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

Slides:



Advertisements
Similar presentations
Copyright EMS Consulting Group, Inc Creating an Environment for Continuous Improvement Darren Dolcemascolo EMS Consulting Group,
Advertisements

Introduction to Lean. Benefits of Lean Why go Lean? Improvements in: –Customer service –Quality and efficiency –Staff morale –Internal communication and.
Going Lean Can it work for the Medical University? Jennifer Hooks MBA Manager, Performance Improvement Six Sigma Master Black Belt Lean Sensei.
Lean Systems Defined Just-in-time (JIT): an older name for lean systems Toyota Production System (TPS): another name for lean systems, specifically as.
Making your Portable Restroom business Lean and mean – How to boost productivity and increase your bottom line.
Just-In-Time and Lean Systems
Just-in-Time and Lean Systems
Class 12: Chapter 8: Lean Systems Class 12 Agenda –Review Exam question challenges –Review Grade Sheet –Discuss Classroom Performance Process –Comments.
TRICARE Management Activity HEALTH AFFAIRS Version 1.0 Business Process Engineering & Process Improvement MODULE 6 Lean Six Sigma Problem Solving Methodology.
Chapter 16 - Lean Systems Focus on operations strategy, process, technology, quality, capacity, layout, supply chains, and inventory. Operations systems.
Lean Six Sigma: A Vision
Lean Six Sigma A Methodology for Cultural Change and Continuous Process Improvement (CPI)
Copyright 2006 John Wiley & Sons, Inc. Beni Asllani University of Tennessee at Chattanooga Lean Systems Operations Management Chapter 16 Roberta Russell.
CONTINUOUS IMPROVEMENT PROGRAM
Benefits of Lean Manufacturing: To benefit from Lean Manufacturing, the processes must be maintained consistently and correctly. Everyone involved must.
Value Stream Mapping.
JIT and Lean Operations
1 Chapter 16 Just-In-Time Systems. 2 JIT/Lean Production Just-in-time: Repetitive production system in which processing and movement of materials and.
Copyright © 2014 McGraw-Hill Higher Education. All rights reserved. CHAPTER 8 Lean Systems McGraw-Hill/Irwin.
Workshop A Performance Boosting Tools Reality Check: Are you a Lean, Mean Manufacturing Machine ? The Matrix: Performance Measurement System.
Manufacturing Processes Copyright © Texas Education Agency, All rights reserved.
1 Employability skills (a) Employers value people who: fit well into their team and workplace use initiative to solve routine problems work productively.
Toyota Production System (TPS) MGMT- E5060 Operations Management.
WASTE REDUCTION AND PRODUCTIVITY IMPROVEMENT
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.
Process Improvement An Overview of Lean Agenda: The origin of Lean
JIT and Lean Operations
© 1998 by Prentice-Hall Inc Russell/Taylor Oper Mgt 2/e Chapter 15 Lean Operations in Services and Support Functions.
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.
Just-in-Time and Lean Operations. Developments of JIT and Lean Operations 1960’s: Developed as Toyota Production System by Taiichi Ohno and his colleagues.
Philosophy and Key Concepts
Dr. Joan Burtner1 Introduction to the Lean Enterprise as a Quality Improvement Initiative Presented By: Dr. Joan A. Burtner Industrial and Systems Engineering.
1 The Application of Industrial Production Techniques to Health Care Delivery Summary of notes Pittsburgh Regional Healthcare Initiative: Perfecting Patient.
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 …”
Energy efficiency and reliability First year project rev AH BEE GOH 19 MARCH April 2011.
Just-in-Time and Lean Operations. Developments of JIT and Lean Operations 1960’s: Developed as Toyota Production System by Taiichi Ohno and his colleagues.
1 Employability skills (a) Employers value people who: fit well into their team and workplace use initiative to solve routine problems work productively.
Continuous Improvement (CI) Overview A quick review of principles, methodology, and tools.
1 What is JIT Inventory? The minimum amount of inventory necessary to keep a perfect system running smoothly Objective is to minimize the stock of parts.
Lean Six Sigma: Process Improvement Tools and Techniques Donna C. Summers © 2011 Pearson Higher Education, Upper Saddle River, NJ All Rights Reserved.
Lean Production.
Just-in-Time (JIT) and Lean Systems Chapter 7. Management 326 Operations and Operations Strategy Designing an Operations System Managing an Operations.
CHAPTER 15 LEAN SYSTEM. THE CONCEPTS Operation systems that are designed to create efficient processes by taking a total system perspective Known as zero.
Central Massachusetts Regional Library System Libraries and Lean Thinking An Overview / Workshop May 11, 2009.
McGraw-Hill/Irwin Copyright © 2013 by The McGraw-Hill Companies, Inc. All rights reserved. Lean Supply Chains Chapter 12.
Just In Time ….. Just in Time Philosophy Salient features  The notion of waste in any operating system  JIT as a philosophy of elimination of waste.
Objectives of the session
16-1 McGraw-Hill/Irwin Operations Management, Seventh Edition, by William J. Stevenson Copyright © 2002 by The McGraw-Hill Companies, Inc. All rights reserved.
A SEMINAR ON “LEAN MANUFACTURING”. What is Lean Manufacturing? Lean manufacturing is a comprehensive term referring to manufacturing methodologies based.
Establishment of QIT and WIT 5S Training of Trainers for Training Institutions Training material No. 24.
David Murtaugh Certified Six Sigma Green Belt Industrial Engineering and Engineering Management Student at Mercer University Lean Healthcare Deployment.
Mel Wendell – Mountain Pointe High School
Lean Manufacturing Series
Lean operations and JIT
Enterprise / Production System Interface Expand Internally/Externally
Lean Manufacturing Basic Overview XYZ Company.
Lean Thinking ‘’ A small Professional Approach ‘’
Welcome to my presentation
Just-In-Time and Lean Production
Basic Concept of 5S-KAIZEN-TQM Approach
MGS 4020 Business Intelligence LSS Jul 19, 2018
Lean production Müge umut
"Introduction To Japanese
Implementation of Lean at Rheem Manufacturing
LEAN PRODUCTION BY Alfredo Moran Johnny Rojas January, 2006.
Process improvement for the lab
Presentation transcript:

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

Objectives of the session At the end of the session, trainees are able to: 1)Understand the philosophy on lean management 2)Describe the relation between 5S-KAIZEN and Lean management 3)Describe what is lean tools 4)Describe the importance of thinking and acting in lean management for health care improvement in Tanzania 1

Environment surrounding health services in TZ Although Tanzanian health sector has made significant progress over the last several years, there are many significant challenges that still need to be addressed, including: – Health resources (HRH, financial, commodities…) shortage – Low quality of health services – Low reliability of the public health facility However, we cannot stop providing health services to the community 2

What should we do for improvement of the situation? 3

Think “out of box” and break through 4

Answer is … “Lean Management” 5

What is the difference between Kaizen and Lean? KAIZENLean ManagementSix Sigma OriginJapanese TQC and Toyota Production system management philosophy developed from Toyota Production System (TPS) set of techniques and tools for process improvement. Developed by Motorola in DefinitionA problem solving process. focuses on eliminating waste, improving productivity, and achieving sustained continual improvement in targeted activities and processes of an organization. focused on improving process speed and quality through reduction of process wastes. a disciplined, data-driven approach and methodology for eliminating defects Program/activities driven by Bottom to top (Bottom up approach) Top to bottom (Top down approach) Top to bottom (Top down approach) Implementation structure Small group activities (QC circle / QIT / WIT) Lean Teams Problem-Solving and Self Directed Work Teams are the most common types Black, Green, Yellow belts Tools used for the approach Use QC 7 tools and New QC 7 tools Lean Tools (5S, Kanban, Andon, JIT, TPM, etc.) DMAIC, Statistical approach Developed/Concept ualized by Masaaki Imai and Toyota Motors Womack, Jones and Roos, MIT Bill Smith at Motorola 6

Two ways communication and improve organization KAIZEN approach From bottom to top Lean Management From top to bottom Managers need to know “Lean management” to guide workers for Improvement of work flow and productivity Workers should have positive mindset, and trying to make workplace and services better (“KAIZEN mind”) 7

What is “Lean thinking”? Basic concept for Lean management A business methodology which aims to provide a new way to think about how to organize human activities to deliver more benefits to society and value to individuals while eliminating waste. Simple definition is: “Becoming ‘lean’ is a process of eliminating waste with the goal of creating value.” Simple definition is: “Becoming ‘lean’ is a process of eliminating waste with the goal of creating value.” 8

