Project Managers Problem Domain: Six Sigma & IT Integration. Define. Measure
... Other projects are sub-projects to Six Sigma initiatives… They implement the ...
Six Sigma Project Types: Implications for Project Managers
Six Sigma Project Types: Implications for Project Managers
Richard E. Biehl, CSSBB, CSQE Data-Oriented Quality Solutions
Copyright © 2005, DataData-Oriented Quality Solutions.
Six Sigma Project Types: Implications for Project Managers
Problem Domain:
Six Sigma & IT Integration Six Sigma puts controls in place to assure that implemented process components are successful.
Six Sigma Drives Lifecycle-based Project Success
Manage Improvement Project Define
Existing Business Processes & Services
Measure
Analyze
Improve
Control
Six Sigma looks at factbased alternatives analysis. Other projects are sub-projects to Six Sigma initiatives… They implement the components of proposed new business process maps using specialized/localized competencies inherent in the traditional information technology lifecycle.
Improved Business Processes & Services
Manage Implementation Project Initiation
Requirements for specialized process map components
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Analysis
Bid & Contract
Design & Build
Accept & Implement
Completed specialized process map components
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Six Sigma Project Types: Implications for Project Managers
PMI PMBOK®
Subproject. A smaller portion of the overall project created when a project is subdivided into more manageable components or pieces. Subprojects are usually represented in the work breakdown structure. A subproject can be referred to as a project, managed as a project, and acquired from a seller. A Guide to the Project Management Body of Knowledge PMBOK®, Third Edition, GLOSSARY (p.377)
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Six Sigma Project Types: Implications for Project Managers
PMI PMBOK®
1.6.3 Subprojects. … Subprojects are often contracted to an external enterprise or to another functional unit in the performing organization. Examples include hSubprojects based on the project process, such as a single phase in the project life cycle hSubprojects according to human resource skill requirements, such as plumbers or electricians needed on a construction project hSubprojects involving specialized technology, such as automated testing of computer programs on a software development project. A Guide to the Project Management Body of Knowledge PMBOK®, Third Edition, INTRODUCTION (p.17) Copyright © 2005, Data-Oriented Quality Solutions.
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Six Sigma Project Types: Implications for Project Managers
PMI Areas of Interest
Project Management Institute
Organizational Project Management Maturity Model (OPM3™)
Portfolio Program Project Subproject Phase
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Project Management Institute
Project Management Body of Knowledge (PMBOK®)
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Six Sigma Project Types: Implications for Project Managers
PMI PMBOK®
5. Project Scope Management
5.1 Scope Planning 5.2 Scope Definition 5.3 Create WBS
PMI PMBOK Project Planning 6.1 Activity Definition
12/20/2004 - v34
6. Project Time Management
6.2 Activity Sequencing 6.3 Activity Resource Estimating 6.4 Activity Duration Estimating 6.5 Schedule Development
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Six Sigma Project Types: Implications for Project Managers
3 Perspectives on IT Projects
Automation Business process is embedded in IT systems and functions. The process is automated by the system.
Processing
Augmentation Business process depends on using certain IT systems or functions. The process is augmented by the system.
Processing System
Enablement Business process includes making IT systems or functions available. The process enables the customers.
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Processing Capability
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Six Sigma Project Types: Implications for Project Managers
Automation vs. Augmentation Valid Orders Order Entry Dashboard Customer Service Scorecard
Valid Orders
Take Orders
Take Orders N N S S S
Customer Requests Product Inventory (Future) Customer Profiles Prices & Promotions Shipping Schedules
Automation
N N S S S S S
Customer Requests Product Inventory (Future) Customer Profiles Prices & Promotions Shipping Schedules Order Entry System Customer Service Representative S Customer Service Policies
Augmentation
Augmentation is more encompassing of a full DFSS design than simple automation.
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Six Sigma Project Types: Implications for Project Managers
Augmentation Impact Valid Orders Order Entry Dashboard Customer Service Scorecard
Take Orders
Systems require users who operate under policies.
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N N S S S S S
Customer Requests Product Inventory (Future) Customer Profiles Prices & Promotions Shipping Schedules Order Entry System Customer Service Representative S Customer Service Policies
New outputs mean additional customer requirements, and possibly new customers.
