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TRL4864 FULL REVISION PACK 2026 SEMESTER 1 Question 1: Assessment of Supply Chain Information Systems Functionality REPORT: ASSESSMENT OF SUPPLY CHAIN INFORMATION SYSTEMS (SCIS) FUNCTIONALITY

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TRL4864 FULL REVISION PACK 2026 SEMESTER 1 Question 1: Assessment of Supply Chain Information Systems Functionality REPORT: ASSESSMENT OF SUPPLY CHAIN INFORMATION SYSTEMS (SCIS) FUNCTIONALITY

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THE BMZ ACADEMY




THE BMZ ACADEMY




053 8213




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, THE BMZ ACADEMY
Question 1: Assessment of Supply Chain Information Systems Functionality

REPORT: ASSESSMENT OF SUPPLY CHAIN INFORMATION SYSTEMS (SCIS)
FUNCTIONALITY

To: Management of Company X

From: Supply Chain Consultant

Subject: Assessment of Information System Functionality for Supply Chain
Operations

1. Introduction

In contemporary supply chain environments, information systems are no longer
peripheral support tools but constitute the central nervous system of logistics and
supply chain management. According to Bowersox et al. (2024), supply chain
information systems (SCIS) enable coordination, integration, and synchronization of
material, financial, and information flows across the supply chain. For Company X,
effective SCIS functionality is critical to achieving operational efficiency, visibility,
responsiveness, and strategic alignment. This report assesses the four levels of SCIS
functionality, evaluates the importance of Enterprise Resource Planning (ERP)
systems, and identifies the key enterprise operation modules required for day-to-day
supply chain operations.

2. The Four Levels of Supply Chain Information Systems (SCIS) Functionality

Bowersox et al. (2024) conceptualise SCIS functionality as a hierarchical structure
consisting of four interdependent levels. Each level builds upon the capabilities of the
preceding one, forming an integrated pyramid of information support.

2.1 Transaction Processing Systems

Transaction processing represents the foundational level of SCIS functionality. This
level focuses on the accurate capture, processing, and recording of high-volume,
routine logistics transactions such as order entry, inventory updates, shipment

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confirmation, invoicing, and payments (Bowersox et al., 2019). The primary objective
is operational efficiency, accuracy, and reliability. Errors at this level propagate
throughout the supply chain, leading to poor customer service and increased costs.
For Company X, robust transaction systems ensure consistent execution of the order-
to-cash cycle and provide the data foundation for higher-level analysis.

2.2 Management Control Systems

The second level emphasises performance measurement, monitoring, and control.
Management control systems transform transactional data into meaningful
performance indicators such as order cycle time, inventory turnover, transportation
cost per unit, and service level attainment (Mentzer et al., 2008). These systems
enable exception reporting, allowing managers to identify deviations from standards
and initiate corrective action before service failures occur. Bowersox et al. (2024)
stress that proactive management control enhances operational discipline and
supports continuous improvement initiatives.

2.3 Decision Analysis Systems

Decision analysis systems support tactical and strategic decision-making through
analytical tools, models, and simulations. Typical applications include inventory
optimisation, network design, demand forecasting, transportation routing, and capacity
planning (Simchi-Levi et al., 2022). These systems rely on advanced databases and
quantitative models to evaluate alternative scenarios and trade-offs. For Company X,
decision analysis systems are essential for balancing cost, service, and risk in an
increasingly volatile supply chain environment.

2.4 Strategic Planning Systems

The highest level of SCIS functionality supports long-term strategic planning. At this
level, data from across the enterprise and supply chain are integrated into relational
databases to support strategic decisions such as outsourcing, strategic alliances,
customer segmentation, and supply chain capability development (Bowersox et al.,
2013). Strategic planning systems enable firms to align supply chain strategy with


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corporate objectives, thereby enhancing competitive advantage and long-term
profitability.

