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TRANSCRIPT
Business Excellence through
Integrated Quality Management
Systems in Healthcare
Chaitanya Baliga, ASQ –CQA,CQMOE,CSSGB
ASQ CANADA CONFERENCE
National Conference 2017
September 26, 2017
Atelier B, Canadian War Museum
11AM-12 noon
Canada Post Group of Companies
End-to-End Supply Chain
Canada’s leading supply
chain solution provider
Trusted by clients in E-
commerce, Retail,
Technology, and
Healthcare
B2C Final Mile Delivery
Canada’s leading
consumer delivery
network
Delivering more e-
commerce parcels
than anyone else in
Canada
Canada’s leading
integrated freight and
parcel solutions
provider
Customs clearance
and transport from US
to Canada
B2B/Urgent B2C Courier
Canadian Focus Largest Network Financial Stability
Canada Post Group of Companies delivers 75% of e-commerce shipments in Canada
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A paradigm shift is a major change in method and intellectual process in order
to accomplish a task. - Ray Kurzweil, The Law of Accelerating Returns
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First MechanicalWeaving Loom
First Assembly Line First ProgrammableLogic Control System
Cyber - Physical System
Industrial Revolution 1.0 Industrial Revolution 2.0 Industrial Revolution 3.0 Industrial Revolution 4.0
1784 1870 1969 2015
Industrial Revolution
Introduction of
mechanical
production facilities
using water and
steam power
Mass production with
help of electrical
power
Application of
electronics and IT
to automate
production
Merging of
real and
virtual worlds
with Cyber
Physical
System
Com
ple
xity
of
Technolo
gy
Quality Control
Quality Assurance
Physical System Cyber System
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Product Life Cycle
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Future Trends in HealthCare
• Global Optimization – global procurement and emerging
economies
• Pressure on cost and prices
• Launch of new services – local service provisions/spare
parts and one-stop shops
• New process Innovations
• Customer focus and customer –specific adaptation
• Efforts to reduce lead times, new forms of marketing and
distribution channels (e-commerce)
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Systems Approach
A model of an organisation by Harold Jack Leavitt – a systems approach, based on Leavitt, 1965, p. 1144.
Process
Structure
Technology
People
Goals and Task
Inputs:
Resources
Materials/
Capital/
Human
Outputs:
Products/
Services
Environment: Competitors, Regulations, Clients
Organizational Boundary
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EXTERNAL
ENVIRONMENT
INTERNAL
ENVIRONMENT
Regulated Industry
Technology in Industry 4.0
Smart building
Smart Mobility
SMART
Factory/Service
Social/ Business
Web
Smart Logistics
Smart Grid
Internet of Data
Internet of People
Internet of Things
Internet of Services
Increasingly digitalized processes
an exponential growth of sensible data! Process
Structure
Technology
People
Goals and Task
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Quality Policy and Quality Objectives
Quality Planning
• Systemic and Process Approach
Quality Assurance
• Proactive Upstream Approach
Quality Control
• Reactive Downstream Approach
Quality Improvement
• Improve System Efficiency and Effectiveness
Quality Management System
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Process
Structure
Technology
People
Goals and Task
Quality Policy and Quality Objectives
• Systemic and Process Approach
• Resource Management / Management Review Quality
Planning
• Proactive Upstream Approach
• Audits, Supplier Evaluation, Document Management, Training Quality
Assurance
• Reactive Downstream Approach
• Inspection / Sampling Quality Control
• Improve System Efficiency and Effectiveness
• Continuous Improvement, Non-conformance Management, Customer Feedback / Regulatory Compliance
Quality Improvement
Quality Management System
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Structure: Baldridge Criteria for Performance Excellence
Award process administered by the American Society for
Quality (ASQ) and managed by the National Institute of Science
and Technology (NIST)
Core concepts:
• Visionary leadership
• Customer-driven excellence
• Organizational and personal learning
• Valuing employees and partners
• Agility
• Focus on the future
• Managing for innovation
• Management by fact
• Social responsibility
• Focus on results and creating value
• Systems perspective
Process
Structure
Technology
People
Goals and Task
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Dimensions in Data Management
Relevance
Accuracy
Timeliness
Comparability
Usability
Accessibility
Interpretability
Coherence
Understandability
Completeness
Wisdom
Knowledge
Information
Data
Tacit Knowledge
Explicit Knowledge
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Data Gathering and Analysis
7 V’s of Big Data – Industry 4.0
Attributes Description Measure
Volume Data at “rest” 2.5 Quintilian bytes of data is created every
day: measured in Zettabytes (ZB) or even
Yottabytes (YB).
