Transcript
Page 1: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Improve Localization Efficiency Using Six Sigma (DMAIC)

MethodologyA case study on how the right strategy leads to a

scalable, sustainable solution for global organizations

Page 2: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Agenda Company Introductions Provide background into Process Excellence, Six Sigma and DMAIC Problem Introduction Walk you through how we used the DMAIC principles to resolve our

problem as well as share with you how it was utilized to deliver much needed improvement and sustainable gains.

What actions are being but into place to continue our overall improvement moving forward.

We will provide you with key learning's that you will be able to use immediately.

Most importantly, you’ll never look at supplier selection the same way again.

Page 3: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology
Page 4: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

A business (quality) management strategy developed by Motorola in 1981.

The term SIX SIGMA originated from terminology associated with manufacturing processes where a sigma rating indicates a percentage of defect free products it creates.

Recognizing that correlation between higher quality and increased revenue, under the leadership of Jack Welch, Six Sigma was introduced at GE in 1995. From that moment, Jack Welch became the global promoter of Six Sigma.

In 2009 the value of Six Sigma was recognized by KCI’s Executive Committee and Process Excellence was listed on KCI’s Corporate Scorecard for the first time. To date, 7 Black Belts and 36 Green belts have been trained at KCI. This localization project is the 1st Black Belt project to achieve certification status at KCI.

Brief Evolution of Six Sigma

Page 5: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Understanding DMAIC…

Page 6: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Our ChallengeDefine

Prior to this project, when it came to localization, each functional group was focused on what "they" need to do without any leverage across KCI’s many functional groups and geographical areas.

These inefficiencies lead to… Inconsistency of Translated Content Process Inefficiencies Quality Issues Longer Lead-times Higher Translation Costs Delays w/New Product Launch and Global Expansion Plans

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TRANSLATION SPEND

Impact to Patient Safety

Copy Inconsistency

Loss of Market Share

Non-Compliance PenaltiesMarket RemovalExpensive Fines

Launch Delays

Zero Leverage

Customer Dissatisfaction

Waste

Delays in Global Expansion Plans

Process Inefficiencies

Long Lead Times

Market Frustration

Rework

Higher Overall Costs

Secondary Expenses Associated w/Rework

Missed SalesOpportunities

And More….Negative Impact to Other Projects

False Positive in Low Cost Option

Define

Page 8: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

The True Cost of Localization Compliance

Impact to Patient Safety

Copy Inconsistency

Loss of Market Share

Non-Compliance PenaltiesMarket RemovalExpensive Fines

Launch Delays

Zero Leverage

Customer Dissatisfaction

Waste

Delays in Global Expansion Plans

Process Inefficiencies

Long Lead Times

Market Frustration

Rework

Higher Overall Costs

Secondary Expenses Associated w/Rework

Missed SalesOpportunities

And More….Negative Impact to Other Projects

False Positive in Low Cost Option

Define

Page 9: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

We Asked Our Leadership

Would it be acceptable for KCI to have 20+ suppliers for critical component items such as LCD screens for our VAC devices?

Then, why was an unmanaged, complex, multi-vendor environment acceptable for translated content directly impacting:

• Patient Safety• Customer Satisfaction• Quality & Compliance• Speed to Market• Market Expansion• Increased Revenue

Define

Page 10: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Project Charter Goals

Our team believed setting the right localization strategy would:

• Improve quality by significantly reducing variation of translated content by 30%.

• Improve cycle times by 30% by standardizing processes associated with translated content

• Increase translation memory leverage by 30% within and across functional groups assuring KCI the best net cost per "word".

• Transition from a multi source to a single source localization provider strategy.

Define

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S I P O C

Need forTranslated

Content

GlobalTranslation

Management

Business Processes

Translation Request Forms

Source Documents

Approved Funding

Business Services and Supporting

Systems

Resources

Equipment(Hardware &

Software)

Supplier Input Process Output Customers

Translated Content that is…

Timely

Accurate

Consistent

Delivered at the best

net cost per word.

