CHAPTER 12 DESIGNING THE DELIVERY PROCESS. 2 PROCESS INNOVATION IN SERVICE- DELIVERY SYSTEM n Initial Analysis – Customer for service : customer type.

Slides:



Advertisements
Similar presentations
3 – 1 Copyright © 2010 Pearson Education, Inc. Publishing as Prentice Hall. Process Strategy 3.
Advertisements

Chapter 6 Process Selection and Facility Layout.
Process Selection and Facility Layout
Process Choice and Layout Decisions in Manufacturing and Services
Process Choice and Layout Decisions in Manufacturing and Services Chapter 3.
Chapter 4 Process design Shenval. Alamy.
Learning Objectives Distinguish between capacity strategies
1 Business Processes BA 339 Mellie Pullman. 2 Littlefield Login Buy your code this week! Log onto:
Process Strategy Chapter 4
1 Manufacturing Processes BA 339 Mellie Pullman. 2 Process Choice & Layout.
Facility Layout 1. General Observations Facility Planning includes planning for: (1) the number of facilities and general facility type, (2) facility.
Operations Management
S. Chopra/Operations/Strategy1 Operations Management: Introduction & Strategy Module u Introduction & Administrative u Key Principles of Course »Strategic.
6-1 McGraw-Hill/Irwin Operations Management, Seventh Edition, by William J. Stevenson Copyright © 2002 by The McGraw-Hill Companies, Inc. All rights reserved.
Business Process A logically related sets of tasks or activities geared toward some business outcome. 1. Primary (value-added) 2. Support 3. Developmental.
Process Selection and Facility Layout
Process Selection and Facility Layout
6-1 McGraw-Hill/Irwin Operations Management, Seventh Edition, by William J. Stevenson Copyright © 2002 by The McGraw-Hill Companies, Inc. All rights reserved.
Process Selection and Facility Layout
OPSM 301 Operations Management Class 3: Process selection Koç University Zeynep Aksin
Operations Management
Job Shop, Flow Shop, and Batch Processing. 2 Ardavan Asef-Vaziri Aug.-2013Product-Process Matrix Facility Layout : Job Shop A C B D Product 1 Output Input.
II. Operations Strategy and Process Choice
MBA 8452 Systems and Operations Management MBA 8452 Systems and Operations Management Product Design & Process Selection —Service.
Chapter 10 – Facility Layout
Process Choice and Layout Decisions in Manufacturing and Services
McGraw-Hill/Irwin  The McGraw-Hill Companies, Inc. 2007, All Rights Reserved PROCESS SELECTION Chapter 4.
Process (Job Shop) Layouts
McGraw-Hill/Irwin Copyright © 2009 by The McGraw-Hill Companies, Inc. All Rights Reserved. Chapter 6 Process Selection Facilities Layout Line Balancing.
© 2007 Pearson Education Process Strategy Chapter 4.
22/04/2017 Process selection.
ALL MCQS
Manufacturing is the changing of raw or processed materials into usable products. Manufacturing occurs in manufacturing plants, or factories.
Process Selection Chapter 3, Part 2. Intermittent Operations Intermittent operations: processes used to produce a variety of products with different processing.
McGraw-Hill/Irwin.
CHAPTER 3 PROCESS MANAGEMENT. WHAT IS PROCESS MANAGEMENT ? The selection of the inputs, operations, work flows and methods that transform inputs into.
What is Production management? Production management is the process of effectively planning and regulating the operations of that part of an enterprise.
Module on Layout & Facilities Planning. 2 Operations Management: Layout & Facilities Planning In this module we will discuss: Layout types Employee &
PRODUCTION TECHNOLOGY. Learning Objectives 1.Show operations mgt. as a system. 2.Describe characteristics of goods vs. services 3.Distinguish types of.
1/20 Operations Management Lecture 2 – Shouldice Hospital (Chapter 2 & 3) Dr. Ursula G. Kraus.
Introduction to Supply Chain Management Designing & Managing the Supply Chain Chapter 1 Byung-Hyun Ha
Chap 4 - Facility Layout: Manufacturing and Services.
Chapter 1 Introduction to Operations Management. Production and Operations Management Definition: Managing the activities involved in converting inputs.
Amrinder Kaur Process Selection.  Process Process a set of transformations of input elements into products with specific properties, characterized by.
6 Process Selection and Facility Layout. 6-2 Learning Objectives  Explain the strategic importance of process selection.  Describe the basic processing.
1 ME Production Planning and Inventory Control.
Algorithm A procedure described by a series of steps. Click here for Hint project or algorithm or load distance?
Work-in-process (WIP) Inventory resulting from transformation of raw materials, but not yet ready for sale to consumers. Click here for Hint finished goods.
McGraw-Hill/Irwin Copyright © 2007 by The McGraw-Hill Companies, Inc. All rights reserved. 8 Facility Layout.
McGraw-Hill/Irwin Copyright © 2009 by The McGraw-Hill Companies, Inc. All Rights Reserved. Chapter 6 Process Selection and Facilities Layout.
MOS 3330 Operations Management Professor Burjaw Fall/Winter
Operational and Production Aspects of Contemporary Business Chapter 11 (Chapter 10 in the book) Course: BUS 101 Lecturer: Emran Mohammad (Emd)
6-1 McGraw-Hill/Irwin Operations Management, Seventh Edition, by William J. Stevenson Copyright © 2002 by The McGraw-Hill Companies, Inc. All rights reserved.
PRODUCTION MANAGEMENT
OPSM 301 Operations Management Spring 2012 Class 3:Process Types
Chapter 3 MANAGING THE TRANSFORMATION PROCESS
The University of Jordan Mechatronics Engineering Department
BUSI Operations Management
organizational structure
Process Selection and Facility Layout
PRODUCTION SYSTEMS Terminology Concept: Production: Performance:
MENG 447 Manufacturing Systems Automation Chapter 1*
FACILITY LAYOUT Facility layout means:
Process Design and Technology
Process Selection and Facility Layout
CHAPTER 3 PROCESS STRATEGY
Process Selection and Facility Layout Lecture 5. Forecasting Product and Service Design Technological Change Capacity Planning Process Selection Facilities.
Operations Management
Process Selection and Facility Layout
CHAPTER 6 Process Planning.
Presentation transcript:

