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Foundations of Global Supply Chain Network Design

Introduction to Global Supply Chain Network Design

Core Components of an International Supply Chain Network

Global Network Design Decision Framework

Factors Influencing Facility Placement Across Borders

Market Demand and Customer Service Requirements

Transportation Infrastructure and Logistics Accessibility

Labor, Utilities, and Operating Costs

Political, Regulatory, and Country Risk Considerations

Transportation Costs and Lead-Time Optimization

Transportation Cost Drivers in Global Networks

Lead Time and Inventory Trade-Offs

Consolidation, Hub-and-Spoke, and Direct-Ship Networks

Tax, Customs, and Trade Considerations

Taxes, Duties, and Tariffs in Network Design

Free Trade Zones, Bonded Warehouses, and Customs Programs

Tax-Efficient and Compliant Network Decisions

Network Modeling, Evaluation, and Strategic Application

Data Requirements for Network Design Analysis

Evaluating Alternative Network Scenarios

Designing a Resilient Global Supply Chain Network

Integrated Global Network Design Case Application

Quiz

Question 1: Which facility primarily converts raw materials or components into finished goods?

Question 2: How can locating a warehouse closer to customers affect delivery lead time and inventory cost?

Question 3: Which transportation infrastructure factors should be evaluated when selecting an international distribution hub?

Question 4: What is total landed cost, and why is it more useful than freight cost alone when comparing cross-border sourcing options?

Question 5: How can tariffs, duties, or free trade agreements influence the preferred location of a manufacturing plant or warehouse?

Survey and Feedback

Course Feedback Survey

In today's highly interconnected and volatile global market, the design of your supply chain network can be the difference between market leadership and operational failure. Welcome to 'Global Supply Chain Network Design and Facility Placement,' a comprehensive course designed to equip you with the strategic frameworks and analytical tools needed to optimize your international supply chain.

In today's highly interconnected and volatile global market, the design of your supply chain network can be the difference between market leadership and operational failure. Welcome to 'Global Supply Chain Network Design and Facility Placement,' a comprehensive course designed to equip you with the strategic frameworks and analytical tools needed to optimize your international supply chain. This course dives deep into the critical decisions of where to manufacture, store, consolidate, and distribute products across borders. You will explore the foundational components of global networks, understanding the delicate trade-offs between transportation costs, inventory holding, facility expenses, and customer lead times. Beyond basic logistics, this course covers the multifaceted factors that influence facility placement, including market demand density, transportation infrastructure, labor costs, and geopolitical risks. You will learn how to calculate total landed costs, optimize lead times through hub-and-spoke or direct-ship models, and navigate complex tax, customs, and trade considerations such as Free Trade Zones and tariffs. Finally, you will apply these concepts through network modeling, scenario evaluation, and resilience planning to ensure your supply chain can withstand global disruptions. Whether you are looking to restructure an existing network or build a new one from scratch, this course provides the actionable insights required to design a cost-effective, responsive, and resilient global supply chain.

Global Supply Chain Network Design and Facility Placement

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            <p>The strategic design of a global supply chain network serves as the critical foundation for an organization's operational efficiency, market responsiveness, and long-term profitability. Global Supply Chain Network Design and Facility Placement provides a comprehensive examination of the complex decisions involved in structuring international supply chains. Rather than focusing on day-to-day tactical operations, this course explores the macro-level architecture of supply networks, including the optimal placement of manufacturing plants, distribution hubs, and warehouses. By analyzing the intricate trade-offs between transportation costs, inventory holding, facility investments, and lead times, professionals can engineer networks that not only meet stringent customer service requirements but also withstand global disruptions.</p>

<p>Throughout this curriculum, the multifaceted variables that influence cross-border facility placement are systematically evaluated. Participants will examine how market demand density, transportation infrastructure, and regional operating costs dictate the viability of candidate locations. Furthermore, the course delves into the critical impact of political risks, regulatory compliance, and international trade considerations, such as tariffs, duties, and free trade zones, on total landed cost. By culminating in advanced network modeling and scenario analysis, the program equips learners with the analytical frameworks necessary to evaluate alternative network structures, balance cost efficiency with resilience, and formulate data-driven recommendations for integrated global supply chain configurations.</p>
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