combining lean and six sigma to create radical change and increased value
TRANSCRIPT
Six Sigma in Service and Transactional Environments
Combining Lean and Six SigmaCombining Lean and Six SigmaTo Create Radical Change To Create Radical Change
And Increased ValueAnd Increased Value
BPM
LeanSix Sigma
Six Sigma in Service and Transactional Environments
Agenda
• Combined approached to Continuous Improvement– Linking Lean and Six Sigma– Tying to Critical Business Drivers
• Examples of Execution– HR– Banking Administration
• The Role of Change Management
Six Sigma in Service and Transactional Environments
How Do You Start Improving?
• How do you measure success within your business?– Are the measures understood and quantified?
• Is there something you don’t like?– Waste– Variation
• Is there a need or an opportunity to improve?
• What is the driver for change?
• Is there a silent driver? What is out there that you have not discovered?
Six Sigma in Service and Transactional Environments
Co
ntin
uo
us Im
pro
vemen
t Fo
cus
Bu
sin
ess
and
Cu
sto
mer
Fo
cuse
d N
eed
sLinking Business Performance Drivers
Financial P&L
$$$
OperationalExcellence
MarketPosition
CustomerSatisfaction
People Key Projects
$$$ $$$$$$ $$$ $$$
Business Commitments
Measuring Vision
BUSINESSOBJECTIVES
Y’s
Y = Function of X1, X2
“PLANNING THE
BUSINESS”
“RUNNING THE
BUSINESS”
“IndividualLine of Site”
Corporate Metrics – The Big Y’s • Customer• Financial• Market Position
Key Process Indicators (KPIs)
Business Indicators:Process X’s
Receive Deal
DataEntry Verify
UpdateSystem
FollowUp
FundDeal
Six Sigma in Service and Transactional Environments
Continuous Improvement Planning
BPM
LeanSix Sigma
Global Systems DesignDigitizationDesign for Six Sigma
LeanStable Operations
Productivity
SPANOn-time Delivery
“How Will You Get There”Enterprise Wide Alignment to Key Drivers
•Value Stream Mapping•Linkage System•Project Management•Web Portal•Global Super Users
•Kaizen•Set-up Reduction•Standard Work•Five S•LMA and Flow
•Design for Manufacturability•Speed of Transfer•Customer Integration – QFD•Commercialization•Product Development
•RTY•Global Capacity•Variation Reduction•Process Stability
•RFQ•Delivery Performance•Supply Chain Management
Six Sigma in Service and Transactional Environments
Creating Harmony in Your ProcessesCreating Harmony in Your Processes
• Lean and Six Sigma
• Within and Between
• Value Added vs Non-Value Added
• Speed and Accuracy
• Internal and External
• Growth and Productivity
• Profitability and Customer Satisfaction
Six Sigma in Service and Transactional Environments
Powerful Combination - f(d+a+s+c)=Y
Six Sigma Plus• JIT• Waste Elimination• Continuous Flow• Value Stream Linkage
Six Sigma • Variation Reduction• Process Control• Performance Optimization
Direction + Accuracy + Speed + Control = $$$
Activity Based Management• Activity/Process/Product Valuation• Cost Management • Macro Project Prioritization
Performance Management• Project Management• Optimize Results• Accountability
The Ultimate Transfer Function
Six Sigma in Service and Transactional Environments
Dual Approach Targets Business Wide Issues
Six Sigma in Service and Transactional Environments
Y=f(X) & S =f(X)
• Maps• Measurement
Systems• Capability Analysis
• Histogram• Control Chart
• Fishbone Diagram• Cause and Effect
Matrix
• Failure Modes and Effects Analysis
• Multi-Vari Studies• Design of
Experiments (DOE)
• DOE/Evolutionary Operations
Analyze
Measure
Improve
Prioritizing Improvement
Define• Charter the Project• Capture Customer
Requirements - QFD
Control• Control Plan• Statistical Process
Control Charts
• Value Stream Map• Business
Assessment
• Identify NVA• Create Flow• Standard Work• Load bar• PAA
•5S•Seven Wastes•Data Collection•Performance Measures•Business Takt
• 5S, Setup Reduction, mistake-proofing, TPM
• Visual Controls• Standard Work• Link to Pull
Comprehensive ModelSix
SigmaLean
DF
SS
/Co
mm
erc
ializ
atio
n/N
PI
Pro
duct
ion
Pre
par
atio
n P
roce
ss
Six Sigma in Service and Transactional Environments
JUST IN TIME• What is needed.• In the amount
needed.• At the moment
needed.• Utilizing the
minimum: Material, Space, Equipment, and Labor
Autonomation
• High quality,
reliable, and
efficient processes
• Separation of
People and
Machines - Jidoka
• Detection and
Correction
IntegratedIntegratedBusinessBusinessSystemSystem
Standard WorkVariation
People
VisualControls
Information
• Poke Yoke• DFSS/M
Engineering
Continuous Flow
Material
• 3P• TPM
Machine
Takt TimeProduction
One-pieceFlow
Pull System
Flows Methods
5S Foundation
Expanded Lean Model
D
M
A
I
C
D
M
A
D
V
Seamless Integration of All Continuous Improvement Tools
Six Sigma in Service and Transactional Environments
99% NVA 1%VA
Typical non-value to value-added ratio:
Comprehensive BPM Create Better Results
• Traditional approach ties to improve the 1% of Value Added activities
• Focus on the whole process, not just the value added piece.
