Book Web.ist.Utl.pt Ist11038 Acad or Jacobs Osmcore2e Preface

Embed Size (px)

DESCRIPTION

nn

Citation preview

  • 9/7/14 Supply Chain Management: Course Overview

    lcm.csa.iisc.ernet.in/scm/scm_overview.html 1/4

    E1 234 SUPPLY CHAIN MANAGEMENT : Overview

    1. PREAMBLE

    1.1. What is Supply Chain Management?

    A SUPPLY CHAIN is a network of supplier, manufacturing, assembly, distribution, and logistics facilities that

    perform the functions of procurement of materials, transformation of these materials into intermediate and finished

    products, and the distribution of these products to customers. Supply chains arise in both manufacturing and

    service organizations. SUPPLY CHAIN MANAGEMENT (SCM) is a systems approach to managing the

    entire flow of information, materials, and services from raw materials suppliers

    through factories and warehouses to the end customer. SCM is different from SUPPLY MANAGEMENT

    which emphasizes only the buyer-supplier relationship.

    Supply chain management has emerged as the new key to productivity and competitiveness of manufacturing and

    service enterprises. The importance of this area is shown by a significant spurt in research in the last five years

    and also proliferation of supply chain solutions and supply chain companies (e.g. i2, Manugistics, etc.). All major

    ERP companies are now offering supply chain solutions as a major extended feature of their ERP packages.

    Supply chain management is a major application area for Internet Technologies and Electronic Commerce(ITEC). In fact, advances in ITEC have contributed to growing importance of supply chain management and

    SCM in turn has contributed to many advances in ITEC.

    1.2. Two Faces of Supply Chain Management

    SCM has two major faces to it. The first can be called loosely as the back-end and comprises the physical

    building blocks such as the

    supply facilities, production facilities, warehouses, distributors, retailers, and logistics facilities. The back-end

    essentially involves

    production, assembly, and physical movement. Major decisions here include:

    1. Procurement (supplier selection, optimal procurement policies, etc.)

    2. Manufacturing (plant location, product line selection, capacity planning, production scheduling, etc.)

    3. Distribution (warehouse location, customer allocation, demand forecasting, inventory management, etc.)

    4. Logistics (selection of logistics mode, selection of ports, direct delivery, vehicle scheduling, etc.)

    5. Global Decisions (product and process selection, planning under uncertainty, real-time monitoring and

    control, integrated scheduling)

    Stochastic models (Markov chains, queueing networks), optimization models (LP, ILP, MILP, heuristics), and

    simulation provide the basis for the above decisions.

  • 9/7/14 Supply Chain Management: Course Overview

    lcm.csa.iisc.ernet.in/scm/scm_overview.html 2/4

    The second face (which can be called the front-end) is where IT and ITEC play a key role. This face involves

    processing and use of information to facilitate and optimize the back-end operations. Key technologies here

    include: EDI (for exchange for information across different players in the supply chain); Electronic payment

    protocols; Internet auctions (for selecting suppliers, distributors, demand forecasting, etc.); Electronic Business

    Process Optimization; E-logistics; Continuous tracking of customer orders through the Internet; Internet-based

    shared services manufacturing; etc.

    2. OBJECTIVES OF THE COURSE

    To introduce the major building blocks, major functions, major business processes, performance metrics, and

    major decisions

    (strategic, tactical, and operational) in supply chain networks

    To provide an insight into the role of Internet Technologies and Electronic Commerce in supply chain

    operations and to discuss

    technical aspects of key ITEC components in supply chain management.

    To bring out the role of stochastic models (Markov chains, queueing networks); optimization models (LP,

    ILP, MILP, GA, Constraint Programming); and simulation in supply chain planning and decision-making. Thiswill provide the foundation for design and analysis of supply chains.

    3. STRUCTURE OF THE COURSE

    Part 1: Building Blocks, Performance Measures, Decisions

    Topics

    Building Blocks of a Supply Chain Networt

    Performance Measures Decisions in the Supply Chain World Models for Supply Chain Decision-Making

    Resources

    Lecture Notes Problem Set: 1 Chapter 2: N. Viswanadham. Analysis of Manufacturing Enterprises. Kluwer Academic

    Publishers. Chapter 7: N. Viswanadham. Analysis of Manufacturing Enterprises. Kluwer Academic

    Publishers. Y. Narahari and S. Biswas. Supply Chain Management: Models and Decision Making

    Ram Ganeshan and Terry P. Harrison. An Introduction to Supply Chain Management D. Connors, D. An, S. Buckley, G. Feigin, R. Jayaraman, A. Levas, N. Nayak, R. Petrakian,

    R. Srinivasan. Dynamic modelling for business process reengineering. IBM Research Report19944, 1995

  • 9/7/14 Supply Chain Management: Course Overview

    lcm.csa.iisc.ernet.in/scm/scm_overview.html 3/4

    Part 2: Supply Chain Inventory Management

    Topics

    Economic Order Quantity Models

    Reorder Point Models Multiechelon Inventory Systems

    Resources

    Lecture Notes

    Chapter 3: W.J. Hopp and M.L. Spearman. Factory Physics: Foundations of ManufacturingManagement

    Chapter 17: W.J. Hopp and M.L. Spearman. Factory Physics: Foundations of Manufacturing

    Management

    Part 3: Mathematical Foundations of Supply Chain Solutions

    Topics

    Use of Stochastic Models and Combinatorial Optimization in:

    Supply Chain Planning Supply Chain Facilities Layout

    Capacity Planning Inventory Optimization Dynamic Routing and Scheduling

    Understanding the "internals" of industry best practice solutions

    Resources

    Lecture Notes

    Part 4: Case Studies

    Topics

    Digital Equipment Case Study IBM Case Study

    Resources

    Lecture Notes

    Part 5: Internet Techologies and Electronic Commerce in SCM

  • 9/7/14 Supply Chain Management: Course Overview

    lcm.csa.iisc.ernet.in/scm/scm_overview.html 4/4

    Topics

    Relation to ERP E-procurement

    E-Logistics

    Internet Auctions

    E-markets Electronic business process optimization

    Business objects in SCM

    Resources

    Lecture Notes

    Syllabus Course Organization &

    Overview Course Schedule

    Books and References

    Problems

    Term Papers Mini Projects

    Useful Web Resources

    Back to Home