Vandal Boat Factory Simulation

Slides:



Advertisements
Similar presentations
WORK INSTRUCTIONS – Supervisor You deliver production orders to the Kitter. You motivate. If something is wrong. Find the culprit. Then motivate some more.
Advertisements

The Principles Of Lean Repair Dr David J Horton Copyright© 2011 Beta Management Systems - All Rights Reserved.
OPSM 301 Operations Management Class 25: Lean production Toyota Manufacturing System Ch Koç University Zeynep Aksin
JIT, TPS, and Lean Operations
Chapter 3 Planning for Production. Objectives Product oriented manufacturing systems versus people oriented manufacturing systems. Manufacturing smaller.
Lean Operations (JIT) Module
Just-in-Time and Lean Systems
Lean Systems Defined Just-in-time (JIT): an older name for lean systems Toyota Production System (TPS): another name for lean systems, specifically as.
Just-In-Time and Lean Systems
Lean Operations (JIT) Module
CSUN - Prof. David Shternberg
Just-In-Time “Eliminate Waste”.
Chapter 7 – Just-in-Time and Lean Systems Operations Management by R. Dan Reid & Nada R. Sander s 2 nd Edition © Wiley 2005 PowerPoint Presentation by.
CHAPTER 14 Just-In-Time Systems.
Standardized Processes and Procedures. Standardization Supports StabilityStandardization Supports Stability  NOT the same as “work standards”  Faster.
Benefits of Lean Manufacturing: To benefit from Lean Manufacturing, the processes must be maintained consistently and correctly. Everyone involved must.
© Improvement Initiatives (used with permission of author) freeleansite.com The Lean Enterprise Lean Foundations Continuous Improvement Training Lean Foundations.
Lean Office Overview (Sample Slides) Superfactory Excellence Program™
Lean for Process Manufacturing QAD Midwest User Group Meeting Stephen Dombroski – September 2011.
JIT and Lean Operations
Value Stream Mapping. Introductions & Objectives Value Stream Mapping.
Toyota Production System (TPS) MGMT- E5060 Operations Management.
Just-in-Time (JIT) and Lean Systems Chapter 7. MGMT 326 Foundations of Operations Introduction Strategy Quality Assurance Facilities Planning & Control.
McGraw-Hill/Irwin Copyright © 2007 by The McGraw-Hill Companies, Inc. All rights reserved. 15 JIT and Lean Operations.
Value Analysis/ Flow Analysis
Lean Six Sigma Methodology.
LEAN system.
JIT – Just-In-Time Production
JIT and Lean Operations
Chapter 7 – Just-in-Time and Lean Systems
XYZ Company 1. XYZ Company 2 Lean Manufacturing Is a way of life. It is a never ending process…… Its tools need to tailored to meet XYZ Company’s needs.
New Directions Learning & Development  All Rights Reserved. Lean Your Library: How Lean Six Sigma Strategies Can Improve Operations.
OPERATIONS MANAGEMENT for MBAs Fourth Edition 1 Meredith and Shafer John Wiley and Sons, Inc. Chapter 5: Process Improvement: Reducing Waste Through Lean.
What is DOWNTIME? Scott Thor © Variance Reduction International, Inc. (VRI), All Rights Reserved.
Philosophy and Key Concepts
McGraw-Hill/Irwin Copyright © 2007 by The McGraw-Hill Companies, Inc. All rights reserved. 15 JIT and Lean Operations.
Lean Manufacturing Chapter 15 pp June 29, 2012.
McGraw-Hill/Irwin © 2003 The McGraw-Hill Companies, Inc., All Rights Reserved. 1 LEAN SYSTEMS TOOLS AND PROCEDURES.
Companies must provide customers with world-class quality, delivery and service. Customers won’t accept anything less. The globalization of markets means.
“Without the Cost of Waste …”
Lean Production and the Just-in-Time Philosophy. Lean Production Elimination of All Waste – Waste is Anything that Does Not Add Value to Product. Continuous.
13-1 Learning Objectives  Explain what is meant by the term lean operations system.  List each of the goals of JIT and explain its importance.  List.
JIT and Lean Operations Group Members:. JIT/Lean Production Just-in-time (JIT): A highly coordinated processing system in which goods move through the.
Just-in-Time (JIT) and Lean Systems Chapter 7. Management 326 Operations and Operations Strategy Designing an Operations System Managing an Operations.
Purpose: To help demonstrate the lean principles Time: 1 hour Airplane Exercise.
LEAN system. Value That customer is willing to pay That changes products color, function, shape, other attributes so that the product is getting closer.
CHAPTER 15 LEAN SYSTEM. THE CONCEPTS Operation systems that are designed to create efficient processes by taking a total system perspective Known as zero.
Standard Work (Sample Slides) Superfactory Manufacturing Excellence Series Lean Overview 5S & Visual Factory Cellular Manufacturing Jidoka Kaizen Poka.
McGraw-Hill/Irwin Copyright © 2010 by The McGraw-Hill Companies, Inc. All rights reserved. 15 JIT and Lean Operations.
Lean Manufacturing TT4290 L4S2. History of Manufacturing (1) Craft Manufacturing (2) Mass Manufacturing (3) Lean Manufacturing.
McGraw-Hill/Irwin Copyright © 2013 by The McGraw-Hill Companies, Inc. All rights reserved. Lean Supply Chains Chapter 12.
Copyright © 2014 by McGraw-Hill Education (Asia). All rights reserved. 15 JIT and Lean Operations.
McGraw-Hill/Irwin Copyright © 2007 by The McGraw-Hill Companies, Inc. All rights reserved. 9 JIT and Lean Operations.
LEAN Basics for Offices January 13, WHAT IS “LEAN”? Maximize customer value while minimizing waste.
CHAPTER 9 Lean Manufacturing.
Mel Wendell – Mountain Pointe High School
Lean Manufacturing Series
Chapter 27 Cost Management for Just-in-Time Environments
McGraw-Hill/Irwin ©2009 The McGraw-Hill Companies, All Rights Reserved
Lean Manufacturing Basic Overview XYZ Company.
Pull Manufacturing and Just In Time
IENG 451 / 452 Stability: Total Productive Maintenance
Welcome to my presentation
Value Stream Mapping GEOP 4316.
IENG 451 / 452 MUDA (Waste): Waste’s Impact on Systems
Chap 10 Learning Objectives
Round 1 Debrief - PM What worked? What didn’t work?
Round 1 Debrief - PM What worked? What didn’t work?
Round 1 Debrief - PM What worked? What didn’t work?
"Introduction To Japanese
Presentation transcript:

Vandal Boat Factory Simulation

Outline Review of lean concepts Review the current state of Vandal paper factory VSM The products and practice Simulation 1 Role assignment Execution and data gathering Analysis Simulation 2 Review slides from day 4, transition to future state, calculating Takt time Redesign Simulation 3 Review slides from day 4, pacemaker process, Wrap up

REVIEW

House of Lean Thinking Continuous Cost Reduction Through The Elimination of Waste 5S / Visual Management Level Loaded Production Just In Time Operate with the minimum resource requirements to consistently produce Just what is needed Just the required amount Just where it is needed Just when it is needed Jidoka Built in Quality In station quality: never pass a bad part onto the next process. Poke Yoke (error proofing) Automatic line stops (andon) Man-Machine Separation Prevent Problems (controls) Root cause analysis (5 why’s) Best Quality, Cost, Delivery, Safety Defects and Morale (QCSDM) Decision making Common goals Cross-training Selection PEOPLE & TEAMWORK WASTE REDUCTION CONTINUOUS IMPROVEMENT (KAIZEN) Problem Solving Eyes for Waste Genchi Genbutsu: go to gemba The TPS House The TPS House is a system based on a manufacturing philosophy, not just a set of tools. It is perhaps the most recognizable symbol in modern manufacturing. Developed by Taichi Ohno to share “best practices” with Toyota’s supply base. Why a house? A house is a structural system: the house is strong only if the roof, pillars and foundation are structurally sound. One weak link weakens the whole system. There are slightly different versions of the house, but the core principles are the same. Our Lean discussion today will revolve around this house. Lean Champion Series

Forms of Waste Defects Overproduction Waiting 5% Value-Added Defects Overproduction Waiting Non-Value Added Processing. Transportation Inventory (Time) Motion Employees - Knowledge, Skills and Abilities Energy and Environment 95% Waste

VANDAL PAPER BOAT FACTORY

SIMULATION Round 1 (Traditional) Round 2 (Student Redesigned) Round 3 (Instructor Prompted) TIME: Max ___ minutes PURPOSE: Introduce the progression from Traditional to Lean KEY POINTS: Change doesn’t happen in a day. The different rounds implement in incremental improvements. QUESTIONS: TRANSITIONS: Often a company starts out as a small operation and grows into a larger one. Often efficiency and structure/planning suffer in the process. Let’s take a look at the factory we’re going to work in today. Principles of Lean Manufacturing

Orientation to the Paper Boat Factory

Paper Boat Factory

Paper Boat Factory GBWS

Paper Boat Factory WBGS

WBGS $2.00/person/shift Labor cost: $1.00/sq ft/shift Facilities cost: Paper Boat Factory: GBWS Sells for $8 Materials cost $0.50 WBGS Sells for $8 Materials cost $0.50 Labor cost: Facilities cost: Material cost: $2.00/person/shift $1.00/sq ft/shift $.25/sheet paper

Fabrication PBF Sales Representative Processes “Customer Order” Production Scheduler Generates “Factory Order” from forecast Kitter(s) Organizes raw materials for “Factory Orders” Material Handler Moves product between ALL workstations Folder I Initial folding: Green Folder I Initial folding: White Folder II Final folding : Green Folder II Final folding: White Logo Stamper (white) Logo Stamper (green) Oven Operator (white) Oven Operator (green) Fabrication Inspector (2) Assures Quality Reworker Repairs failed boats Warehouse/Ship Clerk Matches boats to “Customer Orders” Production Supervisor Supervises production Industrial Engineer (2) Monitors production process Trucker Ships products to the customer

PBF Green Paper White Paper

PBF GBWS 1 piece 1 piece WBGS 1 piece 1 piece

PBF GBWS 4 per batch 4 per batch WBGS

Production Scheduling Process PBF Production Scheduling Process Shipments to customers Customer orders (demand) Customer order forms Production forecast Factory order forms Finished Goods Warehouse

All orders are filled “first-in, first-out” (FIFO) PBF Promised shipments to customers Promised shipments to customers 4 minutes after order 4 minutes after order All orders are filled “first-in, first-out” (FIFO)

Handle all parts first-in, first-out (FIFO) Paper Boat Factory All shifts are 10 minutes Keep busy at all times Yell if you need parts Handle all parts first-in, first-out (FIFO) Only the Material Handler can move parts Stay at your workstation The boss is always right! Principles of Lean Manufacturing

Set-up Role assignment Paper boat folding practice Wet the line IE data collection strategies/objectives

Paper Boat Factory Round 1 Principles of Lean Manufacturing

Debriefing Questions What forms of DOWNTIME waste were experienced in the simulation? What opportunities exist for waste elimination through 5s/visual control? How were issues of load leveling experienced? In what areas of the factory were product flow best? Most problematic? Why? What issues in product quality were encountered? What was the root cause of these defects? Which jobs were most stressful? In what ways? Why is it important to engage workers in these positions in lean improvements?