30%Estimated

Savings

Medical Professionals-Doctors-Nurses-CliniciansAt:-Hospitals-Skilled Nursing Ctrs.-Rehab Facilities-Home Care Facilities

Customers

Regulatory Bodies

Attorneys

Auditors

Distributors

Global Sales Force

OEMs

Multiple Cross-Functional KCI Process Owners

Verti

cal A

lignm

ent t

o KC

I’s O

vera

ll G

&O

1. Compliance2. Corporate

Communications3. Corporate Services4. Finance5. Global Product Labeling6. Human Resources7. Legal/IP8. LIFECELL9. Medical10. Portfolio & Branding11. Quality12. Regulatory13. Sales & Marketing14. Service Engineering15. Service Operations16. Training & Education17. Local KCI Affiliates18. Various Business Process

Support Staff

Key Metrics

CTQ’s

Define

Page 12: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Data Collection StrategyOnce the problem was accurately defined, the next step was to determine

the factors that have influence over our process and collect the data needed to support. The following key measures were selected:

Metric GPL Entire Process Top “3” Agencies

Current Efficiency Baseline(Net Cost Per Word)

P P P

Current Percentage of TM Leverage P P P

Estimated Cost Savings w/Existing TM P P P

Estimated Time Savings w/Existing TM P P P

Current % of Jobs Requiring ICR P P P

Quantify Errors: Contextual vs. Preferential

P P P

KCI ICR VOC Rating P N/A 2 of 3

True Cost of Quality N/A N/A P

All Key Measures Tie to DeliverablesImproved Cycle Time

Increased TM LeverageBest Net Cost Per Word

Supplier Reduction

Measure

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Data Collection SummaryJun09-Feb10

DEFINE39 Projects

259,850Words

MEASUREANALYZE

55 Projects

265,169Words

IMPROVECONTROL

117 Projects

1,404,844Words

0

20

40

60

80

100

120

Measure

Page 14: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Impact to Patient Safety35%

Impact to Speed to Market30%

Existing Spend15%

Existing Con-trol by GPL

10%

Leverage Opportunities10%

Criteria & Weight Scoring Against Criteria

9 - High Impact6 - Moderate Impact3 - Low Impact0 - No Impact

Resulting Priorities1 - Labeling2 - Device Software3 - Medical

Data Evaluation CriteriaMeasure

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Affinity Diagram

ContractsHR Materials

IncludingSoftware

AgreementsTraining

and EducationMaterials

Corporate Communications

RegulatorySubmissions

VideoMulti-Media

Journal Articles& Reports

LabelingContent

Sales & MarketingLiterature

Device Software

MarketResearch

DEFINE

Scientific Papers

Policies, Misc.Forms & More

Clinical Reports& Manuscripts

Analyze

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Cost of Quality ModelFive Key Areas to Address When Improving the Cost of Quality (Page 38)

Key Drivers Basic Issue LSP 1 SDL LSP 3

Basic Organizational Capabilities

Skills & tools required to implement improvements in business processes are lacking.

6 0 9

Process Variations Poor process capabilities results in high COPQ (rework, multiple review cycles, longer cycle times).

6 3 9

Business ProcessVariation

Product cost estimation is often widely off the mark (additional funding is needed to complete job).

3 0 6

Process & Documentation

Systems, processes and documentation are often inadequate and flawed (longer cycle times, higher costs, poor quality).

6 0 9

Supplier Capabilities Lack of quality translators and supporting organizational support, resulting in poor-quality translations, late deliveries, higher costs.

6 3 9

Total – The higher the number, the lower the quality. The higher our overall cost!

27 6 42

Analyze

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Key Findings (1 of 3)1) Obtaining financial data (US & OUS) to verify translation spend was

difficult at best. Issues included: No standard GL code for translated content Results varied between functional groups with access to financial data. Limited capabilities of existing systems. Independent stand-alone systems (US vs. EU and within the EU).

2) Every functional group expressed acknowledgment in their increased need for translated content.

3) Most importantly, the need for translated content will grow exponentially based on KCI expansion plans for both new and existing markets.

