Lean for Leaders - Lean Manufacturing · Basic Title © 2010 QV System, Inc. All rights reserved 1...

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Basic Title © 2010 QV System, Inc. All rights reserved 1 Lean for Leaders Takashi Tanaka

Transcript of Lean for Leaders - Lean Manufacturing · Basic Title © 2010 QV System, Inc. All rights reserved 1...

Page 1: Lean for Leaders - Lean Manufacturing · Basic Title © 2010 QV System, Inc. All rights reserved 1 Lean for Leaders Takashi Tanaka

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1

Lean for Leaders

Takashi Tanaka

Page 2: Lean for Leaders - Lean Manufacturing · Basic Title © 2010 QV System, Inc. All rights reserved 1 Lean for Leaders Takashi Tanaka

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History of Toyota

1950 1990

Lean introduced in

Western corporations

Sales

2010

TPS

• New Leader set vision & clear target

• Visualization & Oobeya• Globalization• Quality into Process• Multi skilled engineers

Increase outside

of Japan

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Uesugi Youzan (1751-1822)

1700 1800 1900 2000

Ninomiya Kinjiro (1787-1856 ) Toyoda Sakichi (1867-1930 )

Ohno Taiichi (1912-1990 )

Roots of Toyota

Show them, tell them, have them do it,

and then praise them.

Focus on people.

Toyota WayFamous governor

J.F. Kennedy respects

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Toyota Way

• Externalized Rule and Principle of Toyota in 2001

• Preparation for more globalization

• Challenge

• Improvement

• Genchi, Gembutu

Continuous Improvement

• Respect

• Teamwork

Respect for People

Principle of

TOYOTA

Toyota Way

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Output Definition

Σi=1

n

iOutput = (Person) x

i(Ability) x

i(Motivation)

Total number of employees n = Workers + Staff

By the improvement

activity

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Toyota Management System

TMS (Toyota Management System)

TDS (Toyota Development System)

Total TPS (Total Toyota Production System)

TMSS (Toyota Marketing & Sales System)

Design

Engineering

Production

TPS

Marketing

Concept

Marketing Design

Production

Concept

Product

Concept

TDS

TMSS

TMS

Production

Design

Sales, After sales

and CRM

Total TPS

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TMS Tools

Oobeya

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Difficulty of Implementation

Rate of

improvement

Time

Background

- The use of tools has improved factories

- Knowledge work areas has been more difficult

- Most managers do not advance to the implementation

of Toyota Management System

Problem

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Do we understand each other?

Western

Toyota

Think

Do

Do

Think

• Genchi

• Gembutsu

What is the goal?

Continue PDCA Cycle

Finished!

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Do we understand each other?

Work

Culture blocks understanding of Principles,

Rules and management.

Tools

Rules

Principles

Japanese Culture

Toyota Culture

Ja

pa

ne

se

Cu

ltu

re

To

yo

ta C

ult

ure

Oth

er

Cu

ltu

re

?Management Western

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Procedure to Implement

4 4 4

Self

Sustaining

New Working

Culture

Higher Perspective

Visualization

18-months

Tools

Management

Kick-off

LfL Studio

6

Tools•TMS

• TDS

• Total TPS

• TMSS

• New role

• Accountablity

• Working habit

• Oobeya

• Visual board

Using both Tools (Method-side) and Management (Human-side),

we can create sustained improvement.

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Toyota Management System

1. Corporate Management

2. Finance (Financial accounting)

4. Globalization

3. Cost Planning (Management accounting)

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Corporate Management

Policy deployment

This year

Nov. Dec.

Next yearStart

Strategy

Target Break

Down

Action Plan

&

Implement

Mid-term Target

Company Policy

Next year Target

Implement

Negotiation

Action Plan

Division Target

Key point:- Process is completed

within 2-months

- Division target will be

reallocated between

divisions

Reflectionthis year

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Mid-term

Target

Sales

Profit

4 5 6 7 8 9 10 11

Target

Actual

Achievable

4 5 6 7 8 9 10 11

Target

Actual

Achievable

4 5 6 7 8 9 10 11

Target

Actual

Achievable

Weekly Actions

Schedule 2009

Jan Feb --- Dec

Metrics Action Board

Issue Board

Cost

Productivity

Quality

CEO,

Board

member

2-issuesper week

Corporate

Objectives

Deliver

Product

Product A

Product B

----

Corporate Oobeya

1. Improve fuel efficiency2. New production

concept

Improve

-ment

Planning

R&D

Production

Marketing

Sales

HR

Target

this year

Barashi

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Increase

Before

Now

Ideal

Improve

ment

Daily Work (Meeting, Decision making,

Team management, etc.)

