1 Logistics and Supply Chain Management Inventory Management in Marketing Channels.

Slides:



Advertisements
Similar presentations
Lean Manufacturing.
Advertisements

Figures in Chapter 1. Learning objectives After studying this chapter, you should be able to; Define logistics and supply chain management. Describe logistics.
presented by: Kritika chhatwal
5.6 Production Planning The last one!!. The cost of STOCKS Stocks are materials and goods required to allow the production and supply of products to the.
A Strategic Framework for Supply Chain Design, Planning, and Operation
Logistics and Supply Chain Management Chapter 16 with Duane Weaver.
Supply Chain Management Managing the between all of the parties directly and indirectly involved in the procurement of a product or raw material.
Supply Chain Management 2 August Introduction What: Supply Chain Management Where: Organizations that have significant costs spent on purchasing.
Enterprise Business Processes and Applications (IS 6006) Masters in Business Information Systems 2 nd Dec 2008 Fergal Carton Business Information Systems.
Supply Chain Management Fall, 2004 Dr. Lu Note 2
Elements of Channel Design: Logistics Distribution Channel Strategy The Sara Lee Case E-266 February 2000.
CHAPTER 1- INTRODUCTION TO SUPPLY CHAIN MANAGEMENT
Generalizations from Polaroid
Coping with the Bullwhip Effect Reducing uncertainty: reduce uncertainty by centralizing demand information (providing each stage of the chain with information.
INVENTORY MANAGEMENT Stockpile of the product, a firm is offering for sale and the components that make up the product. The management of inventory.
ISQA 458/558 Distribution & Replenishment Professor Mellie Pullman.
Copyright © 2011 by The McGraw-Hill Companies, Inc. All rights reserved. McGraw-Hill/Irwin Manufacturing Planning and Control MPC 6 th Edition Chapter.
Chapter 16 - Lean Systems Focus on operations strategy, process, technology, quality, capacity, layout, supply chains, and inventory. Operations systems.
Section 4 part 2.  The Magnitude  In 1998, American companies spent $898 billion in supply chain related activities (or 10.6% of Gross Domestic Product)
MANAGING INVENTORY, MRP AND JIT.  Inventory management is a system used to oversee the flow of products and services in and out of an organization. A.
Supply Chain Management Introduction
Reasons for Inventory To create a buffer against uncertainties in supply & demand To take advantage of lower purchasing and transportation cost associated.
INVENTORY AND WAREHOUSING PL201 FUNDAMENTAL OF LOGISTICS MANAGEMENT
Supply Chain Management
Inventory Management. Inventory Inventory or stock are the materials and goods required to allow for the production of supply of products to the customer.
Principles of Marketing Lecture-29. Summary of Lecture-28.
Investment CHAPTER 17.
MBA.782.J.I.T.CAJ Operations Management Just-In-Time J.I.T. Philosophy Characteristics of J.I.T. J.I.T. in Services J.I.T. Implementation Issues.
SUPPLY CHAIN MANAGEMENT. PARTICIPANTS INTRODUCTION SUPPLY CHAIN MANAGEMENT.
CHAPTER 2 Supply Chain Management. SCM (CSCMP Definition) The integration of key business processes from end user through original suppliers, that provides.
Inventory/Purchasing Questions
Instructions for the Facilitator of the game. Please watch this presentation in slideshow mode 2.
