSR)

A

Definition: The commitment of a company to manage its activities responsibly to create a positive impact on society.
Key aspects:
Economic, social, and environmental dimensions
Voluntary going beyond what’s legally required to achieve social and environmental objectives during normal business operations
Areas of CSR include ethical labor practices, philanthropy, volunteering, and environmental conservation

111
Q

Sustainability Accounting

A

Definition: A field of accounting that integrates social and environmental factors into financial reporting. It provides a holistic view of a company’s performance, stability, and sustainability.
Key aspects:
Goal to help organizations measure, understand, and communicate their economic, environmental, social, and governance performance
Use of sustainability metrics in the accounting process
Helps in decision-making, risk management, and strategic planning

112
Q

Environmental Accountability

A

Definition: The responsibility of businesses towards the environment as part of their operational strategy. It’s the commitment to reduce environmental harm and, where possible, provide environmental benefits.
Key aspects:
Extends across the supply chain
Includes areas such as waste management, resource use, energy efficiency, and emissions reductions
Often integrated into a company’s risk management strategies, as environmental harm can lead to financial risk

113
Q

Integration of these concepts (CSR) into Management Accounting

A

The integration of social accounting, CSR, sustainability accounting, and environmental accountability into management accounting practices can lead to more sustainable business operations.
Key aspects:
Management accounting can use these concepts to incorporate environmental and social costs into traditional financial accounting
Can lead to sustainable strategies and performance metrics
By incorporating these concepts, management accounting can help organizations achieve Sustainable Development Goals (SDGs)

114
Q

Steps for Integration of these concepts (CSR) into Management Accounting

A

Identify and measure the environmental and social impacts of the organization
Incorporate these measurements into financial reports and decision-making processes
Set goals and KPIs linked to environmental and social performance
Continually monitor and report on these goals and KPIs to improve performance over time

115
Q

What is a decision-making model?

A

A decision-making model is a structured process or set of steps designed to help people make choices, particularly in complex or ambiguous situations.

116
Q

What are the key elements of decision-making models?

A

The key elements of decision-making models include:
Objectives: Defining the goal or desired outcome of the decision.
Options: Identifying different choices or courses of action.
Evaluation: Assessing each option against the objectives and considering potential risks and rewards.
Decision: Making a choice based on the evaluation of options.
Implementation: Putting the decision into action.
Review: Checking the effectiveness of the decision and learning from the outcome.

117
Q

What is a decision tree?

A

A decision tree is a specific type of decision-making model that graphically represents potential outcomes in a decision-making process. This model is particularly useful when there are many possible outcomes, and each depends on a series of preceding decisions or conditions.

118
Q

What are the key components of decision trees?

A

The key components of decision trees include:
Decision nodes: These are typically represented by squares. They signify a point where a decision must be made.
Chance nodes: Represented by circles, these signify a point where an outcome depends on chance or uncertainty.
End nodes/leaves: These are the possible final outcomes or decisions of the process.
Branches: These represent different options or outcomes stemming from a decision or chance node.

119
Q

How can decision-making models be used in strategic decision-making?

A

Decision-making models, particularly decision trees, can be invaluable in making strategic decisions, such as investment choices. They can help visualize the possible outcomes of different investment options, the probability of each outcome, and the associated risks and rewards.

120
Q

What are the key benefits of using decision trees in strategic decisions

A

Visual clarity: They provide a clear, visual representation of complex decision-making processes.
Risk assessment: They allow easy visualization and calculation of risk associated with different decisions.
Scenario analysis: They facilitate examination of different scenarios and their potential outcomes.
Cost-effectiveness: They help determine the most cost-effective decision by quantifying potential outcomes.
Flexibility: They can be adapted to different scenarios and decisions.

121
Q

Cost-Plus Pricing

A

Definition: A pricing strategy that involves calculating the total costs of producing a product, and then adding a mark-up to arrive at the sale price.
Pros:
Ensures all costs are covered
Easy to calculate
Cons:
May not always consider the value perceived by customers or the prevailing market price

122
Q

Value-Based Pricing

A

Definition: A pricing strategy that sets prices primarily based on the perceived value of a product or service to the customer, rather than on the cost of the product or the prices competitors charge.
Pros:
Can maximise profits
Takes into account customer value
Cons:
Requires a deep understanding of customers and markets
May be difficult to implement

123
Q

Competitive Pricing

A

Definition: A pricing strategy that involves setting a price based on what the competition charges.
Pros:
Keeps a business competitive
Easy to implement
Cons:
May not adequately reflect costs or the unique value of the product

124
Q

Target Costing

A

Definition: A cost management technique for determining the cost required for a product to earn a desired profit margin at a specified market price.
Pros:
Helps ensure profitability
Can lead to cost savings
Cons:
Can be complex to implement
May not always be feasible

125
Q

Cross-Functional Cooperation in Pricing and Cost Management

A

Definition: The need for various departments and teams, such as marketing, production, finance, and research & development (R&D), to work together towards the same goal in order to achieve effective pricing and cost management.
Pros:
Allows for a more comprehensive understanding of the factors that affect pricing and cost management
Can lead to better decision-making
Cons:
Can be difficult to coordinate and manage cross-functional teams

126
Q

Importance of Strategic Decision Making in Pricing and Costing

A

Definition: The need for pricing and costing decisions to be made in a strategic manner, taking into account factors such as market positioning, brand perception, and long-term profitability.
Pros:
Can lead to better decision-making
Can help ensure that pricing and costing decisions are aligned with the overall business strategy
Cons:
Can be time-consuming and complex