Analyze

Page 18: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Key Findings (2 of 3)

In-Country Review was the #1 reason for project delays.

KCI had no management strategy around TMs, terminology or style.

While translation costs represented 15% of KCI’s total annual localization spend, process & administration were as high as 40%.

Inconsistent writing styles and authoring make translations more expensive and impacts total translation costs by 25% or more.

Functional groups were focused on “low cost” without understanding the negative, long term consequences for both our localization strategy and organization overall.

Analyze

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As budgets get tighter and both competition and project

timelines gets more aggressive, our ICR’s will have less

available time to review translated content at a time when

demand for translated content is increasing.

In short, while KCI has been operating as an international

company for years, our localization strategy was far from

global.

The time was right for this project!

Key Findings (3 of 3) Analyze

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Key Learning to KCI’s ICR Process

Each ICR views and manages ICR differently.

Reviewers are not hired to review, it is an additional task to

an already heavy workload.

Reviewers change numerous times within a calendar year.

ICR’s received no formal training or testing for their role

(including minimum skill requirements (i.e. English

Proficiency/Product Knowledge).

ICR had to change!

Analyze

Page 21: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Expected Deliverables

• ONE: Improve quality by significantly reducing variation of translated content by 30%.

• TWO: Improve cycle times by 30% by standardizing processes associated with translated content

• THREE: Increase translation memory leverage by 30% within and across functional groups assuring KCI the best net cost per "word".

• FOUR: Transition from a multi source to a single source localization provider strategy.

E = c x qr x trw

• E = Efficiency of our TM program• c = Total cost• qr = Quality Ratio of the Translation• tr = Time Ratio• w = Total Words Translated

Improve

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Improvement Goals (1 of 2)

• Redesign the entire translation process– eliminate MUDA!• Introduce Improved Technology• Develop/Execute TM Strategy – More than Trados!• Maximize Reuse of English Source Content• Create KCI Training & Education Library• Optimize ICR Process• Introduce Style Guide & Glossary of Terms• Internal Training: Write for a Global Audience• Improved cost structure/pricing for KCI jobs• Develop/implement tools to better manage terminology and

style

Improve

Page 23: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Improvement Goals (2 of 2)

While this project was focused on managing translated content more

effectively, the long-term picture is about understanding and

optimizing the entire content lifecycle, including source authoring

and content management.

Improve

Page 24: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Cycle Time – Labeling Content

LW VSM3.igx

Customer Demand:

2000 Words/Day Customer

RFQ to PO

Total C/T = 3 daysNVA = 2.5 days

Value Add: 0.5 days

Defect = 15%

C/O = 30 mins.Uptime = 95%

Availability: 90%

4

Prepare & Fwd.

Completed Files

Invoice & COA

Total C/T = 0.75 days

NVA = 0.25 days

Value Add: 0.5 days

Defect = 5%C/O = 1 mins.

Uptime = 95%

Availability: 90%

2

TRANSLATION

MANAGEMENT

Supplier

Information

Quote Request

Submitted

Information

0.5 days

3 days

0.75 days

1 days

9 days

12 days

2 days

2.5 days

1.5 days

2 days

6 days

7 days

1.5 days

2 days

3.25 days

4 days

0.5 days

0.75 days

8 days

10 days

1.5 days

2 days

1.5 days

2 days

0.5 days

2 days

2.5 days

3 days

0.5 days

0.75 days 54 days

VA / T = 39.5 days

NVA = 14.5 days

Total C/T = 54 days2.5 days 0.25 days 3 days 0.5 days 0.5 days 1 days 0.5 days 0.75 days 0.25 days 2 days 0.5 days 0.5 days 1.5 days 0.5 days 0.25 days