3. Importance of Enterprise Resource Planning (ERP) for Logistics and Supply
Chain Operations

Enterprise Resource Planning systems serve as the integrated backbone of modern
supply chain information architecture. ERP systems replace fragmented legacy
systems with a unified platform and a common database, ensuring data consistency,
transparency, and integrity across functions (Monk & Wagner, 2013). For logistics and
supply chain operations, ERP systems facilitate the initiation, execution, and
monitoring of core processes such as order fulfilment, inventory management,
procurement, and production planning. Furthermore, ERP systems integrate logistics
with finance, human resources, and marketing, enabling enterprise-wide visibility and
coordinated decision-making (Bowersox et al., 2024). Importantly, ERP systems
provide the transaction management foundation upon which advanced systems such
as customer relationship management (CRM), supplier relationship management
(SRM), and integrated supply chain management (ISCM) operate, thereby reducing
information distortion and mitigating phenomena such as the bullwhip effect.

4. SCIS Modules Required for Day-to-Day Supply Chain Operations

Effective day-to-day supply chain execution requires a suite of enterprise operation
modules that function in close integration with the ERP system.

4.1 Customer Relationship Management (CRM)

CRM modules facilitate information sharing between customers, sales, and
operations, supporting order management, demand visibility, and service
responsiveness (Payne & Frow, 2005).

