Unit 980: Logistics and Transportation Management

1. Introduction to Logistics and Transportation Management

1.1 Overview of Logistics and Transportation

• Definition and scope of logistics
• Role of transportation in logistics
• Integration within supply chain operations

1.2 Importance in Supply Chain Operations

• Contribution to organizational efficiency and customer satisfaction
• Cost implications and competitive advantage

1.3 Key Concepts

• Supply chain flow components: inbound, internal, outbound logistics
• Transportation management systems (TMS)

1.4 Role in Achieving Organizational Objectives

• Aligning logistics strategies with business goals
• Performance metrics and KPIs

2. Transportation Modes and Infrastructure

2.1 Overview of Transportation Modes

• Road transport
• Rail transport
• Air transport
• Sea (maritime) transport

2.2 Infrastructure Considerations

• Terminals, ports, and hubs
• Network connectivity and capacity
• Maintenance and technological infrastructure

2.3 Advantages and Disadvantages of Each Mode

• Cost, speed, capacity, reliability, and accessibility
• Environmental impact

2.4 Factors in Selecting Transportation Modes

• Nature of goods (perishable, hazardous, size)
• Distance and geography
• Cost vs. service trade-offs
• Regulatory and security considerations

3. Inventory Management in Logistics

3.1 Principles of Inventory Management

• Types of inventory: raw materials, work-in-progress, finished goods
• Inventory functions and importance

3.2 Inventory Control Techniques

• Economic Order Quantity (EOQ)
• Just-in-Time (JIT)
• ABC analysis

3.3 Demand Forecasting

• Qualitative and quantitative methods
• Impact on inventory planning

3.4 Safety Stock and Buffering

• Calculating safety stock
• Balancing stockouts and holding costs

3.5 Impact on Supply Chain Performance

• Reducing lead times
• Enhancing responsiveness and flexibility

4. Warehousing and Distribution

4.1 Functions of Warehouses

• Storage, consolidation, cross-docking
• Value-added services

4.2 Storage and Handling of Goods

• Material handling equipment
• Inventory accuracy and tracking

4.3 Warehouse Layout and Design

• Space utilization
• Workflow and process optimization

4.4 Distribution Strategies

• Direct shipping vs. distribution centers
• Last-mile delivery challenges

4.5 Role of Technology

• Warehouse Management Systems (WMS)
• Automation and robotics
• Real-time tracking and data analytics

5. Supply Chain Network Design

5.1 Network Configuration

• Centralized vs. decentralized networks
• Multi-echelon supply chains

5.2 Location Analysis and Facility Selection

• Factors influencing site selection
• Cost-benefit analysis

5.3 Transportation Routing

• Route optimization techniques
• Load planning and consolidation

5.4 Modeling Tools for Network Optimization

• Linear programming
• Simulation models
• Decision support systems

6. Risk Management in Logistics

6.1 Identification of Risks

• Supply chain disruptions
• Security threats
• Regulatory compliance risks
• Natural disasters

6.2 Risk Assessment Techniques

• Risk probability and impact analysis
• Prioritization of risks

6.3 Mitigation Strategies

• Diversification of suppliers and routes
• Contingency planning
• Insurance and contractual safeguards

6.4 Risk Monitoring and Response

• Real-time risk tracking
• Crisis management protocols

7. Sustainable Logistics Practices

7.1 Principles of Sustainable Logistics

• Environmental, social, and economic dimensions

7.2 Green Transportation

• Alternative fuels and energy-efficient vehicles
• Route and load optimization to reduce emissions

7.3 Waste Reduction and Energy Efficiency

• Packaging optimization
• Energy-saving warehouse operations

7.4 Reverse Logistics

• Returns management
• Recycling and disposal processes

7.5 Importance of Environmental Strategies

• Regulatory compliance
• Corporate social responsibility and brand image
• Long-term cost savings