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How Strategic Sourcing Can Use QA to Increase
Value
August 30, 2016
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Presenters
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Ted ArdeleanDirector, R&D and MarketingCanon Business Process Services
As Director of R&D for New Services,
Ted works with client service delivery
teams, operations, technology
partners, and customers to research
and develop new services. Ted’s 25
year of business experience includes
financial and operational
management in outsourcing,
management consulting, and
manufacturing.
Jason SteinerSr. Operational Excellence LeaderSix Sigma Black BeltCanon Business Process Services
As a Sr. Operational Excellence Leader,
Jason leads continuous process
improvement initiatives and trains Canon
client service managers on the use of Six
Sigma methodology. Jason has over 20
years of experience working with senior
management to help drive change
management by diagnosing operational
challenges, identifying root causes and
appropriate solutions, and implementing
change leading to increased efficiencies and
positive measurable outcomes.
AGENDA Use of QA methods to increase value
QA methods
Takeaways
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ABOUT CANON BUSINESS PROCESS SERVICES
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Subsidiary of Canon U.S.A., a Canon Group Company IAOP Top 100 Global
Outsourcing Leader 2007 to
2016Services
• Business Process Outsourcing: Accounts Payable and
T&E, Student Financial Aid, Claims Processing, Auto Finance
• Document Process Management: Imaging, Print, Mail/S&R,
Records Management
• Discovery Services: Consulting, electronic discovery
• Office Services: Reception, Hospitality, A/V, Concierge
• Facilities Support: Campus Logistics Management, Inventory
and Material Control
Service Delivery
• On-site, off-site, off-shore processing center
• Six-sigma process excellence based methodology
• Customized, technology enabled
© 2016 Canon Business Process Services, Inc. All rights reserved.
ADVANCING BUSINESS PERFORMANCE TO A HIGHER LEVEL
~4,500 Employees in US
I n c r e a s e v a l u e f r o m
s u p p l i e r s a n d r e d u c e
P 2 P w o r k l o a d
01
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QA for process excel lence
By the late 1990s, two thirds of Fortune 500 companies had incorporated Six Sigma
projects by 2000, the discipline grew into an industry
Quality Assurance – the maintenance of a desired level of quality in a service or product,
especially by means of attention to every stage of the process from production start to
delivery end
Methods & Techniques
Six Sigma
Kaizen
Lean
Etc.
11
Popularized by CEO of General Electric Jack Welch in 1995 he claimed it led to $750M in
cost savings
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How QA f i ts into S2P?
CPO th inking• #1 CPO focus – cost savings and / or avoidance
• Better collaboration with business, suppliers
• Improving supplier performance
Relevant• Diminishing returns from the established sourcing
strategies
• QA methods provide insight and data into services
purchased which then lead to new cost reduction
opportunities
• Risk mitigation
• QA projects do not require substantial resources,
are short and easy to implement
Source: Zycus 2016 CPO Survey
Top 5 focus areas for 2016
1. Cost savings
2. Procurement process efficiency
3. Supplier performance improvement
4. Collaboration with others functions
5. Spend under management
0%
10%
20%
30%
40%
50%
60%
70%
80%
#1 Cost Savings #2 Supplier QualityPerformance
Which KPI does your organization use to measure procurement’s success?
Executives Practitioners
Source: Oxford Economics
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Increase suppl ier value
Increasing Outsourcing
• “Lift & Shift” not focused on process
efficiency
• SLAs and requirements based on historic
data
• QA projects focus on process efficiency
• QA projects produce accurate transaction
data that lead to setting the right SLA and
resources
Savings Leakage Cost Reduction Opportunity
How QA projects benefit Strategic Sourcing
• A source for cost reduction
• More value from suppliers and improved relations
• Less contract rework – get it right the first time
• Better fit suppliers
• Help improve S2P process
• Reduces risk
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When to use QA projects
• SLAs are not met
• Cost above benchmark data
• Before outsourcing
• Before buying technology
• Before a major change - in
workflow, layout, location,
workforce, etc.