4.2 Logistics Execution Systems




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Table of contents

  1. 01 Introduction 2
  2. 02 The Four Levels of Supply Chain Information Systems (SCIS) Functionality 2
    1. Transaction Processing Systems 2
    2. Management Control Systems 3
    3. Decision Analysis Systems 3
    4. Strategic Planning Systems 3
  3. 03 Importance of Enterprise Resource Planning (ERP) for Logistics and Supply 4
  4. 04 SCIS Modules Required for Day-to-Day Supply Chain Operations 4
    1. Customer Relationship Management (CRM) 4
    2. Logistics Execution Systems 4
    3. Manufacturing Planning and Control 5
    4. Purchasing and Supplier Management 5
    5. Inventory Deployment Systems 5
  5. 05 Consumer Connectivity and Blockchain Technology in Modern SCIS 5
  6. 06 Introduction to Integrated Logistics 6
  7. 07 The Five Areas of Logistical Work 6
    1. Order Processing 6
    2. Inventory Management 6
    3. Transportation 6
    4. Warehousing, Materials Handling, and Packaging 7
    5. Facility Network Design 7
  8. 08 Integrated Nature of Logistical Work 7
    1. Three Widely Used Logistics Operating Structures to Improve Logistical 8
    2. Echelon Logistics Operating Structure 8
    3. Direct Logistics Operating Structure 8
    4. Combined Logistics Operating Structure 9
    5. Flexible Structures to Prevent Logistical Failures 10
    6. Conclusion 10
    7. Evaluation of the Elements of Performance Cycle Structures 11
    8. Portrayal of an Echeloned Supply Chain Structure Using Performance 12
    9. Performance Cycle Uncertainty 13
    10. Transaction Marketing versus Relationship Marketing 14
    11. Supply Chain Service Outputs 15
    12. Omnichannel Marketing 15
    13. Fundamental Attributes of Customer Service 16
    14. Customer Expectations 17
    15. Value-Added Services 18
    16. Model of Customer Satisfaction 19
    17. Customer Expectations Related to Logistical Performance 19
    18. Generic Supply Chain Service Outputs 20
    19. Importance of Availability in Customer Service 20
    20. Elements of Operational Performance 21
    21. Illustrate and explain the S&OP processes that QXA must implement 28
    22. Motivate the implementation by referring to the eight keys to achieving 29
    23. Components of a basic forecast model and criteria for evaluating forecast 31
    24. Distinction between qualitative, time series, and causal forecasting 31
    25. Use of moving average, exponential smoothing, and extended smoothing 32
    26. Explaining the Forecasting Process for ABC Online 33
    27. Forecasting as an Integrated Management Process 33
    28. Core Elements of the Forecasting Process 33
    29. Conceptual Illustration of the Forecasting Process 34
    30. Comparative Analysis of Forecasting Techniques 34
    31. Appropriate Forecasting Techniques for a Large Departmental Retailer 35
    32. Reasons Why a Logistics Forecast Is Necessary 36
    33. Requirements of an Effective Forecast Management Process 36
    34. Forecasting Components Relevant to Changing Consumer Demand 36
    35. Appropriate Forecasting Techniques in a Time of Uncertainty 37
    36. Procurement Objectives 38
    37. Continuous Supply 38
    38. Rationalised Inventory Investment 38
    39. Quality Improvement 38
    40. Technology and Innovation 38
    41. Lowest Total Cost of Ownership (TCO) 38
    42. Procurement Strategies 39
    43. Insourcing vs. Outsourcing 39
    44. Volume Consolidation 39
    45. Supplier Operational Integration 39
    46. Value Management 39
    47. Strategy Portfolio Matrix 39
    48. Dimensions of Product Quality 40
    49. Total Quality Management (TQM) 41
    50. Manufacturing Strategies to Meet Individual Customer Requirements 41
    51. Engineer-to-Order (ETO) 41
    52. Make-to-Order (MTO) 42
    53. Assemble-to-Order (ATO) 42
    54. Make-to-Plan (MTP) 42
  9. 09 Introduction 44
    1. Geographical Specialisation 44
    2. Decoupling of Supply Chain Activities 45
    3. Balancing Supply and Demand 45
    4. Buffering Against Uncertainty (Safety Stock) 45
    5. Capital Cost 46
    6. Taxes 46
    7. Insurance 46
    8. Obsolescence and Deterioration 46
    9. Storage Costs 46
    10. Carrying Cost Formula 47
    11. ABC Classification (Pareto Analysis) 47
    12. Inventory Cataloguing and Coding 47
    13. Policy and Parameter Setting 47
    14. Introduction 48