How can we eliminate “wastes”? Different types of waste in your organization 9

7 types of wastes in work place Over production Creating more material or information or tests or treatment than needed Over production Creating more material or information or tests or treatment than needed Over processing Processing beyond the standard Over processing Processing beyond the standard Transportatio n Unnecessary movement between processes Transportatio n Unnecessary movement between processes Motion Unnecessary movement with a process Motion Unnecessary movement with a process Rework Repetition or correction of a process Rework Repetition or correction of a process Waiting People or items that wait for a work cycle to be completed Waiting People or items that wait for a work cycle to be completed Inventory More material or information than needed Inventory More material or information than needed 10

“Muri”, “Mura”, “Muda” Muri Unreasonable burden Any activity asking unreasonable stress or effort from personnel, material or equipment. In short: OVERBURDEN For people, Muri means: a too heavy mental- or physical burden. For machinery Muri means: expecting a machine to do more than it is capable of- or has been designed to do. Mura Un-level workloads Any variation leading to unbalanced situations. In short: UNEVENNESS, inconsistent, irregular. Mura exists when workflow is out of balance and workload is inconsistent and not incompliance with the standard. Muda Any forms of Waste in the process any activity in your process that does not add value. MUDA is not creating value for the customer. In short: WASTE Type I muda: Non-value-added tasks which seam to be essential. Business conditions need to be changed to eliminate this type of waste. Type II muda: Non-value-added tasks which can be eliminated immediately. 11

What should be used for elimination of wastes? 12

2. Map Value Stream Identify all steps across the whole value stream 1. Define Value Specify what creates value from the customers perspective 3. Create Flow Make those actions that create value flow 4. Establish Pull system Only make what is pulled by the customer just-in-time 5. Pursuit Perfection Strive for perfection by continually removing successive layers of waste Lean Principles Lean Principles 13

Lean Principles Mental Model for lean thinking Lean PrinciplesWhat should be done 1)Define Value Define value from a patient’s perspective. Try to understand their health and non-health expectations. How patients’ experience could be improved. 2)Map Value Stream Evaluate how all the steps of a process or procedure to provide services in the health facility. Then, eliminate any steps that do not contribute to performance, productivity or safety of the health facility. 3)Create Flow Eliminate waste between steps of a process and create smooth workflow for high efficiency 4)Establish Pull system Allow the patient to receive or request services if and when need. 5)Pursuit Perfection Continuously adapt to an ever-changing environment and patients’ needs in order to deliver high quality of health services. 14

An example of Define Value Long waiting time for consultancy? Good communication and explanation of treatment? 15

An example of map value stream Registrati on of patients Entering Informati on into HMS Looking for patient file from shelf Handover the file to the patient Asking the patient to go and wait at OPD Measure vital sign of the patient “Process of seen patients at OPD” Are all the steps necessary ? Are there any steps can be eliminated or change for better? 16

An example of create “flow” Registrati on of patients Entering Informati on into HMS Looking for patient file from shelf Handover the file to the patient Asking the patient to go and wait at OPD Measure vital sign of the patient Process of seen patients at OPD Registration can be divided into 2 lanes: 1)Registration of new patients, and 2)Registration of returning patients for smooth registration 17

How can we apply Lean Principles? 18

Use “Lean Tools” Lean tools are essential for accelerating the practice of lean management. There are over 50 lean tools that organization can adopt for lean management Lean tools can be selected based on the characteristic of organization and services provided It is important to know how to use each lean tool Possible to obtain lots of lean tools from: 19

Continuous improvement Patient focused Eliminate waste Simplify everything Simplify everything Create flow Pull system (Kanban) Pull system (Kanban) Standardized work Takt Time Mistake-Proofing (Poka-yoke) Mistake-Proofing (Poka-yoke) Quick –set up Point of use storage Total Productive Maintenance Value Stream Mapping Batch size reduction Problem solving process (KAIZEN process) Problem solving process (KAIZEN process) Stopping the line 5S approach Visual control Workplace layout Just In Time Note that tools in the blue box are taught in 5S training Lean tools 20

Wrap up: Lean process Identify the problems, needs and expectations of patients Review the current situation and process of the services provided Try to eliminate wastes and unnecessary procedure with lean tools Establish mechanism of “Pull system” (demand driven) Try to improve the situation continuously and maintain high quality of services 21

5-S KAIZEN Total Quality Management Leadership and team work Quality of services and management Working environment Positive attitude Leadership and commitment of hospital management Lean Management Highly Reliable Organization (HRO) Wastes Lean management and 5S-KAIZEN-TQM Approach Positive mindset for improvement of quality among frontline workers 22

Achieve “Lean” with “KAIZEN” Continues Quality Improvement and open quality spiral concepts achieve “Lean management” 23

Thank you for listening ! any question?