ICWA :: Final
Paper 15 : Management Accounting - Enterprise Performance Management
[One Paper: 3 hours:100 marks]
Objective . . .
| • | To understand the importance of performance measurement - both financial and non financial |
| • | To develop the skill of decision making to have competitive advantage |
| • | To gain knowledge of different tools of quality management |
| 1. | Management Control Systems | 10% |
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| • | Control Systems within the framework of the organization |
| • | The application of control systems and related theory to the design of management accounting control systems |
| • | Structure and operation of management accounting control systems |
| • | Behavioural consequences of using management accounting controls); |
| • | Variation in control needs and systems dependent on organizational structure |
| • | Management accounting system - need for detailed costing, overhead allocation and budgeting, identification of non-value adding activities in the accounting function |
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| 2. | Operations Management | 15% |
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| • | An overview of operations strategy and its importance |
| • | Systems used in operations management: Manufacturing Resource Planning (MRP), Optimised Production Technologies (OPT), Just-in-Time (JIT) and Enterprise Resource Planning (ERP). |
| • | Use of the Intranet in information management |
| • | Strategies for balancing capacity and demand including level capacity |
| • | Demand management strategies. |
| • | Benchmarking and Business Process Re-engineering (BPR). |
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| 3. | Cost Planning and Analysis for Competitive Advantage | 25% |
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| • | Value analysis and quality function deployment. |
| • | The benefits of just-in-time production, total quality management and theory of constraints |
| • | Kaizen costing, continuous improvement and cost of quality reporting. |
| • | Learning curves and their use in predicting product/service costs, derivation of learning rate and learning index. |
| • | Activity-based management in the analysis of overhead and its use in improving the efficiency of repetitive overhead activities. |
| • | Multi-product break-even analysis, including break-even and profit/volume charts, contribution/sales ratio, margin of safety etc. |
| • | Simple product mix analysis in situations where there are limitations on product/service demand and one other production constraint. |
| • | Target costing. |
| • | Life cycle costing and implications for marketing strategies. |
| • | Value chain and supply chain management |
| • | Strategic Total Cost Management |
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| 4. | Treatment of Uncertainty in Decision Making | 20% |
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| • | The nature of risk and uncertainty. |
| • | Sensitivity analysis in decision modeling and the use of computer software for 'what if' analysis. |
| • | Assignment of probabilities to key variables in decision models. |
| • | Analysis of probabilistic models and interpretation of distributions of project outcomes. |
| • | Expected value tables and the value of information. |
| • | Decision trees for multi-stage decision problems. |
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| 5. | Enterprise performance measurement systems | 15% |
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| • | Balanced Score Card, EVA |
| • | Segment Performance |
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| 6. | Quality Management | 15% |
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| • | Approaches to quality management, including Total Quality Management (TQM), Statistical Quality Control (SQC) . |
| • | The use of benchmarking in quality measurement and improvement. |
| • | Practices of continuous improvement (e.g. Quality circles, Kaizen, 5S, 6 Sigma). |
| • | Different methods of quality measurement (i.e. operational, financial and customer measures) |
| • | Contemporary developments in quality management. |
| • | External quality standards (e.g. the various ISO standards appropriate to products and organizations). |
| • | Global awards for best practices and business performance |
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