CHAPTER 12 DESIGNING THE DELIVERY PROCESS

2 PROCESS INNOVATION IN SERVICE- DELIVERY SYSTEM n Initial Analysis – Customer for service : customer type & profile – Object of service delivery : machine & information – Interaction of service dispensers with customer : 서비스 제공 수단, 장소, 의사소통형태, 감각 – Existing service delivery system n Search for a suitable existing system – 서비스 제공시스템의 속성 비교 ( 혜택위주 )

3 CLASSIC FORMS OF SERVICE-DELIVERY SYSTEMS n Characteristic of service process: – Less visible work, diversity n Food-dispensing services – Vending machine, fast-food( production-line service delivery:standard),upscale restaurants n Cash disbursing service – Bank teller, ATMs(customer-involvement service delivery) n Retail merchandisers – Department(personal-attendant service delivery), discount outlet n Service blueprinting (PFA tool): line of visibility

4 AUTOMATION IN SERVICE PROCESS n Automation to involve customers in service delivery – Teller → ATM n Automation through Digital Information Storage – Telephone services, bar-coding systems n Automation to span long distances – A call to a local pizza Hut n Automation for Distribution efficiencies – Mail-order retailer ※ A well-trained, empowered work force remains a key element of any world-class service delivery system

5 COMPONENTS OF MANUFACTURING PROCESSES n one or more raw materials n a machine or machine center that uses actual tools(nail,laser) and fixtures ( drill press) to perform the transformation tasks n information support often using numerical technology to advise and/or guide the process n a materials handling system that includes transporters and automated guided vehicles n People(skill), transporter(AGVs), Inventory information system

6 Process Choices Project Jobbing Batch Line Continuous Building Dams Special, Small Orders Refineries Mid Volume Production High Volume Productions SmallLarge Average Order Size PROCESS CATEGORY MATRIX

7 TYPICAL ATTRIBUTES OF PROJECTS n Single job at a site – building, dams n Applications: Usually large, one of a kind project n Order Winners: Price or Capability n Physical Resources: General purpose, mobile n Human Resources: Project skills, outsource n Information System: dissemination(mobile), planning system(schedule), actual cost n Inventory: Timely Raw, sizable WIP, little FG n Adaptability to Change: High flexibility

8 TYPICAL ATTRIBUTES OF JOBBING n Irregularly produce relatively few units of a product n Applications: Special, Small, Make-to-Orders n Order Winners: Speed or Capability, Price n Physical Resources: General purpose, process layout n Human Resources: Skilled, empowered, may be labor limited(cross-training) n Information System: Tracking job, Job costing n Inventory: Timely Raw, sizable WIP, little FG n Adaptability to Change: High flexibility

9 TYPICAL ATTRIBUTES OF BATCH PRODUCTION n Routinely produces orders usually in larger quantities n Applications: Mid-Volume MTO or ATO Jobs n Order Winners: Often Price but it varies n Physical Resources: special purpose, product layout n Human Resources: Toward less skilled n Information System: process costing n Inventory: Timely Raw, sizable WIP & FG n Adaptability to Change: Moderate,product mix flexibility

10 TYPICAL ATTRIBUTERS OF LINE PRODUCTION n Perform repetitive tasks for large orders n Applications: High Volume MTS Jobs n Order Winners: Often Price and speed n Physical Resources: Special purpose, fixed product layout n Human Resources: Toward less skilled n Information System: Material and process control,process costing, assembly line balancing problem n Inventory: Timely Raw, sizable WIP & FG n Adaptability to Change: Low, trade off efficiency

11 TYPICAL ATTRIBUTERS OF CELLULAR MANUFACTURING n Produce a family of similar output, one at a time n Applications: Mid-volume, Mid-Variety n Order Winners: Price and delivery speed n Physical Resources: General purpose, Family focused layout n Human Resources: job enlargement(multiple task) n Information System: Material and process control n Inventory: Timely, Raw, sizable WIP & FG n Adaptability to Change: Low, mix flexibility

12 TYPICAL ATTRIBUTERS OF CONTINUOUS-FLOW PROCESSES n Inflexible manufacturing Produces n Applications: standardized good n Order Winners: Price(commodities) n Physical Resources: capital intensive, product layout n Human Resources: training employee n Information System: process control n Adaptability to Change: limited function, operate at close to capacity at all times

13 FLEXIBLE MANUFACTRUING THROUGH AUTOMATION n Capability to process work as varied as a job shop with minimal direct human intervention n Applications: moderate volume n Order Winners: design flexibility, speed n Physical Resources: capital intensive n Human Resources: employees insight n Information System: simpler information n Adaptability to Change: cost