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• Problem is urgent – fix it now
• Large upside potential
• Persistent recurring problem,
unknown root cause
Time and Cost of QA Projects
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QA project cost – varies depending on scope of projects. Many projects
require 1 SME and as little as 1 week
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Pol l Question
Has your S2P function used process improvement methods (such as Six Sigma)
to reduce costs either in your own S2P process or in the services you source?
Yes
No
Not sure, Don’t know
Q A M e t h o d s
5 S + 1
02
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5S+1 Event
• Used to identify and correct workplace inefficiencies before tackling more complex issues
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5S+1 Event
• Used to identify and correct workplace inefficiencies before tackling more complex issues
• Aims to improve efficiencies by:
• Reviewing and adjusting operational flow, and
• Focusing on standardization and organization
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5S+1 Event
• Used to identify and correct workplace inefficiencies before tackling more complex issues
• Aims to improve efficiencies by:
• Reviewing and adjusting operational flow, and
• Focusing on standardization and organization
• Establishes these focus points as part of on-going management
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5S+1 Event
• Used to identify and correct workplace inefficiencies before tackling more complex issues
• Aims to improve efficiencies by:
• Reviewing and adjusting operational flow, and
• Focusing on standardization and organization
• Establishes these focus points as part of on-going management
• Typically conducted as a 2 – 3 day event
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5S+1 Event
5S+1 creates the foundation on which all processes are established, operated, and continuously optimized over time
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5S+1 Case Study
7,200/ Labor hours saved per year
C H A L L E N G E
Examine peak and average workflow within the mail and reprographics
center supporting airplane crew scheduling to identify opportunities for
improved equipment and labor utilization while maintaining high levels
of performance against client SLAs.
F I N D I N G S
CBPS discovered a cluttered customer service area, a disjointed layout
leading to excessive workflow steps, excessive supply inventory, multiple
handling throughout the overall process, as well as safety issues.
R E S U L T S
• Recouped 24 labor hours per day (equivalent to 3-4 FTE )
• Recouped 1,000 square feet of prime workspace at $40 per square foot
• Consolidated production into one room increasing safety, security, and control
A Leading Airline
Q A M e t h o d s
K A I Z E N
02
25
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Kaizen
• Kaizen events are short duration projects (2-3 days) in which multi-functional teams focus on and improve specific operational processes
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Kaizen
• Kaizen events are short duration projects (2-3 days) in which multi-functional teams focus on and improve specific operational processes
• KAI = “To Take Apart”
ZEN = “To Make Good”
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Kaizen
• Kaizen events are short duration projects (2-3 days) in which multi-functional teams focus on and improve specific operational processes
• KAI = “To Take Apart”
ZEN = “To Make Good”
• We analyze (take apart) the elements of a process or system to see how it works, then discover how to influence or improve it (make good, or make it better)
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Kaizen
• Kaizen events are short duration projects (2-3 days) in which multi-functional teams focus on and improve specific operational processes
• KAI = “To Take Apart”
ZEN = “To Make Good”
• We analyze (take apart) the elements of a process or system to see how it works, then discover how to influence or improve it (make good, or make it better)
• Ideal when root causes are unknown
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Typical Kaizen Event Timel ine
Charter Development
Walk & Map the Current
Process
Analyze Data & Eliminate
Waste
Design Future Process
Document Continuous
Improvement Plan
Implement Improvements
& Measure Results
Report Results
Days 1-2 Days 2-3Pre-Event Post-Event
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Kaizen Case Study
$1 Million/ Inventory Savings
A leading Healthcare Provider
C H A L L E N G E
Medical supplies order rate was increasing but the usage was not.
Frequent supply stock-outs. Reduce inventory cost and their
corresponding expenses without jeopardizing patient services.
F I N D I N G S
Discovered a broken supplies distribution process. Several manually
identified errors which required requisition reprints, environmental
factors contributing to stock failures, no end-to-end accountability in the
process, and no single source of job information.