    15. Introduction 50
    16. Main Factors Influencing Transport Costs 50
    17. Distance 50
    18. Volume and Weight 51
    19. Density 51
    20. Stowability 51
    21. Handling Requirements 51
    22. Liability and Risk 52
    23. Market Factors 52
    24. Categories of Transportation Costs 52
    25. Variable Costs 52
    26. Fixed Costs 52
    27. Joint Costs 52
    28. Common Costs 53
    29. Introduction 53
    30. Major Logistical Services (Transport Functionality) 53
    31. Product Movement 53
    32. Product Storage 54
    33. Parties Involved in Transportation and Their Roles 54
    34. Shipper (Consignor) 54
    35. Consignee (Receiver) 54
    36. Carriers, Agents, and Drivers 54
    37. Government 54
    38. Information Technology Systems 55
    39. The Public 55
    40. Visual Representation of Transport Participant Relationships 55
    41. Introduction 56
    42. Transportation Management Systems (TMS) 56
    43. Operational Capabilities 57
    44. Consolidation and Route Optimisation 57
    45. Carrier Negotiation and Cost Management 57
    46. Control and Compliance 57
    47. Payment, Auditing, and Claims 57
    48. Types of Transport Documentation 58
    49. Bill of Lading (BOL) 58
    50. Freight Bill 58
    51. Shipment Manifest 58
    52. Additional Documentation 58
    53. Conclusion 59
    54. Introduction 59
    55. Economic Benefits of Warehousing 59
    56. Consolidation and Break-Bulk 59
    57. Assortment, Mixing, and Cross-Docking 60
    58. Postponement and Value-Added Services 60
    59. Stockpiling and Seasonal Buffering 60
    60. Service Benefits of Warehousing 60
    61. Spot-Stocking 60
    62. Full-Line Stocking 61
    63. Value-Added Services 61
    64. Production Support 61
    65. Conclusion 61
  10. 10 Introduction 62
  11. 11 Primary Warehouse Operations: Product Handling 62
    1. Receiving 62
    2. Product Putaway 62
    3. In-Storage Handling 63
    4. Order-Picking 63
    5. Shipping 63
  12. 12 Product Handling Considerations and Systems 63
    1. Mechanised Systems 63
    2. Automated Systems 64
    3. Information-Directed Systems 64
  13. 13 Storage Planning for Medical Products 64
    1. Product Velocity 64
    2. Weight and Bulk 64
    3. Active vs. Extended Storage 65
  14. 14 Secondary Warehouse Operations 65
    1. Inventory Accuracy and Audits 65
    2. Security 65
    3. Safety and Maintenance 65
    4. Regulatory Compliance 65
  15. 15 Conclusion 66
  16. 16 Introduction 66
  17. 17 The Importance of Site Selection and Warehouse Design 66
    1. Geographic Site Selection 66
    2. Specific Site Evaluation 67
    3. Warehouse Design 67
  18. 18 Warehouse Layout and Sizing 67
    1. Layout Considerations 67
    2. Sizing and Space Planning 68
  19. 19 Functionality of Warehouse Management Systems (WMS) 68
    1. Basic Functionality 68
    2. Advanced Functionality 68
    3. Impact on Operational Efficiency 68
  20. 20 Conclusion 69
  21. 21 Introduction 69
  22. 22 Automated Material Handling Solutions 69
    1. Automated Storage and Retrieval Systems (AS/RS) 70
    2. Automated Guided Vehicles (AGVs) 70
    3. Robotics 70
  23. 23 Integrated Systems for Operational Efficiency 70
    1. Integrated WMS and YMS 70
    2. Information-Directed Systems 70
    3. Pick-to-Light Systems 71
  24. 24 Conclusion 71
  25. 25 Introduction 71
  26. 26 Semiautomated Handling Solutions 72
    1. Automated Guided Vehicle Systems (AGVs) 72
    2. Computerised Sortation Systems 72
    3. Robotics 72
  27. 27 Automated Handling Systems 72
    1. Automated Storage and Retrieval Systems (AS/RS) 73
    2. Automated Order Selection 73
  28. 28 Information-Directed Systems 73
    1. RF Wireless (Wi-Fi) and RFID 73
    2. Light-Directed Operations (Pick-to-Light) 73
  29. 29 Conclusion 73
  30. 30 Introduction 74
  31. 31 Mechanised Handling Systems 74
    1. Benefits 74
    2. Potential Pitfalls 75
  32. 32 Semiautomated Handling Systems 75
    1. Benefits 75
    2. Potential Pitfalls 75
  33. 33 Automated Handling Systems 75
    1. Benefits 75
    2. Potential Pitfalls 75
  34. 34 Recommendation 76
  35. 35 Package Design 76
    1. Cube Minimisation 76
    2. Weight Minimisation 76
  36. 36 Unitisation 77
    1. Rigid Devices 77
    2. Flexible Devices 77
  37. 37 Communication 77
    1. Content Identification 77
    2. Tracking and Instructions 77
  38. 38 Conclusion 77