4 Every system gets a dashboard, and every user gets a scorecard, to measure policy compliance.
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SIPOC
New inputs mean additional process requirements, and possibly new suppliers.
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Six Sigma Project Types: Implications for Project Managers
Enablement
Enablement Business process includes making IT systems or functions available. The process enables the customers.
Processing Capability
Enablement Focus Enablement processes aren’t about producing software systems or components.
Requirements Technology Infrastructure Configuration Support
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Processing Capability
Software systems are produced, installed, and operated from within the process to provide the processing capability. Decisions to buy, build, or adapt are visible only within the process.
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Six Sigma Project Types: Implications for Project Managers
Relationships Among Project Types Automation
Augmentation Valid Orders
Take Orders
Valid Orders Order Entry Dashboard Customer Service Scorecard
Enter Orders
Customer Requests Product Inventory (Future) Customer Profiles Prices & Promotions Shipping Schedules
Enablement Order Entry System
Customer Requests Product Inventory (Future) Customer Profiles Prices & Promotions Shipping Schedules Order Entry System Customer Service Representative Customer Service Policies
Software Lifecycle System Requirements Standards & Technology Configuration & Support
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Six Sigma Project Types: Implications for Project Managers
Automation Example Data Warehousing Process
Processing
Supplier Legacy Systems
Data to be transformed and loaded into the warehouse
Analysts
Regular and ad hoc analysis report and query specifications
System Administrator Customer Management
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Input
User and group authorizations and profiles Output Analysis of the data stored in the warehouse 12
Six Sigma Project Types: Implications for Project Managers
vs. Enablement Example
Requirements Technology Infrastructure
Data Warehousing System Process
Processing Capability
Configuration Support
Customer Legacy Systems Analysts System Administrator Management
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Output Capability to send required data to be transformed and loaded into the warehouse Capability to specify regular and ad hoc analysis reports and queries Capability to define and manage user and group authorizations and profiles Capability to request and receive analysis of the data stored in the warehouse 13
Six Sigma Project Types: Implications for Project Managers
3 Perspectives on DFSS Scorecards
Automation
Processing
Business process is embedded in IT systems and functions. The process is automated by the system.
Augmentation Business process depends on using certain IT systems or functions. The process is augmented by the system.
Enablement Business process includes making IT systems or functions available. The process enables the customers.
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Process Scorecard
Processing System
Organization Scorecard Processing Capability
Design Scorecard 14
Six Sigma Project Types: Implications for Project Managers
6σ Controls Design target is worst case for 6σ
Backorders
Desired target level is LTB
(Percentage of Orders) Customer Defective Backorder rate > 12% Process Defect Backorder rate > 9% Improvement Zone 9% < Backorder rate > 12%
LSL 0%
LCL 3%
TGT 6% σ = 1%
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UCL 9%
Current 24%
USL 12% Goal: Reduce by 50%
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Six Sigma Project Types: Implications for Project Managers
Automation Controls
Process inputs
External control inputs
Process outputs
Triggers
General Process X
Scorecard
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External control outputs
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Six Sigma Project Types: Implications for Project Managers
Process Map w/ Control Layer
Ctl-X Process inputs
External control inputs
Process outputs
X
Triggers
Internal control inputs
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Dashboard
Internal control outputs
Metrics
Scorecard
External control outputs
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Six Sigma Project Types: Implications for Project Managers
PMAP w/ Control Step
X
Metrics
Metrics
Metrics
A
B
C
Dashboard
Dashboard
Dashboard
Dashboard
Ctl-X Metrics
Traditional PMAPs (that don’t differentiate the Process and Control Layers) often add a “control” step as a new (usually last) process step.