R E S U L T S
• Full implementation of recommendations resulted in $1M savings
• Improved case carts picking time by 56% and reduced error rate to zero.
• Defined a new process for managing date sensitive supplies.
Q A M e t h o d s
D M A I C
02
32
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DMAIC (Six Sigma)
• A measurement-based strategy that focuses on process improvement and defect and/or variation reduction
DEFINE
MEASURE
ANALYZE
IMPROVE
CONTROL
Six Sigma6σ
34
DMAIC (Six Sigma)
• A measurement-based strategy that focuses on process improvement and defect and/or variation reduction
• Structured and data driven
• Measures process capability DEFINE
MEASURE
ANALYZE
IMPROVE
CONTROL
Six Sigma6σ
35
DMAIC (Six Sigma)
• A measurement-based strategy that focuses on process improvement and defect and/or variation reduction
• Structured and data driven
• Measures process capability
• Used when an existing product or process is not meeting expectations or is not performing adequately
DEFINE
MEASURE
ANALYZE
IMPROVE
CONTROL
Six Sigma6σ
36
DMAIC (Six Sigma)
• A measurement-based strategy that focuses on process improvement and defect and/or variation reduction
• Structured and data driven
• Measures process capability
• Used when an existing product or process is not meeting expectations or is not performing adequately
• Complex problem
• High risk
• Root cause / solution unknown
DEFINE
MEASURE
ANALYZE
IMPROVE
CONTROL
Six Sigma6σ
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DMAIC (Six Sigma)
Define the problem, the project goals,
and the customer
deliverables
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DMAIC (Six Sigma)
Define the problem, the project goals,
and the customer
deliverables
Measure the process to determine
current performance
; quantify the problem
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DMAIC (Six Sigma)
Define the problem, the project goals,
and the customer
deliverables
Measure the process to determine
current performance
; quantify the problem
Analyze the data and
determine the root
causes of the problem
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DMAIC (Six Sigma)
Define the problem, the project goals,
and the customer
deliverables
Measure the process to determine
current performance
; quantify the problem
Analyze the data and
determine the root
causes of the problem
Improve the process by identifying,
implementing,and
verifying a solution to reduce or
eliminate the problem
41
DMAIC (Six Sigma)
Define the problem, the project goals,
and the customer
deliverables
Measure the process to determine
current performance
; quantify the problem
Analyze the data and
determine the root
causes of the problem
Improve the process by identifying,
implementing,and
verifying a solution to reduce or
eliminate the problem
Control future
process performance to maintain
gains achieved
CONFIDENTIAL 42
DMAIC Case Study
68%/ Efficiency Improvement
C H A L L E N G E
Reduce unscheduled hours and overtime expense without negatively
affecting SLAs. Identify root-cause of excessive work hour variance to
plan.
F I N D I N G S
Discovered 56% of hours worked over schedule were directly related to
other service providers’ SLA failures. Corrections, workarounds,
leading to overtime expenditure and staffing inaccuracies.
R E S U L T S
• Reduced hours worked above plan by 68%.
• Defined new process for tracking and reporting secondary service
provider performance leading to improved SLA compliance.
