Logistics and Inventory Management

Overview

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Build practical expertise in logistics management, inventory control, warehousing, and supply chain operations. Learn to optimize inventory, warehouse workflows, transportation strategies, and digital logistics systems for real-world business performance. This Logistics Management & Operations Specialization is designed to help learners develop job-ready skills in inventory planning, EOQ analysis, procurement, warehouse management, WMS operations, logistics information systems, reverse logistics, and global supply chain strategy. Through a practical, outcome-focused learning path, learners will explore how logistics supports efficiency, cost control, customer satisfaction, and competitive advantage. The Specialization combines foundational logistics concepts with modern operational tools such as Excel-based inventory analysis, Warehouse Management Systems, ERP integration, automation, e-commerce logistics, and performance measurement frameworks. Learners will gain the ability to analyze logistics systems, optimize stock levels, improve warehouse execution, evaluate transportation decisions, and apply strategic logistics practices across business environments. By the end of the Specialization, learners will be prepared to contribute effectively to logistics, supply chain, warehouse, procurement, inventory control, and operations roles.

Syllabus

Course 1: Logistics Management Fundamentals
Course 2: Logistics Management and Supply Chain Strategies
Course 3: Inventory Control and EOQ Using Excel
Course 4: Logistics, Inventory and Warehousing Management
Course 5: Materials and Warehouse Management
Course 6: Modern Logistics Management and Operational Strategy