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Six Sigma Project Types: Implications for Project Managers
Automation PMAP Example Document issuance metrics Tickets Boarding passes Seat assignments Gate assignments Checked bags Claim checks
Curbside arrival metrics Flight confirmation Staged baggage Skycap tip
Arrive Curbside Itinerary Baggage Curbside arrival dashboard
Issue Documents
Security clearance metrics Security clearance Cleared carry-on baggage
Clear Security
Reservation Boarding pass Payment Gov’t identification Staged baggage Carry-on baggage Frequent flyer number Security clearance dashboard Document issuance dashboard
Lounge visit metrics Itinerary changes Boarding passes Seat assignments Boarding announcements
Visit Lounge Membership Boarding passes Seat assignments Payment Lounge visit dashboard
Flight boarding metrics Boarded passenger Stowed baggage Pillow & blanket Beverage & snack Headset Reading materials
Board Flight Boarding pass Gov’t identification Carry-on baggage Flight boarding dashboard
Metrics are outputs to the control layer, and dashboards are inputs from the control layer.
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Six Sigma Project Types: Implications for Project Managers
Augmentation PMAP Example
Curbside arrival scorecard Curbside arrival dashboard
Document issuance scorecard Document issuance dashboard
Control Curbside Arrival Curbside arrival metrics Curbside arrival triggers
Control Document Issuance Document issuance metrics Document issuance triggers
Security clearance scorecard Security clearance dashboard
Control Security Clearance Security clearance metrics Security clearance triggers
Flight boarding scorecard Flight boarding dashboard
Lounge visit scorecard Lounge visit dashboard
Control Flight Boarding
Control Lounge Visit Lounge visit metrics Lounge visit triggers
Flight boarding metrics Flight boarding triggers
Metrics are inputs from the process layer, and dashboards are outputs back to the process layer.
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Six Sigma Project Types: Implications for Project Managers
Augmentation Integration Example Curbside arrival metrics Flight confirmation Staged baggage Skycap tip
Arrive Curbside Itinerary Baggage Curbside arrival dashboard
Process Layer
Curbside arrival scorecard Curbside arrival dashboard
Control Curbside Arrival Curbside arrival metrics Curbside arrival triggers
Control Layer
A feedback control cycle is formed between the process and control layers.
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Six Sigma Project Types: Implications for Project Managers
Six Sigma IT Project Perspectives Design for Six Sigma (DFSS Lifecycle)
Six Sigma Improvement (DMAIC Lifecycle)
Augmentation Radical process or system redesign in conjunction with business changes. (Improve Cpk)
Automation Process or system implementation in conjunction with business process improvement. (Improve Cp)
IT Project (Traditional IT Lifecycle)
Project tailoring guidelines assist project managers in selecting and documenting their organizational standard process selection and project process definition choices and rationale.
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Enablement Augment or automate portions of business process steps as an Improve phase activity within a business DMAIC initiative.
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Six Sigma Project Types: Implications for Project Managers
Automation-Enablement Template Establish project Project Startup
Project Execution
Define business scope
Project Administration
Estimate unit quality levels
Project Shutdown
DEFINE
Define project approach Define Project Charter Create initial plan
INITIATION
Conduct phase QA assessment
ANALYSIS BID & CONTRACT
IT SUBPROJECT Define high-level process flows
DESIGN & BUILD
Synchronize business & process models
ACCEPT & IMPLEMENT
Map customer reqts to supplier inputs Validate requirements models Finalize process controls Implement process controls Conduct phase QA assessment
Automation - Enablement Hybrid
CONTROL
Project shutdown
MEASURE
Define measurement plan Collect initial process-quality data Collect voice-of-the-customer data Collect on-going data (continuing)
1/24/2005 - v17
Update project charter & plan Conduct phase QA assessment Define final workflows Develop procedures Develop process details
Provide cutover training
Develop functional models
Convert process controls & data Implement procedures Collect on-going data (continuing) Consolidate control requirements Update project charter & plan Conduct phase QA assessment
IMPROVE
Anlayze process failures
ANALYZE
Analyze functional failures Consolidate functional analysis Validate analysis results Update project charter & plan Conduct phase QA assessment
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Six Sigma Project Types: Implications for Project Managers
Thank you!
| Richard E. Biehl, CSSBB, CSQE Quality Advisor
| Data-Oriented Quality Solutions 2105 Whitfield Lane Orlando, FL 32835-5940 USA
| 407.296.6900 |
[email protected] | www.doqs.com
This presentation is available at WWW.DOQS.COM under Solutions!
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