A Leading Bank
CONFIDENTIAL 43
Tool set - examples
• 8 Deadly Wastes
• 5 Whys
44
The Eight Deadly Wastes
1 Defects
Type of Waste Definition
Process steps that result in scrap, rework
or re-processing
Example
Customer orders with incomplete information, rejected
drawings and documents, revisions/iterations
45
The Eight Deadly Wastes
1
2
Defects
Over Production
Type of Waste Definition
Producing more than is required at the
current time
Process steps that result in scrap, rework
or re-processing
Example
Working ahead of schedule, building up large
transaction queues, keeping people “busy”
Customer orders with incomplete information, rejected
drawings and documents, revisions/iterations
46
The Eight Deadly Wastes
1
2
3
Defects
Waiting
Over Production
Type of Waste Definition
Producing more than is required at the
current time
Periods of inactivity while waiting for the
next process step to begin
Process steps that result in scrap, rework
or re-processing
Example
Working ahead of schedule, building up large
transaction queues, keeping people “busy”
Time waiting to receive a quote from a supplier,
turnaround time to get an approval
Customer orders with incomplete information, rejected
drawings and documents, revisions/iterations
47
The Eight Deadly Wastes
1
2
3
4
Defects
Waiting
Non Value Added Processing
Over Production
Type of Waste Definition
Producing more than is required at the
current time
Unnecessary work beyond what is
needed to meet customer requirements
Periods of inactivity while waiting for the
next process step to begin
Process steps that result in scrap, rework
or re-processing
Example
Working ahead of schedule, building up large
transaction queues, keeping people “busy”
Excessive information, unnecessary reports,
unnecessary approvals, excessive specifications
Time waiting to receive a quote from a supplier,
turnaround time to get an approval
Customer orders with incomplete information, rejected
drawings and documents, revisions/iterations
48
The Eight Deadly Wastes
1
2
3
4
5
Defects
Waiting
Non Value Added Processing
Over Production
Transportation
Type of Waste Definition
Product moving from person to person
or between locations
Producing more than is required at the
current time
Unnecessary work beyond what is
needed to meet customer requirements
Periods of inactivity while waiting for the
next process step to begin
Process steps that result in scrap, rework
or re-processing
Example
Functional hand-offs (including electronic),
document movement (physical or electronic)
Working ahead of schedule, building up large
transaction queues, keeping people “busy”
Excessive information, unnecessary reports,
unnecessary approvals, excessive specifications
Time waiting to receive a quote from a supplier,
turnaround time to get an approval
Customer orders with incomplete information, rejected
drawings and documents, revisions/iterations
49
The Eight Deadly Wastes
1
2
3
4
5
6
Defects
Inventory
Waiting
Non Value Added Processing
Over Production
Transportation
Type of Waste Definition
Product moving from person to person
or between locations
Producing more than is required at the
current time
Unnecessary work beyond what is
needed to meet customer requirements
Periods of inactivity while waiting for the
next process step to begin
Unprocessed or partially processed
materials, or undelivered finished goods
Process steps that result in scrap, rework
or re-processing
Example
Functional hand-offs (including electronic),
document movement (physical or electronic)
Working ahead of schedule, building up large
transaction queues, keeping people “busy”
Excessive information, unnecessary reports,
unnecessary approvals, excessive specifications
Time waiting to receive a quote from a supplier,
turnaround time to get an approval
Transactions/documents waiting in queue (e.g., incomplete
customer order, unreleased engineering drawing)
Customer orders with incomplete information, rejected
drawings and documents, revisions/iterations
50
The Eight Deadly Wastes
1
2
3
4
5
6
7
Defects
Inventory
Waiting
Non Value Added Processing
Over Production
Transportation
Motion
Type of Waste Definition
Excessive movement by people or
machines
Product moving from person to person
or between locations
Producing more than is required at the
current time
Unnecessary work beyond what is
needed to meet customer requirements
Periods of inactivity while waiting for the
next process step to begin
Unprocessed or partially processed
materials, or undelivered finished goods
Process steps that result in scrap, rework
or re-processing
Example
Reaching, bending, unnecessary steps within the
office or work area
Functional hand-offs (including electronic),
document movement (physical or electronic)
Working ahead of schedule, building up large
transaction queues, keeping people “busy”
Excessive information, unnecessary reports,
