Supply Chain Management Sunil Chopra 7th Edition Ppt New Full [repack] -

All shipments come directly from suppliers to buyer locations. Simple to coordinate but expensive if lot sizes are small.

The company must match its implied demand uncertainty with its supply chain responsiveness. This relationship is illustrated by the : Implied Demand Uncertainty Ideal Supply Chain Type Low Uncertainty (Predictable) Highly Efficient (Focus on low cost) High Uncertainty (Unpredictable) Highly Responsive (Focus on speed/flexibility) 3. The Drivers of Supply Chain Performance

[ SUPPLY CHAIN PERFORMANCE ] │ ┌────────────┴────────────┐ ▼ ▼ [ Logistical Drivers ] [ Cross-Functional Drivers ] ├── Facilities ├── Information ├── Inventory ├── Sourcing └── Transportation └── Pricing Logistical Drivers

Distribution Networks; E-Commerce Integration; Global Network Optimization. Capacitated Plant Location Linear Programming.

Match production rate to order rate by hiring/laying off employees. (Low inventory, high capacity variation costs). All shipments come directly from suppliers to buyer

Consumers travel to designated pickup points to retrieve their orders. Low transportation costs but requires high infrastructure setup.

Maintain a constant output rate and workforce level. Fluctuations in demand are absorbed by inventory accumulation or backlogs. (Stable capacity costs, high inventory holding costs). 6. Managing Inventory: Cycle, Safety, and Seasonal

+------------------------+ +-------------------------+ | Customer Demand | ➔ | Supply Chain Capability | | (Implied Uncertainty) | | (Responsiveness/Cost) | +------------------------+ +-------------------------+ \ / \ / \ / +------------------------------+ | STRATEGIC FIT | +------------------------------+

The choice of who will perform a particular supply chain activity (in-house vs. third-party). This relationship is illustrated by the : Implied

Chapter 2 introduces the concept of , which is the alignment of a company's competitive strategy with its supply chain strategy. Failing to achieve this fit is a common reason for failure. As the slides explain:

Chopra analyzes the trade-offs across various transportation modes based on speed, availability, reliability, capability, and cost:

, full presentation slides and comprehensive chapter summaries are available across several academic and professional platforms. These resources cover key frameworks like supply chain surplus, strategic fit, and network design.

Aggregate planning determines the production, inventory, and capacity levels over a mid-term horizon (typically 3 to 18 months). The goal is to maximize profit while satisfying demand. Basic Strategies Match production rate to order rate by hiring/laying

Appendix: chapter-to-slide mapping and timing guide (estimate for a semester course)

The pricing strategies used to match demand with supply. 2. Designing the Supply Chain Network

The core thesis of Chapter 2 is that a company fails if its supply chain capabilities do not support its competitive strategy. Achieving requires a three-step analytical process:

The total cost incurred across all stages to fulfill the request (production, inventory, transportation, administration).