23000 pcs

Information

Prep Files

Total C/T = 1 days

NVA = 0.25 days

Value Add: 0.75 days

Defect = 5%Uptime = 99%

Availability: 100%

1

Quote Processed

PORTAL

Translation

Total C/T = 12 days

NVA = 3 days

Value Add: 9 days

Defect = 5%Uptime = 95%

Availability: 95%

12

Editing

Total C/T = 2.5 days

NVA = 0.5 days

Value Add: 2 days

Defect = 5%Uptime = 95%

Availability: 90%

12

Proofreading

Total C/T = 2 days

NVA = 0.5 days

Value Add: 1.5 days

Defect = 5%Uptime = 95%

Availability: 90%

12

Typesetting

Total C/T = 7 days

NVA = 1 days

Value Add: 6 days

Defect = 10%Uptime = 95%

Availability: 90%

2

Quote

Received

Linguistic

Proofreading

Total C/T = 2 days

NVA = 0.5 days

Value Add: 1.5 daysDefect = 5%

Uptime = 95%

Availability: 90%

12

Graphic

Proofrading

Total C/T = 4 days

NVA = 0.75 days

Value Add: 3.25 daysDefect = 5%

Uptime = 95%

Availability: 90%

1

ICR

File Prep

Total C/T = 0.75 days

NVA = 0.25 days

Value Add: 0.5 daysDefect = 5%

Uptime = 95%

Availability: 100%

1

ICR

Review

Total C/T = 10 days

NVA = 2 days

Value Add: 8 daysDefect = 3%

Uptime = 90%

Availability: 66.6%

12

Apply

Changes

Total C/T = 2 days

NVA = 0.5 days

Value Add: 1.5 daysDefect = 5%

Uptime = 99%

Availability: 99%

2

Final QA

Check

Total C/T = 2 days

NVA = 1.5 days

Value Add: 0.5 daysDefect = 5%

Uptime = 99%

Availability: 99%

1

Update

TM

Total C/T = 3 days

NVA = 0.5 days

Value Add: 2.5 daysDefect = 0%

Uptime = 95%

Availability: 95%

1

Lean

Opportunity

Glossary

Style Guide

Increased

TM

Resolve

Disputes

Total C/T = 2 days

NVA = 0.5 days

Value Add: 1.5 daysDefect = 3%

Uptime = 95%

Availability: 90%

8

High

Impact

Portal

More

Reusable

SourceContent

Key Terms

Training &Education

After Process Excellence

11 Process Steps

Total Cycle Time = 34.6 Business

Days

37%Cycle Time

Improvement

Before Process Excellence

15 Process Steps

Total Cycle Time = 54 Business

Days

Improve

Page 25: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Cycle Time Software: Before PE

Before Process Excellence

Very Manual/Labor Intensive

Total Cycle Time = 82-104 Business Days

(w/o Counting Multiple Review Cycles)

Improve

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Cycle Time After PE – Pilot Project

Label Copy Approval

Translation Work Flow

Glossary

TM

KCI ICR

PM Led Web EX

Linguistic QA

Delivery Validation

Release

.TXT Files

ITD’s

Passolo

Screen Designer Input

Resizing

Linguistic Testing

Functional TestingTechnology Work Flow

Better Tools Improved Technology

Aligned CoreCompetencies

DedicatedFTE COESupport

Estimated Revenue Savings

$1,312,500

Improve

Page 27: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Improvements – Translation Memory

Before PE, our TM leverage averaged at 11.5%.

At the end of 2009, we were able to increase our TM leverage to

15% and meet our goal.

As of March 1, 2010, our leveraged reached 32%.

An increase of 180%!

Our two-year goal is to reach a leverage of 75% or more.

2010 YTD Savings43% TM$130K

Improve

Page 28: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Improvements ContinuedImprove

Improved Communication (Completed): Provided KCI w/an internal centralized contact for localization mgmt.

Automated Job Submission (SDL Technology – In Process): Reduced cost of localization and improve cycle times through

automation of previously manual, administrative tasks.

Promotes a unified (process driven) supply chain.

Promotes visibility into localization process which leads to improved

time management, increased accessibility and overall better control.

Page 29: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Improvements ContinuedImprove

Improve KCI’S “Net Cost” (The Big “E”): Q110 Glossary Growth Rate: Increased 29% within 1st 9 months

(Completed)

Increased TM Leverage and Glossary (On-Going)

Style Guide Creation/Translation – Creation & Growth (On-Going)

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ICR Improvements (1 of 2)Improve

Most importantly, while ICR is NOT a regulatory requirement, KCI and

SDL recognize the value it provides (corporate image, regional buy in

and risk reduction).