Trouble shooting

Improvement

(Product, Process and

Personnel development)

Daily Work

生産稼働維持

Effective and

Efficient

Decrease

Role of Managers

Manager: use more than 50% of time

on improvement work.

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Issue Board: Panel

•Project Background

•Project Objective

•Technical Spec

•Project Organization

Potential Real Finish Record

Design

Engineering

Production

Marketing

Objective Metrics

Weight

Cost

Capital

Targ

et

1 2 3 - 12

Targ

et

1 2 3 - 12

Decomposition Area

Issue Board

Go

od

Go

od

Expected Output

Action Board

Projector

for Virtual

Design

Review or

meeting

Expected Output

Prototype

R & D

Main Board

2-issuesper week

Oobeya: Big Project Room

• Progress

check, only

Green & Red

• All related members, Planning, Design, Production and Sales & Marketing

• Identify issues

for management

decisions

To

day

New concept

Drawingdelay

Line AImprove

Supplierselect Supplier

select

Supplierselect

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Visualization of

Management System

Oobeya Principle

•Project Background

•Project Objective

•Technical Spec

•Project Organization

Project OutputQuality

Cost

Timing

Targ

et

1 2 3 - 12

Targ

et

1 2 3 - 12

Go

od

Go

od

Go

od

Desig

n

Engin

eerin

g

Pro

ductio

n

Mark

etin

g

Serv

ice

Marketing

Production

Engineerin

g

Design

Finish Real Potential

Expected Output

Prototype Model

Online

QV System

Visualization of GEMBA (Work place)

Design

Engineering

Production

EngineeringProduction

Marketing

Sales

Corporate

Oobeya • Only 3-layers

• Implemented effectively in Western companies

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CEChief Engineer

CE

Body

----

VP Marketing & Sales

Chassis

VP Engineering

Cost Quality Delivery

Prius

-20% DOK

80%

On time

Dec 15

Corolla ---

VP Production

VP Strategy

CEO

Chief Engieer of Toyota

Under

-10%DOK

90%

1st proto

May 1

Matrix & Metrics

Target break down

Only one VP to manage

all Chief Engineers and

functions

Co

st R

ed

uctio

n C

om

mitte

e

New navigation system committee

Platform Standardized committee

Executives lead

cross-functinal

committee. . .

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Sales

Profit

4 5 6 7 8 9 10 11

Target

Actual

Achievable

4 5 6 7 8 9 10 11

Target

Actual

Achievable

4 5 6 7 8 9 10 11

Target

Actual

Achievable

Weekly Actions

Schedule 2009

Jan Feb --- Dec

Issue Board

Cost

Productivity

Quality

Deliver

Product

Product A

Product B

----

Clear Targets Drive Results

1. Improve fuel efficiency2. New production

concept

Improve

-ment

Planning

R&D

Production

Marketing

Sales

HR

Target

this year

Current

Status

Suitable

Target

GapOnly 3-5

focused

metrics

Clear and

concise

activity and

action

Only

decision

ready issues

Oobeya creates a more action-oriented organization.

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Process 1 Inspection

No

defect

DeliveryProcess 2

No

defect

Process 3

No

defect

Process 4

No final inspection!!

Concept of “Quality into Process”

Occurrence prevention

Outflow prevention

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5. Improved

Design Review• Gate DR

• Collaborative review

• Open/closed issues

Outflow prevention at each gate

4. Quality assurance• Sustain standard work

• Support improvement activity

6. Check sheet • Front page, Whole process• Back sheet, a part or a process

Rem: Follow up later items is establish another f ile, GM checks w eekly.