• Connects process with customer value.• Attacking flow, waste, and variation together.
Six Sigma in Service and Transactional Environments
Toyota 30.4 hrs/carFord 34.8 hrs/carGM 45.6 hrs/carChrysler 44.2 hrs/car
Data from USA Today - 2000
Savings
Toyota’s Efficiency in Dollars
If US automakers could match Toyota’s labor hoursper car they could save this amount of money per year.
…………….$2.1 billion…………….$4.9 billion……..……...$2.7 billion
Why Combine Lean and Six SigmaWhy Combine Lean and Six Sigma
Six Sigma in Service and Transactional Environments
Creating a Faster Rate of ImprovementCreating a Faster Rate of Improvement
Lean
Enterprise
Kaikaku - LMA
Kaikaku - 3P
Kaikaku - 3P
Kaizen
Kaizen
Kaizen
Impr
ovem
ent
Time
Kaikaku - Revolutionary Change Kaizen - Evolutionary ChangeLMA - Lean Manufacturing Analysis3P - Production Preparation Process
Kaizen Only
Balancing Frame Breaking Change and Steady Progress
Six Sigma in Service and Transactional Environments
Practical ExamplesPractical Examples
Six Sigma in Service and Transactional Environments
HR StaffingHR Staffing
• Visible Problem – Cycle time and variation is staffing new and replacement positions
• Root Problem – Retention, growth of NVA positions,
• Course of Action– Define and Measure Performance– Analyze date and decide on a course of action– Implement a solution and monitor
Six Sigma in Service and Transactional Environments
Point Roberts, WA
Livingston, MT
Seattle, WAAction
Mortgage
OregonKlamath
Addition to Staff
Title Upgrad
ReplacementFTE >95%
Addition to Staff
Boise, ID
ReplacementFTE <95%
HQ - WallSpokane, WA
HR Employment
Asst
4th Floor Front Desk
Judy(Exec Asst)
HR Director
Jerry Lyon COO President
Mailroom Cindy(Regional
Asst)
Regional MgrMarty
Regional MgrMalcolm
IP CenterSpokane, WA
Regional MgrK Brown
Action HQSpokane, WA
Hiring Requisition Form Travel Flow Diagram
As-Is Process (Paper Form)March 31, 2005
Material Flow Diagram – Follow the FormMaterial Flow Diagram – Follow the Form
Six Sigma in Service and Transactional Environments
Hiring ManagersHREmployment
Specialist
Sterling SavingsBank; Action;
Harbor; Intervest
1200 Jobs/2005Average = 24/Week
Employment
Throughput Time
Processing Time
HR Staffing Value Stream Map
5 min.
1-3 days
??
1
Complete Requisition
1
1st LevelApproval
1
2nd LevelApproval
1
3rd LevelApproval
1
HR Director Approval
1
PresidentApproval
1
COOApproval
1
Prepare Posting/Ads
Post Job 1
Receive Resumes/
Application
1
ScreenApplicants
1
InterviewCandidates
1
ReferenceCheck
1
Extend Offer
Addition?
1
ApplicantTracking
? 9 21
47
11 2 6 23 I
Background Check
I17
27
10
1
AdditionalRecruiting
HR Intranet
Job Opening
Advertising
Newspaper/Monster.com
Weekly Update
Sterling Internet
Staffing Budget Plan (Annually)
Personnel ChangeDaily/Weekly
Expense Variance Review
Monthly
E-mail to Marketing/DI
Every 2 weeks
Weekly e-mail to TMP
Approved Requisition
Employment Activity Report (EAR)
Applicants
Incoming ResumesApplications
1
Complete Paperwork/
Send HR
Background /Credit Report
Interview ResultFinalist Name
Offer Profile
New Hires Start Work
1-7 days 1-3 days
1 day 1 day 1 day
2 min. 2 min. 2 min.
2 min. 2 min . 2 min.
