LEAN 101 CRASH COURSE. Presented by Jacob McKenna and Seaver Woolfok



Similar documents
Introduction to Lean Healthcare

times, lower costs, improved quality, and increased customer satisfaction. ABSTRACT

Louisiana Tech University Lean Manufacturing Courses

What is Lean Manufacturing?

Chapter 11. Lean synchronization

LEAN: 5s in Human Resources

Lean Manufacturing: Part 1. Charles Theisen, CPIM, CIRM. Lean Manufacturing Part 1

BEGINNING THE LEAN IMPROVEMENT JOURNEY IN THE CLINICAL LABORATORY

Lean Management. KAIZEN Training of Trainers. KAIZEN Facilitators Guide Page to.

Using the Lean Model for Performance Improvement

Getting Started with Lean Process Management

Body of Knowledge for Six Sigma Lean Sensei

Implementing Automation after Making Lean Improvements

Hessel Visser NCOI Les 6 A P 373. Operations Management, 7E: Chapter 14 en15

Operations Management and Lean Six Sigma. Presented by: David Muncaster Manager, CI and CSAT Staples Advantage Canada

Rapid Machine Change Over SMED (Single-Minute Exchange of Dies)

LEAN TECHNIQUES. Some of Our Lean Courses: --How to Implement Lean in Small Companies --Flow control/management

Overview of Lean at URMC

Improving My Care Overview

Lean Principles by Jerry Kilpatrick

Lean Manufacturing and Six Sigma

UTILIZAÇÃO DA LEAN METODOLOGIA. Desmistificando Aplicações Reais Para CME. Apresentado por John Kimsey

7/17/2012. Welcome! Topic: Lean Six Sigma How Can it Help Your CSSD? Facilitators: Diane Koch 3M Susan Flynn 3M

Body of Knowledge for Six Sigma Green Belt

Appendix Lean Glossary Page 1

ERP Meets Lean Management

LEAN MANUFACTURING: THE NEW NORMAL Leaning for Contract Packaging and Contract Manufacturing

What Is Six Sigma? Introduction to 6σ. By : Melanie Brochu

Developing a Formidable Business / Continuous Improvement Methodology in Africa. By: Frederick O Popoola

Total Productive Maintenance. Implementing TPM in Baxter Aibonito

Waterloo Agile Lean P2P Group

Lean Manufacturing Practitioner Training

Lean Healthcare Metrics Guide

Annex 15-A: W. Edwards Deming 14 Points for Quality

Greening Our Future By Educating Tomorrow s Workforce. Module 2: Lean Manufacturing and the Environment

LEAN SIX SIGMA PRESENTATION TO CAMA

Session 4-Lean Tools- 5S, Kanban, VSM, SMED, TPM

Lean Specialist Certification Program

Srikanth (Sri) Poranki, Ph.D., CSS-Black-Belt Director, Performance Improvement Dept. Quality & Patient Safety UHSH

Lean Manufacturing for the Wood Products Industry. Brian Brashaw University of Minnesota Duluth Natural Resources Research Institute

Lean Thinking in Healthcare WESTERN STATES MEETING JUNE 26-27, 2014

VALUE STREAM MAPPING FOR SOFTWARE DEVELOPMENT PROCESS. Ganesh S Thummala. A Research Paper. Submitted in Partial Fulfillment of the

Using lean methodologies to improve performance

Lean Healthcare Simulation Segment I: Baseline Performance

AN INDUSTRIAL APPLICATION OF THE SMED METHODOLOGY AND OTHER LEAN PRODUCTION TOOLS

Operational Excellence using Lean Six Sigma Amit Dasgupta

Lean Manufacturing Essential Principles

GE Healthcare. Lean Healthcare. Creating a Lean-thinking culture. Garrett Ogden Beverly Moncy

LEAN CERTIFICATION BODY OF KNOWLEDGE RUBRIC VERSION 3.0

Lunch and Learn The Best of Lean Visual Tools for the Holidays Tools and Techniques for Eliminating Waste and Streamlining Processes

Lean, Six Sigma, and the Systems Approach: Management Initiatives for Process Improvement

Lean Healthcare Online

TPM at the heart of Lean - March 2005 Art Smalley

Achieving Basic Stability By Art Smalley

Re-Engineering Lean Care Management and Automation in a Value-Based World

Lean and Green Manufacturing: Concept and its Implementation in Operations Management

Lean Training Ideas for TECOM. The Marine Corps needs more training time. Industry best practices can improve our training pipeline.

Lean Supply Chain and Logistics Management

INCITO CONSULTING GROUP 8 R E A S O N S W H Y L E A N M AT T E R S M AY 2 7,

How large and small manufacturers are benefiting from Lean Manufacturing and Robotic Automation

Ten Steps to Lean Electrical Controls. a White Paper by J.E. Boyer Company, Inc.

