better government presentation with ivs december 21 2010 (paschane)
DESCRIPTION
Dr. Paschane is working with the Better Government group to revise his application of the PASS framework to Federal transformations.TRANSCRIPT
R E T H I N K I N G T H E RO L E O F P U B L I C S E RV I C E ,
H U M A N I Z I N G P E R F O R M A N C E A R C H I T EC T U R ES ,
& S O LV I N G SY ST E M I C P RO B L E M S
D a v i d M . P a s c h a n e , P h . D .
P E R F O R M A N C E A R C H I T E C T U R A L S C I E N C E S Y S T E M S
Better Government
Dr. David M. Paschane, © 2010
What is the “Better Government” movement?
Dr. David M. Paschane, © 2010 2
Where is the “Better Government” movement?
DC Metro Other States
International
Dr. David M. Paschane, © 2010 3
500 and growing!
Why we need Better Government...“quad chart”
Dr. David M. Paschane, © 2010 4
“Mangers spread powerlessness by l imiting information—without efficacy and influence—you arouse risk-averse rigidity and retaliation through subtle
sabotage.”
Rosabeth Moss KanterHar vard Bus iness School
Why doesn’t it change?
Dr. David M. Paschane, © 2010 5
What information matters?
1. Individual-level causes of outcomes….details on work decisions, efforts, costs, knowledge sources, and complexity of work pathways and across workers’ purviews.
2. Organizational-level causes of outcomes….routine explanations of why capacity and “rules” drive performance.
3. System-level causes of outcomes….overlaid and traced patterns in fulfillments or failures of strategy against customer contexts.
Dr. David M. Paschane, © 2010 6
Contrast with “quick-fix, low-rigor” methods…
Dr. David M. Paschane, © 2010 7
“Hell, there are no rules here - we're trying to accomplish something.”
Thomas A . Edison American Inventor
They also stifle human innovation!
Dr. David M. Paschane, © 2010 8
What are the (government) requirements?
1. Return to scientific methods, vs. branded methods, e.g., 6σ, KM, BI, etc.
2. Adopt a framework for integrated scientific methods
3. Plan to stand up a pervasive Performance Analysis Operation
4. Ensure information technology is exceeding internal customer expectations
5. Anticipate changing communication platforms to humanize the analytics
6. Prepare for paced, hard work towards incremental, employee-tested changes
7. Support testing of small-scope applications in promoting self-optimizing cultures
8. Require routine explanations of performance patterns and capacity development
9. Facilitate cross-function accounting of costs, effort, and outcome consequences
10. Invest in rigorous explanatory analytics over routine simple presentations
Dr. David M. Paschane, © 2010 9
We should be able to answer these questions:
Behavioral How do employees behave under different circumstances? What activities trigger various responses? What behavior is encouraged, allowed or tolerated, or not?
Organizational What official/unofficial roles affect groups? How are formal/informal processes sustained or changed? What inertia is tolerated or challenged? How do groups form and self-preserve, and resist interference?
Systems How are interdependent commitments sustained or broken? What affects the capacity to transform or utilize information? What drives the cultural constructs that bound systems?
Dr. David M. Paschane, © 2010 10
PERFORMANCE ARCHITECTURAL SCIENCE SYSTEMS
- PASS -
An Integrated Framework
Dr. David M. Paschane, © 2010 11
What does a framework enable?
Math
Motivation
Maturity
Performance Architectural Science Systems (PASS) was developed to be an applicable, comprehensive framework for solving systemic problems, humanizing performance architectures, and motivating employees to rethinking their role in public service.