120 – 180 mins
1-7 days 7-14 days
5 min. 1 min .
7-30 days 7-30 days
60 mins 180 mins 20 mins 30 mins
1-3 days
20 mins
1-7 days 1-3 days
1
CloseRequisition
and File
30 mins 20 mins
28 days 9 hrs 17 mins -117 day 9 hrs 17 mins
1-10 days
9 hrs 17 mins
How Does This Create ValueHow Does This Create Value
Six Sigma in Service and Transactional Environments
HR– Staffing Process ImprovementHR– Staffing Process Improvement
Before After % ChangeRequisition Travel 1- 600 miles 0 ↓ 100% Staffing Lead Time 29 - 118 days 18 – 72 days ↓ 40 %Processing Time 9 hrs 6 hrs ↓ 35 %Backlog* 348 * 280* ↓ 20 %*# of System 5 1 ↓ 80%# of Paper Forms 6 1 ↓ 80%Cost/Time to Hire Not Monitored System Enabled
Key Assumptions:– Implement On-line requisition with build-in approval work flow– Continuous posting to eliminate job announcement delays– On-line candidate database to maintain prospects information– Immediate routing of completed application to hiring managers to speed up
candidate interview and selection process– On-line assessment and application to pre-screen applicants– Free up 1 FTE equivalent time currently working on manual tasks
* YE 2005 Projection. Actual backlog as of September 15 equaled to 132.
Six Sigma in Service and Transactional Environments
Back Office AdministrationBack Office Administration
• Statement Generation and Mailing
• Check Clearing
• Account Resolution
• Fee Income
Six Sigma in Service and Transactional Environments
IPC Event Summary – 2005
•8 C.I. events completed YTD 20055 of 6 IPC managers have lead at least 1 C.I. eventAll levels of staff involved in eventsCross departmental involvement in each event
•Typical event results50%-70% reduction in people travel50%-78% reduction in product travel5%-48% reduction in space10%-50% reduction in Lead Time when targeted10%-50% productivity increase when targeted
•Other resultsEliminated expansion need – Savings of lease 14.3% of budgetEliminated certified mail and other postage exceptions requirement for - $375,000/yrElimination of physical equipment (Inserters, PCs) $55,000Elimination of Premium Federal Reserve deadline fees -- $125,000Staff reduction of 10% through normal attrition
Series of Parallel Improvement ActivitiesSeries of Parallel Improvement Activities
Six Sigma in Service and Transactional Environments
18%28:2034:40Product Cycle Time (min)
Lead time for EOM cycle reduced from 6-7 days to 1.5 days = 78% reduction; Headcount reduced 67%
OtherProductivity/Lead Time
% ChangeAfterBefore
14%9.5 hours11 hoursProduct Lead Time Cycle 25
12%43 tasks49 tasksNon-Value Added Tasks
105 S Level
48%1165 Sq. Ft.2187 Sq. Ft.Space
78%121 Ft566 FtProduct Travelfor One Product
66%6.81 Miles20.3 MilesPeople TravelEnd of Month Generation
EOM Statement Results – March 2005
Six Sigma in Service and Transactional Environments
% ChangeAfterBefore
Subset of the EOM processOtherOperational
16%37:30:0044:30:00 hrsProduct Cycle Time (hrs)
36%3.5 days5.5 daysProduct Lead Time (hrs)
EOM cycle
65%32 tasks91 tasksNon-Value Added Tasks
1.71.45 S Level
19%1245 Sq. Ft.1518 Sq. Ft.Space
49%150 Ft.292 Ft.Product TravelMonday Work
63%460 Ft.1240 Ft.People TravelMonday Work
Within the Month Statement Generation – June 2005
Six Sigma in Service and Transactional Environments
% ChangeAfterBefore
Savings of $125K based on Fed Fund Premiums aloneOther$ Savings
18%00:42:001:29:12Product Cycle Time (hrs)
14%1:04:301:47:34Product Lead Time (hrs)
1 capture
17%38 tasks46 tasksNon-Value Added Tasks
1.7205 S Level
25%1688 Sq. Ft.2246 Sq. Ft.Space
73%.59 Miles2.17 MilesProduct TravelMonday Work
68%1.38 Miles4.42 MilesPeople TravelMonday Work
Check In-clearing – May 2005
Six Sigma in Service and Transactional Environments
% ChangeAfterBefore
Reduced equipment and property lease by $135KOtherSpace
