Curriculum
- 8 Sections
- 138 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- Fundamentals of Logistics Management16
- 1.1Introduction
- 1.21- Importance of Logistics in Supply Chain Management
- 1.3Cost Efficiency
- 1.4Customer Satisfaction
- 1.5Inventory Management
- 1.6Market Expansion
- 1.7Risk Management
- 1.8Time Efficiency
- 1.92- Historical Perspective and Evolution of Logistics
- 1.10Evolution
- 1.113- Key Components of Logistics
- 1.12Procurement
- 1.13Production
- 1.14Distribution
- 1.15Disposal
- 1.16Case Studies
- Transportation Management20
- 2.11- Modes of Transportation
- 2.2Road Transportation
- 2.3Rail Transportation
- 2.4Air Transportation
- 2.5Sea Transportation
- 2.62- Carrier Selection and Negotiation
- 2.7Evaluation Criteria:
- 2.8Negotiation Strategies
- 2.9Carrier Performance Monitoring
- 2.103- Route Optimization and Network Design
- 2.11Routing Algorithms
- 2.12Network Design
- 2.13Technology Integration
- 2.144- Last-Mile Delivery and Urban Logistics
- 2.15Last-Mile Delivery Challenges
- 2.16Technology Solutions
- 2.17Collaboration and Partnerships
- 2.18Customer Communication
- 2.19Case Studies
- 2.20Rest
- Inventory Management26
- 3.11- Importance of Inventory in Logistics
- 3.2Customer Service and Satisfaction
- 3.3Risk Mitigation
- 3.4Order Fulfillment Efficiency
- 3.5Cost Optimization
- 3.6Production Support
- 3.72- Types of Inventory
- 3.8Raw Materials
- 3.9Work-in-Progress (WIP)
- 3.10Finished Goods
- 3.113- Inventory Control Methods
- 3.12ABC Analysis
- 3.13Just-In-Time (JIT)
- 3.14Economic Order Quantity (EOQ)
- 3.15Safety Stock
- 3.16Batch Tracking
- 3.174- Warehouse Management and Optimization
- 3.18Layout and Design
- 3.19Inventory Visibility
- 3.20Cycle Counting
- 3.21Cross-Docking
- 3.22Slotting Optimization
- 3.23Order Picking Strategies
- 3.24Technology Integration
- 3.25Case Studies
- 3.26Rest
- Distribution and Fulfillment26
- 4.11- Distribution Channels and Strategies
- 4.2Direct Sales
- 4.3Retailers
- 4.4Wholesalers
- 4.5E-commerce Platforms
- 4.6Third-Party Logistics (3PL) Providers
- 4.7Franchise Networks
- 4.82- Order Fulfillment Processes
- 4.9Receiving and Processing Orders
- 4.10Inventory Picking
- 4.11Packing
- 4.12Shipping and Transportation
- 4.13Order Tracking and Visibility
- 4.14Returns Processing
- 4.153- Cross-Docking and Direct-to-Consumer Models
- 4.16Cross-Docking
- 4.17Direct-to-Consumer (DTC)
- 4.18Advantages of DTC
- 4.194- Reverse Logistics and Returns Management
- 4.20Reverse Logistics
- 4.21Returns Management
- 4.22Key Components of Returns Management
- 4.23Benefits of Effective Returns Management
- 4.24Technology Integration in Returns Management
- 4.25Case Studies
- 4.26Rest
- Information Technology in Logistics3
- Logistics Planning and Strategy22
- 6.11- Strategic Importance of Logistics in Business
- 6.2Cost Efficiency
- 6.3Customer Satisfaction
- 6.4Market Expansion
- 6.5Risk Management
- 6.6Competitive Advantage
- 6.7Sustainability
- 6.82- Logistics Planning Process
- 6.9Demand Forecasting
- 6.10Inventory Management
- 6.11Transportation Planning
- 6.12Warehousing
- 6.13Distribution Network Design
- 6.14Technology Integration
- 6.153- Aligning Logistics with Overall Business Strategy
- 6.16Automation
- 6.17Data Analytics
- 6.18Visibility
- 6.19Collaboration Platforms
- 6.20Cloud Computing
- 6.21Exercises
- 6.22Rest
- Global Logistics and Trade Compliance22
- 7.11- Challenges and Opportunities in Global Logistics
- 7.2Challenges
- 7.3Opportunities
- 7.42- Import and Export Regulations
- 7.5Tariffs and Duties
- 7.6Trade Agreements
- 7.7Product Compliance
- 7.8Sanctions and Embargoes
- 7.93- Customs Clearance and Documentation
- 7.10Required Documentation
- 7.11Customs Classification
- 7.12Customs Brokerage
- 7.13Electronic Data Interchange (EDI)
- 7.144- Incoterms and International Logistics Best Practices
- 7.15Incoterms (International Commercial Terms)
- 7.16Risk Management
- 7.17Supply Chain Visibility
- 7.18Global Network Optimization
- 7.19Communication and Collaboration
- 7.20Continuous Compliance Monitoring
- 7.21Case Studies
- 7.22Rest
- More Case Studies and Practical Applications3
Cost Efficiency
- Optimizing Transportation Routes: Efficient logistics management involves strategic planning of transportation routes. This includes selecting the most cost-effective modes of transportation, optimizing delivery schedules, and choosing the best routes to minimize fuel consumption and transportation time. By optimizing transportation routes, companies can reduce fuel costs, maintenance expenses, and overall transportation expenditures.
- Minimizing Inventory Costs: Logistics management helps in maintaining optimal inventory levels. By implementing just-in-time (JIT) inventory systems and employing demand forecasting, companies can avoid overstocking or stockouts. This reduces carrying costs associated with excess inventory, such as warehousing expenses, insurance, and the risk of obsolescence. Proper inventory management also ensures that products are readily available, preventing disruptions in the supply chain.
- Improving Operational Efficiency: Streamlining logistics processes improves overall operational efficiency. This includes better coordination between suppliers, manufacturers, and distributors. By reducing lead times, minimizing order processing times, and improving communication across the supply chain, operational efficiency is enhanced. This efficiency can lead to cost savings through reduced labor costs, improved resource utilization, and increased productivity.
- Reducing Order Fulfillment Costs: Logistics management helps in optimizing order fulfillment processes. This involves efficient order picking, packing, and shipping. Automation and technology solutions, such as warehouse management systems (WMS) and order tracking systems, contribute to faster and more accurate order processing. This not only enhances customer satisfaction but also reduces fulfillment costs, including labor expenses and packaging materials.
- Utilizing Technology and Data: The integration of technology, such as data analytics and tracking systems, enables companies to gather real-time information on various aspects of the supply chain. This data-driven approach allows for better decision-making, identification of areas for improvement, and proactive problem-solving. By leveraging technology, companies can optimize their logistics processes, enhance visibility, and identify cost-saving opportunities.