unnecessary approvals, excessive specifications
Time waiting to receive a quote from a supplier,
turnaround time to get an approval
Transactions/documents waiting in queue (e.g., incomplete
customer order, unreleased engineering drawing)
Customer orders with incomplete information, rejected
drawings and documents, revisions/iterations
51
The Eight Deadly Wastes
1
2
3
4
5
6
7
8 Employee / People
Defects
Inventory
Waiting
Non Value Added Processing
Over Production
Transportation
Motion
Type of Waste Definition
Excessive movement by people or
machines
Product moving from person to person
or between locations
Producing more than is required at the
current time
Unnecessary work beyond what is
needed to meet customer requirements
Periods of inactivity while waiting for the
next process step to begin
Unprocessed or partially processed
materials, or undelivered finished goods
Process steps that result in scrap, rework
or re-processing
Unused creativity and underutilized
human capital
Example
Reaching, bending, unnecessary steps within the
office or work area
Functional hand-offs (including electronic),
document movement (physical or electronic)
Working ahead of schedule, building up large
transaction queues, keeping people “busy”
Excessive information, unnecessary reports,
unnecessary approvals, excessive specifications
Time waiting to receive a quote from a supplier,
turnaround time to get an approval
Transactions/documents waiting in queue (e.g., incomplete
customer order, unreleased engineering drawing)
Customer orders with incomplete information, rejected
drawings and documents, revisions/iterations
Insufficient time devoted to continuous
improvement, limited knowledge sharing
52
The Eight Deadly Wastes
1
2
3
4
5
6
7
8 Employee / People
Defects
Inventory
Waiting
Non Value Added Processing
Over Production
Transportation
Motion
Type of Waste Definition
Excessive movement by people or
machines
Product moving from person to person
or between locations
Producing more than is required at the
current time
Unnecessary work beyond what is
needed to meet customer requirements
Periods of inactivity while waiting for the
next process step to begin
Unprocessed or partially processed
materials, or undelivered finished goods
Process steps that result in scrap, rework
or re-processing
Unused creativity and underutilized
human capital
Example
Reaching, bending, unnecessary steps within the
office or work area
Functional hand-offs (including electronic),
document movement (physical or electronic)
Working ahead of schedule, building up large
transaction queues, keeping people “busy”
Excessive information, unnecessary reports,
unnecessary approvals, excessive specifications
Time waiting to receive a quote from a supplier,
turnaround time to get an approval
Transactions/documents waiting in queue (e.g., incomplete
customer order, unreleased engineering drawing)
Customer orders with incomplete information, rejected
drawings and documents, revisions/iterations
Insufficient time devoted to continuous
improvement, limited knowledge sharing
“The relentless pursuit of the elimination of waste
from every business process…”
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Root Cause Analysis example – The 5 Why’s
Service provider keeps failing SLA for… overnight package deliveries
Why?
Worker not sure of correct name/person or location
Problem
54
Root Cause Analysis example – The 5 Why’s
Service provider keeps failing SLA for… overnight package deliveries
Why?
Worker not sure of correct name/person or location
Why?
Name, location not identified clearly
Problem
55
Root Cause Analysis example – The 5 Why’s
Service provider keeps failing SLA for… overnight package deliveries
Why?
Worker no sure of correct name/person or location
Why?
Name, location not identified clearly
Why?
Information in company directory insufficient to identify the person
Problem
56
Root Cause Analysis example – The 5 Why’s
Service provider keeps failing SLA for… overnight package deliveries
Why?
Worker no sure of correct name/person or location
Why?
Name, location not identified clearly
Why?
Information in company directory insufficient to identify the person
Why?
Company directory set up with insufficient data fields to distinguish names/locations
Root Cause Physical location and distribution needs not accounted for in directory setup
Problem
57
Takeaways
• QA practices can find cost reduction inside the P2P process or inside the
services outsourced
• QA resources such as 6-Sigma experts can be found inside your
organization or in partnership with your service provider
• QA projects can be short, non-intrusive, and the ROI can be significant
• 3 QA methods are frequently used – 5S+1, Kaizen, DMAIC
Advancing Business Performance to a Higher Level
Thank youTed Ardelean
212 502-2122
Jason Steiner
212-502-1455
www.cbps.canon.com