4%00:5:0200:5:16Product Cycle Time (hrs)
0%00:5:1000:5:24Product Lead Time (hrs)
0%93 tasks93 tasksNon-Value Added Tasks
To be achieved with layout completion
2.01.365 S Level
25%1025 Sq. Ft.1398 Sq. Ft.Space
63%1233 Ft.3993 Ft.Product Travel
78%2029 Ft.9019 Ft.People Travel
Check Dispute Resolution – July 2005
Six Sigma in Service and Transactional Environments
% ChangeAfterBefore
Major source of new product incomeOther
12%00:39:1700:43:34Product Cycle Time (hrs)
11%00:41:2000:47:49Product Lead Time (hrs)
19%29 tasks36 tasksNon-Value Added Tasks
1.481.25 S Level
13%745 Sq. Ft.861 Sq. Ft.Space
53%578 Ft.1225 Ft.Product Travel
53%763 Ft.1578 Ft.People Travel
Lockbox – July 2005
Six Sigma in Service and Transactional Environments
Fee IncomeFee Income
• Problem – Long-term decline in fee incomes
• Course of Action– Define the problem– Measure current performance– Analyze the data– Improve current performance level– Control the process
Six Sigma in Service and Transactional Environments
Long-Term TrendLong-Term Trend
C2
Ind
ivid
ua
l V
alu
e
Mar 2005Feb 2005Jan 2005Dec 2004Nov 2004Oct 2004Sep 2004Aug 2004Jul 2004Jun 2004May 2004Apr 2004Mar 2004
1400000
1200000
1000000
_X=1173474
UC L=1440203
LC L=906745
C2
Mo
vin
g R
an
ge
Mar 2005Feb 2005Jan 2005Dec 2004Nov 2004Oct 2004Sep 2004Aug 2004Jul 2004Jun 2004May 2004Apr 2004Mar 2004
300000
200000
100000
0
__MR=100290
UC L=327677
LC L=0
Net Monthly NSF Income Initial Corrective Action
Process Controls Not Aligned to Business Needs
Recognition of Problem
Six Sigma in Service and Transactional Environments
Significant Shift in PerformanceSignificant Shift in Performance
• Discovers sources of variation
• Dissect to causes• Implement solutions• Build controls• Monitor• Major Learning Point –
Organizational Behavior is the key to fee income
Month
Inco
me
in $
10
00
s o
f D
olla
rs9/1/
2005
8/1/
2005
7/1/
2005
6/1/20
05
5/1/20
05
4/1/20
05
3/1/
2005
2/1/
2005
1/1/20
05
12/1
/200
4
11/1
/200
4
10/1/2
004
9/1/
2004
8/1/
2004
7/1/
2004
1700
1600
1500
1400
1300
1200
1100
1000
900
_X=1202.8
UCL=1485.7
LCL=919.8
1
1
Total Monthly NSF Income
Six Sigma in Service and Transactional Environments
Daily Average Performance (by Month)Daily Average Performance (by Month)
Month
Do
llars
9/1/
2005
8/1/20
05
7/1/20
05
6/1/20
05
5/1/20
05
4/1/20
05
3/1/20
05
2/1/20
05
1/1/
2005
12/1
/200
4
11/1
/200
4
10/1
/200
4
9/1/
2004
8/1/
2004
7/1/
2004
80000
75000
70000
65000
60000
55000
50000
_X=56469
UCL=65375
LCL=47563
1
1
1
Daily Average Income
•Decline
•Stabilize
•Improve
•Transform
Six Sigma in Service and Transactional Environments
Combined Attack on Flow and VariationCombined Attack on Flow and Variation
• Currently locking in control plan
• Looking for next incremental increase
Month
10
00
's o
f D
olla
rs9/
1/20
05
8/1/20
05
7/1/
2005
6/1/
2005
5/1/20
05
4/1/20
05
3/1/20
05
2/1/20
05
1/1/20
05
12/1
/200
4
11/1
/200
4
10/1
/200
4
9/1/
2004
8/1/
2004
7/1/
2004
1800
1600
1400
1200
1000
_X=1653
UCL=1834
LCL=1472
1 2 3
Significant Shift
One-way ANOVA: C3 versus C1
Source DF SS MS F P
C1 2 1788642578 894321289 3.68 0.031
Error 62 15086315237 243327665
Total 64 16874957815
S = 15599 R-Sq = 10.60% R-Sq(adj) = 7.72%
Six Sigma in Service and Transactional Environments
Lessons LearnedLessons Learned
• Culture Change is Critical• Focus on the Value Stream, Not A “Shotgun” Approach• Support systems critical for information flow• Effectively Communicate Case for Change• Standard Work is the key to sustaining improvements• Leadership Is Crucial and Mandatory
– We don’t have time to lose money!!– Whose business is this, anyway?– There is no THEY! – There is NO decision that we can’t influence!– What have we done today to contribute to a better tomorrow?– Leadership starts with you.
Setting the Tone Breads Success