Inventory Planning and Management Chapter 5. Inventories include all tangible items held for sale or consumption in the normal course of business for.
INVENTORY IS BAD. DIRECT FINANCIAL EFFECTS Pay money to get Place to Store Equipment to move DAMAGE - OBSOLESCENCE INCREASED CYCLE TIME Less flexibility.
SUPPLY CHAIN MANAGEMENT. PARTICIPANTS INTRODUCTION SUPPLY CHAIN MANAGEMENT.
ORF Electronic Commerce Spring 2009 April 6, 2009 Week 9 Supply Chain Management Can’t talk about e-commerce without discussing the process by which.
Chapter 17 Purchasing & Quality Copyright 2006 Prentice Hall Publishing Company 1 Purchasing, Quality Control, and Vendor Analysis.
Distribution Strategies Chap 05 王仁宏 助理教授 國立中正大學企業管理學系 ©Copyright 2001 製商整合科技中心.
INVENTORY MANAGEMENT IN A SUPPLY CHAIN
Inventory Management FIN 340 Prof. David S. Allen Northern Arizona University.
SCM-INTRODUCTION P.CHANDIRAN. What is a Supply Chain? Supply chain is a network of suppliers, manufacturing plants, warehouses, distribution centers,
Review of the Previous Lecture Business Fixed Investment –Stock Market and Tobin’s q –Financing Constraints Residential Investment.
PUSH, PULL AND PUSH-PULL SYSTEMS, BULLWHIP EFFECT AND 3PL
Department of Marketing & Decision Sciences Part 5 – Distribution Wholesaling and Physical Distribution.
1-1 Logistics Management LSM 730 Dr. Khurrum S. Mughal Lecture 25.
WHAT IS SUPPLY CHAIN MANAGEMENT?
© 2011 Pearson Education, Inc. publishing as Prentice Hall Figure 11.1.
Real-time management of inventory for items Inventory Concept LOGISTIC & WAREHOUSING.
INVENTORY MANAGEMENT. Homework Take-up Inventory Management Getting the product or service to the consumer is a concern for the marketers Once the product.
L – 5 Distribution Channel - Warehousing and Inventory Management.
© 2003 McGraw-Hill Companies, Inc., McGraw-Hill/Irwin INTEGRATING SUPPLY CHAIN AND LOGISTICS MANAGEMENT 16 C HAPTER.
The Bullwhip Effect1 Slides 3 The Bullwhip Effect Global Supply Chain Management.
Management Information Systems Islamia University of Bahawalpur Delivered by: Tasawar Javed Lecture 9.
Chapter 4 Inventory Management. INVENTORY MANAGEMENT Stockpile of the product, a firm is offering for sale and the components that make up the product.
Poka yoke Japanese term for process improvements striving to make the desired outcome of a process inevitable, largely by preventing mistakes. Click here.
MGT301 Principles of Marketing Lecture-29. Summary of Lecture-28.
THE BEER GAME.
Inventory Management Definition: STOCK:
INTRODUCTION TO SUPPLY CHAIN MANAGEMENT. What is a Supply Chain? A supply chain consists of the flow of products and services from: Raw materials manufacturers.
Andon Japanese term for a signaling system announcing problems encountered and assistance requested, often implemented as sets of lights over workstations.
Production planning Chapter 36. The cost of ‘holding’ stock It is commonly accepted that the cost of holding stock is between 4% - 10% of the stocks value.
Agile or lean? “Lean” works best in high volume, low
Module 2: Supply Chain & Logistics Management
Chapter 4 Inventory Management.
Chapter 18: Inventory and Production Management
andon Japanese term for a signaling system announcing problems
presented by: Kritika chhatwal
Supply Chain Management
Supply Chain Management
Principles of Marketing
Presentation transcript:

1 Logistics and Supply Chain Management Inventory Management in Marketing Channels

2 Inventory Management Inventory Holding Costs Reducing Inventory Inventory – Demand Uncertainty Pseudo Inventory Reduction Real Inventory Reduction JIT

3 Inventory Management Reasons for Holding Inventory. First, demand surges outstrip production capacity. To smooth production, factories anticipate the surge, producing to forecast. The demand surge may be natural (e.g., ice cream demand rises in summer), or it may be due to marketers' actions. Second, economies of scale are to be had in production or in transportation. Inventory is a result of batch-processing orders to make a long production run, or stock-piling goods to fill containers, trucks, ships, and planes. Third, distance between the point of production and the point of consumption means that transportation takes time. Customers keep inventories (pipeline stock) to hold them over until a shipment arrives and can be unpacked and put out to use. Fourth, both supply and demand are uncertain. Buyers are uncertain how long it will take for them to be re- supplied (lead time) - if they can get the stock at all. Thus, they acquire safety stock (the excess of inventory over the best estimate of what is needed during an order cycle) as a hedge against uncertainty. That uncertainty is often in the form of ignorance as to what will sell (demand uncertainty).

4 Inventory Holding Costs Holding inventory, then, saves money, but also creates costs in: Capital: the internal cost of funds multiplied by the value of inventory. Storage: climate control, security, insurance, and the like. Obsolescence: loss of value due to the product's decay. This can be due to changes in tastes (think of fashion). Quality: or rather, the deterioration of quality (think of food).

5 Reducing Inventory How can inventory be reduced? Some obvious methods are to avoid items that turn slowly ("sit in inventory"), lengthen the life of the goods (e.g., fill foods with preservatives), find a vendor who re- supplies faster, locate a cheaper ware- house (perhaps a more modern one), and so forth. Some less obvious methods are to develop better ways to forecast demand, or to alter factory processes to attain scale economies at lower levels of production. Advances in manufacturing practice have done a great deal to achieve this latter goal. A powerful way to cut inventory is to simplify, that is, to cut variety. Of course, this can be a powerful way to cut sales as well! The key is to find those offerings no one will really miss. These can be items - or merely things to track One method of reducing variety is to design value offers to be modular, and then design manufacturing processes to fit the principle of postponing as late as possible the point of differentiating a product for a customer or customer base.

6 Inventory – Demand Uncertainty One of the biggest reasons inventory accumulates is demand uncertainty. And one of the major causes of demand uncertainty is poor communication between members of marketing channels. Even a simple product, such as beer, can serve as a good example of the bullwhip effect. Imagine a supply chain ending with a beer drinker, going back through the retailer who sells the beer, the wholesaler who supplies the retailer, and the brewer who makes the beer. Each party must forecast end-user demand, then take production, shipping, and stocking delays into account to plan (1) how much to order to serve its own level of demand (the retailer, hence the wholesaler); and (2) how much to brew, and therefore what ingredients to order (the brewer). Because each player sees only its link in the supply chain, there is demand uncertainty, obliging each party to guess. The result is that inventories of beer and ingredients oscillate, going up and down in dramatic surges, then plunges.

7 Pseudo Inventory Reduction Inventory in and of itself is not a negative, contrary to much current thinking. An unfortunate side effect of the movement to minimize inventory is that many costs have simply been shifted elsewhere. Different incentives get in the way of good logistics, and this is one of the greatest obstacles to streamlining supply chains. The drive to minimize inventory can have two pernicious effects. The first, is that managers simply shift the costs elsewhere. The second is that managers can eliminate opportunities by eliminating inventory.

8 Real Inventory Reduction Historically, most value offers have been produced to fit a demand forecast. By necessity, factories have produced on speculation that demand would appear. Similarly, marketing channels have ordered and stocked on speculation that demand would appear. The idea here is produce to forecast or stock to forecast. Players try to make their forecasts come out by pushing their value offers into the system, These push systems (based on forecasted demand) have dominated for many years and are the basis of much of manufacturing theory and practice. In the 1980s, many organisations discovered that certain Japanese organisations, notably Toyota, operated their factories with a very different philosophy. These push systems (such as MRP, material requirements planning) are based on anticipation that a workstation would need a component eventually. Toyota reversed the process. Rather than pushing components onto the factory floor in anticipation of demand farther down the assembly line, Toyota practiced a pull system.

9 JIT JIT is a philosophy supported by a variety of techniques (such as kanban and quality circles) and management motivational methods. It gave rise to new interest in pull methods, whereby actual (not anticipated) demand triggers supply in a synchronized manner. This interest has revolutionized manufacturing. What does this have to do with marketing channels? It matters because the idea of pull systems (make to order) has achieved great credibility. The objection that only push systems (make to forecast) are "practical" has been discredited. This has been the inspiration of prominent Supply Chain Management initiatives, such as Efficient Consumer Response (ECR) and quick response (QR). These will be covered in a later section.