Business Process Optimization w/ Innovative Results

Global Packaging Solutions Driving world class supply chain solutions

The Consultants Guide to. Successfully Implementing 5S

PFMEA Process Failure Mode and Effects Analysis. James Davis, General Dynamics

A Book Review: Lean Thinking by Womack and Jones

TOYOTA PRODUCTION SYSTEM BASIC HANDBOOK

Lean toolbox for seasonal process industries: A nougat fabrication case study

"Kanban Do It Now but Do It Right" Workshop Illustrates the Importance of Kanban as a Tool in Lean Production

Lean Silver Certification Blueprint

Learning to see True Cost

Workplace Color Coding Standards

Making Improvement Work in Pharmaceutical Manufacturing Some Case Studies. Ronald D. Snee

Lean and Agile Development With Scrum (Part 2) Lucio Davide Spano

Purchasing Success for the Service Sector: Using Lean & Six Sigma.

Lean Implementation in a Low Volume Manufacturing Environment: a Case Study

Lean Kitting: A Case Study

Principles of Lean Six Sigma and CAPA

A Case Study and Exercise on How To Use Lean Principles to Overcome A Broken Paradigm

BQF Lean Certification Process

Processing of Insurance Returns. An EMC Lean Six Sigma Project. Author: Aidan Trindle. Editor: Mohan Mahadevan

VALUE STREAM ANALYSIS ON A PRINTED CIRCUIT BOARD (PCB) PRODUCTION LINE

Lean for Law: Legal Process Improvement Checklist

PRECISION METAL STAMPINGS & ASSEMBLIES FOR THE MEDICAL DEVICE INDUSTRY

LEAN FLOW TECHNOLOGY

Office Efficiency Improving Office Processes and Task Analysis

This can be done by simply counting pieces in the line or subtracting total number of pieces loaded to total number of pieces unloaded from the line.

Lean Transportation Fact or Fiction?

6 SIGMA TRAINING & CERTIFICATION

Manufacturing Flow Management

IMPACT OF PROCESS VARIABILITY ON LEAN MANUFACTURING SYSTEMS

A Review of Assembly Line Changes for Lean Manufacturing

Atlas. Automatic Storage & Retrieval Systems

SC21 Manufacturing Excellence. Process Overview

Transcription:

LEAN 101 CRASH COURSE Presented by Jacob McKenna and Seaver Woolfok

Introductions Name Company Position Expectations Favorite Movie

Instructors Background: Jacob McKenna has been involved with Lean manufacturing for over two years with Hoover and Strong. He was certified as a Lean Six Sigma Green Belt from Virginia Technical Institute. He has participated in numerous Lean events such as Kaizen, Five S, Training within Industry, JI, JR, JM, Value Stream Mapping, and A3 training. Seaver Woolfolk is the current events chair for VBEC. He also holds the Safety & Five S Coordinator position for Super Radiator Coils. He has lead multiple Kaizen events, Five S projects and other Lean events. He has also completed train the trainer courses for both OSHA Safety & Kaizen Facilitator.

Time Line of Today s Events. Agenda 9:00am Networking 9:30am Introduction 10:00am Simulation Break between Round 1 & 2 12:00pm Lunch

What is Lean? 5 Lean is a management philosophy based on a system of tightly-coupled practices organized to deliver value with the lowest possible amount of waste.

Why should you Embrace Lean? 6 Control Costs Improve Productivity Improve Quality Improve the workplace Improve Morale Improve Employee engagement

Lean Building Blocks Continuous Improvement Pull/Kanban Cellular/Flow TPM Quality at Source POUS Quick Changeover Standardized Work Batch Reduction Teams 5S System Visual Plant Layout Value Stream Mapping

The Enemy of Lean 8 Waste or muda is defined as anything that uses resources (money, time, or space) but does not provide value. The eight wastes commonly identified in a production environment are: Overproduction Waiting time Unnecessary transportation Extra processing time Excess inventory Excess motion Defects Underutilization of people s skills

Overproduction 9 Overproduction happens when: Making more than is required by the next process Making earlier than is required by the next process Making faster than is required by the next process Producing more than the customer needs right now

Excess Inventory 10 Excess raw material, work in process, or finished goods causing longer lead times, obsolescence, damaged goods, transportation and storage costs, and delay. Also, extra inventory hides problems such as production imbalances, late deliveries from suppliers, defects, equipment downtime, and long setup times

Defects 11 Defects - Work that contains errors, rework, mistakes or lacks something necessary. Any time material is inspected and repair of material is required, it is considered as a defect. Examples of defects include: Scrap Rework Correction because of design changes Field failure Variation, or differences noted in the same type of product Missing parts

Waiting Time 12 Waiting Waste is described as: Idle time created when material, information, people, or equipment is not ready when it is needed. It is acceptable to wait when product is not needed. It is better to do nothing than to produce product that is not ready to be received by the next process step. Examples of waiting waste include: Waiting for parts Waiting for prints Waiting for inspection Waiting for machines Waiting for information Waiting for machine repair Waiting for the next job assignment

Transportation Waste 13 Transportation Wastes is described as: Movement by machine or person of product that does not add value to manufacturing process. Examples Carrying parts in and out of storage. Moving material from one workstation to another Shipping product to a warehouse and then to the customer Cycling product in the warehouse in order to maintain shelf life requirements.