Dr. David M. Paschane, © 2010 12
OR SI
UX GA
Operational Research:
Internal causality in
functions, with diagnosis of
friction in work parameters
User Interactivity:
Informatics for facilitating
behavioral commitment,
cognitive awareness, and
intuitive learning
System Integration:
Agile arrangement of
information platforms to fit
recursive analyses
Geographical Analytics:
Strategic inferences for
continuous improvement to
contextual causal factors
Performance Architectural
ScienceSystems
Integrated Science and Technology Methods
Dr. David M. Paschane, © 2010 13
PASS Overlay on Value Chain
Resources Conditions Outputs Outcomes
OR SI UX GA
Dr. David M. Paschane, © 2010
Set measureable
baseline for
testing decisions
and effects
Engineered analytic
platforms, matured
to fit capacity
Organizational informatics
to heighten workflow and
causality engagement
Inferential capacity to
strategically manage outcome
variation in real contexts
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Measuring Functional Capacity
Testing Performance
Models
Testing General Fit
Standard Tactical
Measures
Performance Gap
Awareness
Testing Incremental
Changes
Resetting Strategic Alignment
Maturing Analytic Capacity
Dr. David M. Paschane, © 2010
OR
Data Structures
Demonstrations
New Capacities
Collaborations
Diagnostics
Analytic Platforms
Improvements
15
System Integration: Performance Informatics
Analytic Platforms
Amazon.com as an example of maturing performance Informatics
Dr. David M. Paschane, © 2010
SI
Cognitive-Information Interactivity
Adaptive Knowledge ResponsesAggregate Effect Inferences
16
User Interactivity: Normality of Informatics
Performance Informatics are normal
The change has affected the potential of feedback loops
Dr. David M. Paschane, © 2010
UX
17
“A growth mindset yields the best results in productivity.”
Carol DweckStanford Univers i ty Psychology
Why performance informatics?
Dr. David M. Paschane, © 2010 18
INJURED VETERAN SYNDROME
A Systemic Problem Example
Dr. David M. Paschane, © 2010 19
Core Healthcare Cost Analyses
Core Healthcare Quality Analyses
Analyses:
Patient / Provider Use
of Self-Care Tools
Model:
Patient / Family Self-
Care Role Care
Management
Model:
Population-Based
Standards of Clinical
Care
Analyses:
Provider Use of
Standards of Care
Analyses:
Mutual Satisfaction in
Active Treatment and
Self-Care
Analyses:
Clinical Decisions by
Pay Structure
Model:
Cost Offsets in Use of
Lower Priced Services
and Methods
Analyses:
Patient / Provider
Decisions on Visits
and Tests
Analyses:
Patient Use of Points
of Care by Price
Analyses:
Patient Use of
Methods by
Frequency and Costs
Model:
Cost Offsets in Timely
Detection and
Coordinated Care
Analyses:
Patient Use of Care
by Frequency and
Costs
Analyses:
Differences in Costs
Attributed to Initiatives
Decrease
Costs
Analyses:
Differences in Costs
Attributed to Initiatives
Increase
Quality
Increase Health
Centers or Rural Doctor
Access
Model:
Energy & IT
Efficiencies
Analyses:
Facility Operations
and Construction
Model:
National View of
Cohort Needs and
Service Contexts
Analyses:
Engagements by
Service and Provider
Types by Places
Increase
AccessModel:
Complimentary Care
and Care Seeking
Increase Health
Insurance Coverage
(Subsidy or Direct)
Model:
Growth of Intelligent
Infrastructure for
Service & AnalysisIncrease Health Care
Analytic Standards and
Evaluation
Increase Health IT in
Records, Navigation,
and ManagementAnalyses:
Value of Data from
Infrastructure Sources Analyses:
Maturity of
Performance
Architecture
Model:
Development of IT
Interface / Analytic
Layer
Analyses:
Control of Design and
Deployment of IT
Components
Model:
Organizational
Performance
Architecture
Analyses:
Mitigated Needs in
Service Contexts
Analyses:
Differences in Access
Attributed to Initiatives
Health Performance Architecture with Required Information in Affecting Health and Policy Outcomes
Major Influencers
Full Health IT
Influencers of Health IT Infrastructure and the Development of Patient Agency
Patient Agency
Preferences to:
• Evaluate
• Decide
• Act
Control over:
• Information
• Processes
• Choices
Motivation for:
• Self-Care
• Care-Seeking
• Adherence
Online Therapeutic Interactivity
Fitted Education Programs
Evidence Standards of
Care
Patient Amendable Monitoring
Patient Group Service
Modeling
Visualized Orientation and
Logistics
Government
Policy
Programs
Oversight
Academia
Research
Education
Monitoring
Industry
Services
Operations
Products
Is there “low-hanging fruit,” right now?
Use veteran-seated teams for call centers
Provide patient-amendable monitoring systems
Experiment with performance informatics
Forecast risk along the outcome lifecycle
Dr. David M. Paschane, © 2010 23