Courses

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Learn how to analyze inventory control systems, apply EOQ models, and use MIS tools such as Excel to optimize inventory decisions and improve operational efficiency. This course provides practical skills in inventory management, stock analysis, procurement planning, and quantitative inventory techniques used in modern business operations. The course begins with the foundations of inventory management, introducing the importance of maintaining optimal stock levels and addressing common inventory challenges faced by organizations. Learners will explore inventory prioritization methods such as Pareto analysis to improve efficiency and support better decision-making. As the course progresses, learners examine advanced inventory techniques including lifecycle management of slow-moving and non-moving inventory items, procurement strategies, and methods for reducing stock-related operational issues. The course also focuses on quantitative inventory models such as Economic Order Quantity (EOQ) and reorder level calculations. Learners will use Excel-based MIS tools and analytical techniques to optimize ordering decisions, reduce holding and ordering costs, and improve stock availability. What makes this course unique is its integrated approach combining inventory management concepts, analytical frameworks, and practical Excel-based applications into one structured learning experience. By the end of the course, learners will be able to confidently apply inventory control techniques, optimize procurement decisions, and improve operational performance in supply chain and business environments.
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Develop the ability to analyze logistics systems, evaluate transportation strategies, and apply logistics principles to improve business efficiency and customer satisfaction. This course equips learners with practical knowledge of value chain integration, logistics functions, and transportation management within real-world business environments. Through structured modules, learners will explore how logistics supports organizational performance, enhances service delivery, and drives competitive advantage. The course emphasizes both conceptual understanding and practical application, covering key areas such as inventory management, outsourcing strategies, transportation planning, and containerization. What makes this course unique is its strong focus on linking logistics theory with real business scenarios, enabling learners to understand not just “what” logistics is, but “how” it creates value across operations. By the end of the course, learners will be able to make informed logistics decisions, optimize supply chain activities, and contribute to operational excellence in any organization.
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Learners will be able to analyze logistics systems, evaluate transportation and inventory strategies, design warehousing and information systems, and apply global logistics frameworks to real-world business scenarios. This course equips learners with practical skills to optimize supply chain operations, improve efficiency, and enhance customer satisfaction across diverse industries. Through a structured, end-to-end approach, the course covers core logistics concepts, transportation planning, inventory management, warehousing design, outsourcing strategies, and emerging digital logistics technologies. Learners will gain insights into e-logistics, performance measurement, and global supply chain challenges, enabling them to make informed operational and strategic decisions. What makes this course unique is its comprehensive integration of traditional logistics principles with modern technological advancements such as automation, ERP systems, and e-commerce logistics. Designed for real-world application, it bridges theory with practical scenarios, helping learners build industry-relevant expertise and develop a competitive edge in logistics and supply chain management careers.
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Learn how to analyze inventory systems, optimize warehouse operations, and apply logistics information systems to improve supply chain performance. This course provides practical skills in inventory management, warehousing, logistics outsourcing, material handling, storage systems, and data-driven logistics decision-making. The course begins with the foundations of inventory management, including inventory functions, costs, classification techniques, and control methods such as EOQ and Kanban. Learners will understand how effective inventory management supports stock optimization, cost control, and operational efficiency. As the course progresses, learners examine warehouse design and operations, including warehouse functions, layout planning, performance measurement, and strategies such as cross docking. The course also explores Logistics Information Systems (LIS), helping learners understand how data, system components, and digital tools support coordination and decision-making in modern supply chains. Advanced modules focus on logistics outsourcing, provider selection, contract management, material handling systems, storage principles, racking methods, automation technologies, and efficient warehouse system design. What makes this course unique is its integrated approach that combines inventory, warehousing, information systems, outsourcing, and handling technologies into one cohesive learning path. By the end of the course, learners will be able to optimize inventory levels, improve warehouse efficiency, apply material handling solutions, and make informed logistics decisions in real-world supply chain environments.
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Learn how to analyze inventory systems, apply inventory valuation techniques, and manage warehouse operations effectively using structured warehouse management processes and systems. This course provides practical skills in materials management, inventory control, valuation methods, and Warehouse Management System (WMS) operations used in real-world supply chains. The course begins with the fundamentals of materials management, helping learners understand inventory control concepts, stock level techniques, and real-world approaches for maintaining efficient material flow and operational continuity. As the course progresses, learners explore inventory valuation and pricing methods including EOQ, FIFO, LIFO, and average costing techniques. The course emphasizes how these methods influence inventory decisions, operational efficiency, and cost management. Advanced modules introduce Warehouse Management Systems (WMS), covering system hierarchy, setup, interface design, and digital warehouse management concepts. Learners will understand how modern warehouse systems improve inventory visibility, coordination, and operational control. The course concludes with practical warehouse execution processes using WMS, including receiving operations, reverse logistics, inventory management, and real-time order workflows. What makes this course unique is its seamless integration of inventory theory with practical warehouse system applications. By the end of the course, learners will be able to optimize inventory decisions, improve warehouse efficiency, apply WMS workflows confidently, and contribute effectively to modern logistics and supply chain operations.
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Learn how to analyze, evaluate, and apply modern logistics management concepts to improve supply chain performance, optimize e-commerce logistics, and develop competitive global logistics strategies. This course provides practical skills in reverse logistics, logistics technologies, ERP integration, automation, performance measurement, and global supply chain management. The course begins with the foundations of reverse logistics and smart logistics technologies, helping learners understand reverse flows, automatic identification systems, EDI, automation tools, and digital visibility systems that improve logistics efficiency and accuracy. As the course progresses, learners explore e-commerce logistics and performance excellence, focusing on digital business models, e-logistics frameworks, logistics performance measurement, and customer satisfaction strategies in online business environments. Advanced modules examine how high-performance logistics organizations operate through integration, strategic alignment, continuous improvement, and organizational learning. Learners will also understand how logistics structures evolve to support operational efficiency and business growth. The course concludes with global logistics strategy and competitive advantage, covering cross-border logistics operations, international challenges, lifecycle-based logistics strategies, and strategic frameworks that support global competitiveness. What makes this course unique is its integrated approach combining traditional logistics principles with modern digital technologies and global logistics strategies. By the end of the course, learners will be able to optimize logistics operations, apply digital logistics frameworks, improve operational performance, and contribute effectively to modern supply chain environments.