Over Processing 14 Is defined as: Effort that adds no value to the product or service from the customers' viewpoint Effort that adds no value from the customer s viewpoint Referred to as Non-Value added activities Some examples of Process waste are: Multiple cleaning of parts Paperwork Over-tight tolerances Awkward tool or part design Raw material too large requiring extra machining

Motion waste 15 Any movement of people or machines that does not add value to the product or service. Examples Searching for parts, tools, prints, etc. Sorting through materials Reaching for tools Lifting boxes of parts Searching for parts, tools, prints, etc. Repeated stooping, twisting, bending or and other motion that is repetitive and can cause injury after time.

16 People Waste Described as: The waste of not using peoples' mental, creative, and physical abilities to their maximum potential. Examples of People Waste: Training people in lean methods and not allowing them to serve on a Continuous Improvement team. Placing someone with a technical background in an assembly line position. Failing to implement improvement suggestions offered by the Process Operators.

Five S 17 Five S System (5S) A methodology for organizing, cleaning, developing, and sustaining a productive work environment consisting of five component parts: Sort, Set in Order, Shine, Standardize, and Sustain. The 5S system is the basis for starting and continuing a transformation to a truly lean organization.

Five S 18 Sort Distinguishes needed items from unneeded items and removes the latter get rid of clutter. Set in Place Organize a work area for the maximum possible efficiency. Shine To thoroughly clean a work area. Standardize Details a plan to maintain the continual improvement activities. Sustain Maintain through empowerment, commitment, and discipline. Involves workers in the planning of how to maintain what has been accomplished.

VBEC Toy Company (VTC) The VBEC Toy Company is a third generation business started by Jacob s Grandfather. Originally, VTC created wooden toys. Throughout the years the company s focus has shifted from old world to current trends. Jacob and this current team created the Robots that you will be building today and selling them throughout the world.

VBEC Toy Company (VTC) Order Entry: Reference the Country Name on the Country Sheet Write the corresponding destination number on the sales ticket. Capture the start time. They will also Initial the sales ticket.

VBEC Toy Company (VTC) Currier: They will perform all of the movement of the materials to and from the operators and order entry. They are the only one trained on the transportation of goods.

VBEC Toy Company (VTC) Base Assembly: This operator will assemble the bottom of the robot. It s legs and feet is four rows high. *Colors may differ in real life

VBEC Toy Company (VTC) Middle Assembly: This operator will assemble the middle of the robot. It s torso, arms and hands are two rows high. *Colors may differ in real life

VBEC Toy Company (VTC) Top Assembly: This operator will assemble the top of the robot. It s head is four rows high. *Colors may differ in real life

VBEC Toy Company (VTC) Inspector: They will capture and document the information on the Inspection sheet. *see below for information

Round 1

Data / Metrics Car Data Fuel Gauge Fuel Level Service Engine Light Fix Car Oil Light Needs Oil Odometer How Many Miles Temperature Engine Temperature Speedometer Speed Of Car

Ideas

Spaghetti Diagram

Spaghetti Diagram

Standard Work Standardized work is one of the most powerful but least used lean tool. By documenting the current best practice, standardized work forms the baseline for kaizen or continuous improvement. As the standard is improved, the new standard becomes the baseline for further improvements, and so on. Improving standardized work is a never-ending process.

Five S

Round 2

Break

Data

Ideas

Value Add / Non-Value Add VA or Value add is what the customer is willing to pay for. NVA or Non-Value Add is waste, defects, waiting, etc The customer is not willing to pay for this. BVA or Business Value Add is what process that is done or captured that you need to run the business.

Five S

One Piece Flow

Round 3

Data

Examples of 8 Wastes Overproduction Waiting time Unnecessary transportation Extra processing time Excess inventory Excess motion Defects Underutilization of people s skills

LUNCH

World of Lean Six Sigma Belts Yellow Belt (White) Basic knowledge, involved in implementation but have other duties, and are not on a Management level. Green Belts Worker Bees of Six Sigma, may have other duties in addition to leading projects. Black Belt Mentor, Leaders, change Managers. May not have other duties unless a Master Black Belt is on staff. Master Black Belt Highest Level of experience, fully devoted to the process, not other job responsibilities out side of methodology. Involved in all Mentoring and process improvement.

Continuous Improvement Positions. Continuous Improvement Coordinator Manager, Director. Quality Control, Five S Leader, Manager. Lean Six Sigma Support Analyst. Performance Improvement Specialist. Lean Coach. Lean Sensei.

Resources VBEC AME Genedge Center for Cooperate Education at VCU