  39. 39 PART 4: SUPPLY CHAIN LOGISTICS DESIGN 79
  40. 40 Analysis of Four Globalisation Strategies 79
    1. No International Strategy 80
    2. Multi-domestic Strategy 80
    3. Global Strategy 81
    4. Transnational Strategy 81
  41. 41 Comparison of Differential Characteristics of Global Services 81
  42. 42 Overview of Globalisation Strategies Available to XYC Manufacturers 84
    1. No International Strategy 84
    2. Multi-domestic Strategy 84
    3. Global Strategy 85
    4. Transnational Strategy 85
  43. 43 Comparison of the Differential Characteristics of Global Services 85
  44. 44 Illustration and Explanation of How XYC Manufacturers Can Evolve Globally 86
    1. Evolutionary Stages of Global Expansion 87
  45. 45 Challenges and Issues of Global Logistics 88
  46. 46 Five Major Differences Between Domestic and International Operations 89
    1. Performance Cycle Structure 89
    2. Transportation Complexity 89
    3. Operational and Product Considerations 90
    4. Information Systems Integration 90
    5. Strategic Alliances and Partnerships 91
  47. 47 Strategic Advice 91
  48. 48 Cost-Benefit Analysis for International Sourcing 92
    1. Benefits of International Sourcing 92
    2. Costs and Risks of International Sourcing 93
  49. 49 Factors to Consider Before Adopting Low-Cost Sourcing 93
  50. 50 Global Supply Chain Comparison of Major Continents 94
  51. 51 Global Marketing Strategies to Promote Products Internationally 95
  52. 52 The Local Presence Paradigm 97
  53. 53 Warehouse Requirements and Value Creation in the Logistics Network 97
  54. 54 The Role of Transportation Economies 98
  55. 55 The Role of Inventory Economies 98
  56. 56 Lowest Total Logistics Costs in Network Design 99
  57. 57 The Local Presence Paradigm 101
  58. 58 Total Cost Integration and the Least-Total-Cost Facility Network 102
  59. 59 Logistical Strategy: Threshold Service Level and Service Sensitivity Analysis 102
  60. 60 Overview of the Three-Phase Logistics Planning Methodology 105
  61. 61 Phase 2: Data Collection and Analysis 105
    1. Definition of Analytical Approach and Planning Assumptions 105
    2. Data Identification, Collection, and Preparation 106
    3. Base Case Development and Model Validation 107
    4. Analysis of Strategic Alternatives and Sensitivity Testing 107
  62. 62 Linkages with Phase 1 and Phase 3 107
  63. 63 Design Analysis Data Requirements 109
  64. 64 Inventory Analysis Decisions 110
  65. 65 Transportation Analysis: Decisions and Data Requirements 111
  66. 66 Data Requirements and Evaluation of Alternatives in Design Logic 113
  67. 67 Inventory Analysis Decisions 114
  68. 68 Transportation Analysis Decisions 115
  69. 69 Comparison by Service and Financial Focus 116
  70. 70 Comparison by Manufacturing and Procurement Focus 117
  71. 71 Comparison by Logistical Focus 118
  72. 72 Opportunities for Performance Enhancement and Product Types 119
  73. 73 Summary Table: Supply Chain Applications 119
  74. 74 Framework for Modern Supply Chain Network Design 121
    1. Independent Variables: Factor Drivers 121
    2. Dependent Variable: Strategic Platform 121
  75. 75 Exogenous Drivers in Network Design 121
  76. 76 Strategy Drivers in Network Design 122
  77. 77 Trade-off Evaluation 123
  78. 78 PART 5: SUPPLY CHAIN LOGISTICS ADMINISTRATION 126
  79. 79 Process Integration Barriers 126
  80. 80 The Great Divide 127
  81. 81 Process Structure 128
  82. 82 Classification of Collaborative Relationships 132
  83. 83 Foundational Pillars of Relationship Development 133
  84. 84 Relationship Management Life Cycle 134
  85. 85 Critical Barriers to Coordination 134
  86. 86 Collaborative Relationships and Dependency 136
  87. 87 Power versus Leadership 137
  88. 88 Developing Trust in Relationships 137
  89. 89 Managing Supply Chain Relationships Over Time 138
  90. 90 Functional Performance Measurement 139
  91. 91 Customer Accommodation Measurement 140
  92. 92 Comprehensive Supply Chain Measurement 140
  93. 93 Feasibility Assessment 162
    1. Situational Analysis 162
    2. Supporting Logic Development 163
    3. Cost/Benefit Estimate 163
  94. 94 Project Planning 163
    1. Statement of Objectives 163
    2. Statement of Constraints 163
    3. Measurement Standards 164
    4. Specification of Analytical Techniques 164
    5. Development of the Project Work Plan 164

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