Physical Distribution Management (PDM): Components and the Systems Approach

by | Feb 6, 2022

Physical Distribution Management, or PDM, is a crucial aspect of logistics that involves the efficient and systematic management of various components to ensure products reach their destination seamlessly. In this blog, we’ll delve into the key components of PDM and explore the concept of a “total” systems approach, shedding light on how these elements work together for effective distribution management.

Components of PDM

PDM comprises several integral components, each playing a specific role in optimizing the distribution process. Let’s take a closer look at these components:

1. Transportation Management

Transportation is the backbone of distribution. It involves the movement of goods from one location to another using various modes such as trucks, trains, ships, or planes. Effective transportation management entails:

  • Mode Selection: Choosing the most cost-effective and efficient mode of transportation based on factors like distance, volume, and urgency.
  • Routing: Determining the best routes for shipments to minimize time and cost.
  • Carrier Selection: Choosing reliable carriers or shipping companies to ensure safe and timely deliveries.
  • Tracking and Monitoring: Continuously monitoring shipments to provide real-time visibility and address any issues promptly.

2. Inventory Control

Inventory control is essential for managing product availability and costs. It involves:

  • Demand Forecasting: Predicting future demand for products to avoid stockouts or overstock situations.
  • Safety Stock Management: Maintaining a buffer inventory to account for variability in demand or supply.
  • Order Replenishment: Efficiently restocking inventory to meet demand without excess.

3. Warehousing and Distribution

Warehousing serves as storage and distribution hubs within the supply chain. Key aspects of warehousing and distribution include:

  • Receiving: Receiving and inspecting incoming shipments from suppliers.
  • Storage: Properly storing products to ensure their integrity and accessibility.
  • Order Fulfillment: Accurately picking, packing, and shipping orders to customers or other destinations.
  • Cross-Docking: Streamlining the flow of goods through warehouses without long-term storage.

4. Order Fulfillment

Order fulfillment is all about ensuring customer orders are processed accurately and delivered on time. This includes:

  • Order Processing: Handling customer orders efficiently from the moment they are received.
  • Picking and Packing: Selecting products from inventory and packing them securely for shipment.
  • Shipping: Arranging for transportation and tracking shipments to their destinations.

5. Information Systems

Information systems and technology are critical enablers of PDM. These systems offer real-time visibility and data-driven decision-making by:

  • Inventory Management Systems: Tracking inventory levels, locations, and reorder points.
  • Warehouse Management Systems (WMS): Streamlining warehouse operations, including inventory tracking and order fulfillment.
  • Transportation Management Systems (TMS): Optimizing transportation planning, execution, and monitoring.
  • Order Management Systems (OMS): Handling customer orders efficiently and accurately.

The Systems Approach to PDM

One of the fundamental principles of PDM is adopting a systems approach. Rather than viewing each component in isolation, this approach considers the entire distribution network as an interconnected system. Here’s how it works:

  • Integration: All components and activities within PDM are tightly integrated to function as a cohesive system.
  • Coordination: Coordination ensures that every step of the distribution process aligns with the overall objectives and minimizes inefficiencies.
  • Optimization: The systems approach allows for continuous optimization of the entire distribution network, making it more responsive and cost-effective.

Conclusion

Physical Distribution Management (PDM) involves a set of essential components that work together seamlessly to ensure products flow efficiently through the supply chain. By adopting a systems approach, businesses can optimize their distribution processes, reduce costs, enhance customer satisfaction, and maintain a competitive edge in today’s complex marketplace.

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Logistics and Supply Chain Management

1. Logistics and Supply Chain Management

  1. Logistics and SCM
  2. Development of logistics
  3. The role of logistics in the economy
  4. Logistics and competitive performance
  5. Physical distribution management (PDM
  6. Principles of Supply Chain Management
  7. The Logistics-Marketing Interface
  8. The Logistics-Manufacturing Interface

2. Customer Focus in Supply Chain Management

  1. Customer Service
  2. Functional vs. Innovative Products: SCM
  3. Issues Efficient Customer Response (ECR)
  4. Quick Response (QR) and Accurate Response (AR)
  5. Chain Relationship within and Beyond Organization
  6. SCM as a core strategic competency

3. Models of SCM Integration

  1. Integrated Supple Chain/ Value Chain
  2. Supply Chain Strategies
  3. Demand Management
  4. Internet and SCM
  5. Physical Goods Flow, Virtual Flow and Cash Flow
  6. Bullwhip Effect
  7. A new perspective to counter Bullwhip Effect
  8. Drivers of SCM