Within SDL’s normal business process, upfront involvement with each

applicable ICR is key. This includes e-mail notification when a new job

requiring ICR is received as well as close collaboration between SDL

and KCI ICR’s throughout the course of the project.

Page 31: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

ICR Improvements (2 of 2)Improve

Glossary: Working closely with GPL and KCI ICR’s, SDL created a

glossary of terms which are reviewed on a regular basis throughout

the year.

Style Guide & ICR Training Guide - In process

WEB EX Technical Product Sessions – Active

By blending best practices between KCI and SDL, when ICR is not

possible, we have successfully reduced risks associated with both late

ICR and poor translations.

Page 32: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Improvements –Supplier ReductionImprove

“Translation spend is a critical strategy and needs to be dealt with tactically.”“Real candidate for supplier reduction.”

- George Bordon, KCI VP Procurement

In addition to savings obtained though PE based improvements, we engaged our legal and global procurement groups to assist in our supplier reduction efforts including:• Pricing Negotiations• Functional Stakeholder Engagement Across the Globe

Page 33: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Control PlanControl

Monthly Metrics: Translation Spend, TM Leverage, Time and $$$ Saved,On-Time Delivery, Quality)

On-Going Software & Localization Process ImprovementsWeekly Supplier MeetingsQuarterly Business Reviews: GPL, Procurement and SDLSustaining Supplier Reduction Efforts Legal Receipt/Contract Review – Non Approval EC PE Presentation to Procurement Council Global Procurement Led Initiatives Corporate Communication Avenues

Page 34: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

SDL: A Strategic Six Sigma Partner

EDUCATION:SDL ensures that each person in the supply chain has a clear understanding of

their role and the required training to perform tasks with both accuracy and precision.

PROCESS ENGINEERING & RE-ENGINEERING:Continual review of documented processes to mitigate potential waste from

non-automated tasks, including waiting, motion and processing waste.

APPROPRIATE USE OF AUTOMATION:Intelligent use of technology to automate the appropriate localization

processes to optimize ROI, as well as focus on waste reduction in the areas of resource inventory, asset transportation and correction.

Control

SDL = COE for Language ManagementHelping corporations drive global revenue

and reduce cost by providing software and services to deliver global content.

SDL’s global infrastructure aligns well withKCI’s globalization plans.

Page 35: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

ControlContinuous Improvement InitiativesInconsistent writing styles and authoring make translations more expensive and impacts total translation costs by 25% or more. KCI has enlisted SDL to optimize upstream processes to:

• Train KCI authors to write for a global audience (controlled authoring)

• Train KCI authors to write in one “KCI” voice to ensure seamless use of shared content (voice unification)

Page 36: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

ControlContinuous Improvement InitiativesThe intelligent application of technology is game changing and transformational. It will improve our efficiency by an order of magnitude and drive down our costs.

KCI is working with SDL to create a complete services and technology platform to optimize current and future needs• On-going author training• KCI is moving to DITA-based authoring tools,

and utilizing SDL Trisoft™ for Component Content Management.

Page 37: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

In Summary…

We’ve increased your knowledge surrounding Process Excellence, Six Sigma and DMAIC

Through a real world problem, we’ve illustrated how DMAIC principles can be applied to localization and that the sustainable gains can be achieved.

Provided you with key learning's that you can apply to your business.

Most importantly, you’ll never look at supplier selection the same way again – the pain is worth the gain!

Page 38: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Questions?

Page 39: Improve Localization Efficiency Using Six Sigma (DMAIC) Methodology

Recap Project Deliverables – Expected Results

1. Improve cycle times by 30% or more.

2. Maximize reuse of localization content by increasing Translation Memory leverage (TM) by 30% or more.

3. Supplier Reduction4. Overall, assure KCI receives the best

“net-cost” per word with our translation $$$. Show target. (Improve the big “E.”)


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