Short Course on Distribution Management

Welcome to the Short Course on Distribution Management. In today’s hyper-competitive global marketplace, getting a product to market quickly, safely, and cost-effectively is a critical competitive advantage. This course provides a comprehensive introduction to the end-to-end distribution process. You will learn how to design high-performing distribution networks, optimize warehouse workflows, control inventory costs, manage fleet logistics, and scale operations to support e-commerce growth. Whether you are an operations professional looking to upgrade your skills or an entrepreneur scaling a business, this course delivers the practical toolkits you need to keep supply chains moving seamlessly.

The Short Course on Distribution Management bridges the gap between manufacturing and final product delivery. This course explores the commercial and operational strategies required to manage physical supply channels efficiently.
Throughout the program, you will examine the strategic frameworks used to select distribution models (intensive, selective, exclusive) and resolve common multi-channel partner conflicts. The course shifts into warehouse economics, providing actionable insights into modern warehouse layout design, cross-docking practices, and advanced order-picking systems.
You will also learn mathematical modeling for inventory optimization, including calculating the Economic Order Quantity (EOQ) and Reorder Points (ROP) to balance holding costs against stockout risks. Finally, the course covers last-mile transportation economics, digital systems architecture (WMS, TMS, ERP), omnichannel fulfillment, and the financial impact of reverse logistics. By integrating theoretical models with real-world case studies, this course prepares you to cut operational waste and maximize customer fulfillment metrics.

To successfully complete this course, you will need the following materials:
• A computer, laptop, or tablet with a reliable internet connection.
• A basic spreadsheet application (such as Microsoft Excel or Google Sheets) to complete inventory calculations and data analysis exercises.
• A standard calculator for working through algebraic inventory and transportation formulas.
• A notebook or digital document editor for completing module reflections and case study notes.