4. Strategic Supply Chain Management

  1. Supply Chain: Growth
  2. Supply Alliances
  3. Supplier Quality Management
  4. Supply Chain Re-engineering
  5. Managing in Pandemic times

5. Information Technology: A Key Enabler of SCM

  1. The framework for the impact of IT on SCM
  2. Information Technology as an Enabler of Supply Chain Management
  3. Objectives and Benefits of Information
  4. Technology in Supply Chain Management
  5. Challenges in Implementing IT in Supply Chain Management
  6. Existing IT Tools and Applications in Supply Chain Management
  7. Emerging and New IT Solution for Supply SCM

6. E-Supply Chain Management (E-SCM)

  1. E-SCM Introduction
  2. Principles of e-SCM
  3. Methodology and Tools for e-SCM
  4. Approaches for e-SCM
  5. e-SC Automation and Optimization with Agent-based Technology
  6. Next-generation Technologies and e-supply Chain Management
  7. Role, Advantages and Limitations of Software Packages

7. Cost Analysis and Measurement

  1. Logistics Cost
  2. Total Cost Analysis
  3. Cost Drivers
  4. Activity Based Costing (ABC)
  5. Customer Profitability Analysis
  6. Direct Product Profitability

8. Best Practices and Benchmarking for SCM

  1. Importance and Role of Benchmarking
  2. Benchmarking Process
  3. Change Management and Benchmarking
  4. Benchmarking the Supply chain: The SCOR Model
  5. Challenges Faced in Implementation of Benchmarking
  6. SCM Case Studies

9. Performance Measurement and Evaluation of SCM

  1. Need For Supply Chain Performance Measures
  2. Measurement Systems
  3. Supply Chain Performance Measurement Systems
  4. A Comparison of Measurement Systems
  5. Selecting Metrics
  6. Methods for Setting Performance Targets
  7. Notable Trends in Performance Measurement System in SCM

10. Transportation Mix

  1. An Illustration
  2. Transportation Briefly
  3. Transportation as a Vital Link in the SC
  4. Warehousing
  5. Method of Selection
  6. A Transportation Decision
  7. Carrier Management
  8. Number and Size of Depots
  9. Fleet Sizing & Configuration
  10. Routing and Scheduling
  11. Transportation Costs
  12. Tools and Techniques for Reducing Costs
  13. Intermodalism
  14. Transport Documentation
  15. Transport Management System
  16. Futuristic Direction in Transportation

11. Facility Location

  1. Plant Location
  2. Steps in Location Planning
  3. Evaluation of Location Alternatives
  4. Locational Cost-Volume Analysis: Calculating Break Even Point (BEP)
  5. Distribution Problem
  6. Warehouse Location
  7. Measures of Distance
  8. Single Facility Location problem
  9. Multi-facility Location Problem
  10. Retail Facility Location
  11. Service Location Strategy
  12. Geographic Information System (GIS)

12. Supply Chain Management in Service Organizations/Non-Manufacturing Sector

  1. Supply Chain Management of Products vs. Services
  2. Financial Services Sector
  3. Hospitality
  4. Transportation
  5. Software
  6. Communication
  7. Healthcare
  8. Consultancy
  9. Education
  10. Government
  11. Retailing

13. Design for Sustainable Supply Chain

  1. Factors Influencing Supply Chain Design Decisions
  2. Sustaining Competitive Advantage
  3. Good Business Model /Strategy
  4. Demand Driven Supply Network
  5. Secret to Supply Chain Excellence is Balance
  6. Supply Chain Design
  7. Supply Chain Strategies
  8. Hau Lee’s Uncertainty Framework
  9. Aligning Strategies, Efficiency and Cost Savings in Supply Chain
  10. Product and Process Design for Supply Chain Management
  11. Design for Manufacturing
  12. Design for Logistics
  13. SCM -Trade Off Curves
  14. Greening the Supply Chain

14. Future Trends and Issues

  1. Collaborative Strategies
  2. Vendor Managed Inventory
  3. Third Party Logistics
  4. Fourth Party Logistics
  5. Enterprise Resource Planning
  6. Internet and E-Commerce
  7. Supply Chain Agents
  8. Green Supply Chain
  9. Reverse Logistics
  10. World Class Supply Chain