L5M10
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CIPS
L5M10 Exam
Logistics Management
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| Topic 1 | - Analyse the Role and Activities of Logistics Management: This section of the exam measures the skills of Logistics Managers and covers the essential concepts, functions, and strategic importance of logistics within modern supply chains. It explains what logistics is, how its key elements work together—such as transportation, warehousing, inventory, packaging, information flow, and security—and how these components support procurement, production, distribution, after-sales processes, and product disposal. The section explores how logistics integrates with broader supply chain management and introduces the idea of total logistics and total cost thinking, showing how multimodal transport and pipeline inventory contribute to efficiency. Candidates must understand how logistics creates competitive advantage by aligning operations with business strategy, managing customer service levels, measuring service quality, and recognizing its financial impact. This heading also evaluates the increasing role of technology in logistics, including barcoding, RFID, e-fulfilment systems, warehouse management systems, automated data capture, and the integration of digital tools across the logistics network.
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| Topic 2 | - Understand Capacity Planning and Control in Logistics Management: This section of the exam measures the skills of Operations Planners and focuses on the techniques and systems used to manage capacity, demand, and resource planning across logistics activities. It explains how organizations balance planning with real-time control, adjust to fluctuating demand, and schedule workloads effectively. Candidates are expected to understand capacity concepts, constraints, demand forecasting, capacity measurement, and different planning approaches such as level planning, chase demand strategies, and demand management methods. The section also examines the use of technology in capacity planning, particularly Materials Requirements Planning (MRP), MRP II, ERP systems, master production scheduling, inventory data, and bills of materials, while recognizing the limitations of these tools. Finally, it covers the role of reverse logistics, emphasizing the handling of customer returns, the development of return policies, and how returned items are reintegrated into the supply chain.
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