Design Check SheetEng Type Parts# Depart R G

Factory Car Type Name Outside design request #:

Distribute Other Other Design change #:

Requested section Document, Memo CE agree GM Leader Establish

Order Final

M D M D M D M D

Planning Cost Estimated Weight min min min Inspect drawing

Drawing   Purchase, Fin

Change drawing   Cost Planning Y - N Y - N Y - N with leader

Outside design $   Outside g Final audit of draw ing

Recognized draw (+ - %)  ( ) (+ - %) 1. No problem

Others Background, Objective 2. No confirmation, but no problem

  Change spec   Commonalization   Reduce weight 3. There is issue, but go

Durability, Reliability check   Research   Performance    Productivity   What is issue?

Item Count Check   VA, VE   Solution of Issue   Service efficiency

   Others

Continue hi-speed Explain:

If it needed, Full throttle U/D Contents of change, Problems by GM Attachment Planning f igure

distribute to Low sw eep U/D Engineering check sheet

production Total pattern Objective, reason by GM Required specif ication

engineering Total temperature   Performance   Solution of Issue   NV improve  contact issue   Others (        )

of each factory Low temperature   Request from others (CE, Production)  Commonalization   Service efficiency   Reduce weight

Ex main temp.   Cost reduction  SOC problem   Others( )

Long drive

Hammering Contents of change 1.SOP phase

Stresses 2.Target cost

Resonance 3.Current

Dirt course 4.Supplier estimate

Hi-speed reliability 5.Gap

Heat test Anxious by change Countermeasure 6.Countermeasure

Body test Prototype

CAE Stress 1.Parts cost

2.Mold

3.Total

Reflect for test (Left table) Reflect to production Weight

1.SOP phase

2.Target cost

3.Current

4.Supplier estimate

If necessary 5.Gap

internally, Later Recognized draw ing Plan ( / ) Plan ( / ) 6.Countermeasure

OR Follow up ( Y - N ) M D M D M D M D

Copy  N Check grade Check Check

Engineer 1

2GY   1 No issue : ++   Regulation check require ( Y - N) Conf irm with Material dep: rubber, plastic, paint

No guessing issue : + Acceptance f or F/R, F/F General name of material(          )

Guessing issue : - Parts list of OBD(On-board diagnosis) Assembly and serv ice(Line tools, serv ice manual)

No countermeasure: --   Saf ety issue (FH, Crash, OR, Leak) Row material, process with prod. Eng & supplier

Not accept: Blank Conf irmation Engineering check sheet Conf irm guideline of parts f itting (Internal E2-14)

Including all PPC items   Drawing: parts table, request, label

The case of - and --, Satisf ied required f unctions by reliability matrix   Change Drawing: old parts, ov ersea,

Write f ollow up date Keep dev elopment target by justif ication check sheet   Parts table: Saf ety , regulation, maker option

Conf irmed by control design inf ormation matrix   Pattent:requested (Y N), Fall f ault (Y N Analy )

Implement DRBFM Deliv ery location, change( )

Prohibited design change, conf irmed by real parts Env ironmental condition & inf luence

  Conf lict of parts, distance, slack, f astened, seal  Oil, water & gas temperature, f rozen, f uel, etc

   Caulking, weld, press, insert choking

Information Roll out other model(Y N), Influence other organization(Y N), informed(Y N):

Leader comments:

Total

#1: Each engine & using area has template   Check sub-design check sheet of back side

(Revised '05 June) #2: Attach engineering check sheet

Cost

Item Item

Face Engine

Related

Final

Order

Route: Design room -> Manager ->each CE

2- copy for group

7. Feedback sheet• Lesson and learn

from past projects

1. Management• Policy deployment

• Target and Metrics

• Long-term planning

• Daily implementation

• Issue board for unexpected problems

Oobeya for project

3. Standard Work• Design standards

• Process standards

• Structured template

Production DeliveryPlanning Design Test

Occurrence prevention

2. Education/ Training• Knowledge management

• Multi-skilled engineer

• Supplier training

“Quality into Process” tools

Target:- Right on time

- Right first time

Front loading tools

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Selecting ”Right” Leader for Lean

Technical strength

Experienced leading large projects

Influence at the executive level

Strong collaborative skills

Real network within the organization

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Conclusion

Will your market reward significant

improvement?

What is your human-side culture?

What is the leader’s clear vision and target?

Focus on fewer targets, clearly quantified,

and then, drive your organization!