Velocity Speed in which data is accessible:
Streaming data.
50,000 GB/sec – estimated rate of global
internet traffic by 2018
Variety Data in many forms: Structured,
unstructured, text, multimedia, etc.
90% of generated data is “unstructured”
Variability Meaning of Data is constantly
changing
Impacts on data homogenization
Veracity Certainty of Data Poor data quality costs economy and
business
Visualization Large amounts of complex data
effectively conveying meaning
Charts and graphs
Value
Ability to achieve greater value
though insights from analytics
Predication capability with 97% accuracy
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Industry 4.0 Health Platform
Voice of Customer
Suppliers Manufacturing Sales/
Marketing Consumers/ Customers
Connected Product
Connected Product
Platform
Big Data
= Value
Recurring
Revenue
User usage
Monitoring
Support
Connected Customer
Value Chain Optimization
Besides B2B and B2C, there is M2M and bridging distances over and through complete value chains.
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*Source: The Fourth Industrial Revolution VINT Research report 3 of 4, 2014
Quality in Industry 4.0
Deep integration of quality management methods and
processes, such as quality risk analysis and validation.
Recurring
Revenue
User usage
Monitoring
Support
Connected Customer
Systematic evaluation
of online customer
feedback
- An early indicator for
quality issues and
future growth
Remote diagnosis and
maintenance of quality issues in
the field
- Increase quality of service and
cost reduction
Big Data
= Value
Systematic analysis of quality
sensors/cross-functional data
- Preventive / quality assurance
Durability and reliability data, defect / non-conformance data
- to predict performance and warranty costs
Value Chain Optimization
Validation of entire systems per customer function consisting of hardware, software,
and datasets to increase systems quality.
Supplier quality performance data along the value chain to identify and predict issues
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Digital transformations is the connection of hardware,
software and services to data and digital content.
End-to-End (E2E) Value Chain
Digitisation and integration of vertical and horizontal value chains.
Vertical Integration is from product development and purchasing, through
manufacturing, logistics and service. All data about operations processes, process
efficiency and quality management, as well as operations planning are available real-
time, supported by augmented reality and optimised in an integrated network.
Horizontal integration stretches beyond the internal operations from suppliers to
customers and all key value chain partners. It includes technologies from track
and trace devices to real-time integrated planning with execution.
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Product and Service Offerings Digitisation of products includes the expansion of existing products,
e.g. by adding smart sensors or communication devices that can be used with
data analytics tools, as well as the creation of new digitised products which focus
on completely integrated solutions.
– integrating new methods of data collection and analysis to generate data on
product use and refine products.
– Using global standards such as GS1® Global Trade Item Numbers (GTIN®),
GS1 Global Location Numbers (GLNs), and data exchanges such as the
GS1 Global Data Synchronization Network (GDSN®) by pharmaceutical,
medical device manufacturers and hospitals are
Note: Leverage standards as a foundation for collaboration across the value
chain – enabling new processes and capabilities that create both patient and
business value.
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Global Standardization in HealthCare
Improving patient safety and supply chain efficiency:
• Bedside scanning - reducing errors in the hospital;
• Targeted full recall administration: Efficient and effective recall administration
• Medication receipt authentication: Distributors, pharmacies, and hospitals could use
barcodes to track and validate all medications against data from manufacturers and supply
chain points – To deter counterfeit and compromised products to reach patients, and reimbursement fraud.
• Traceability of medical devices: Supply chain partners could use barcodes to track
medical devices through the supply chain according to their risk category, and for the
appropriate class of products
• Inventory management collaboration between dispensing / usage points and
manufacturers, and product availability data from manufacturers to pharmacies and
hospitals;
• Transaction automation: Automated transaction and data-sharing that eliminate manual
data entry, validation and correction, reducing errors and costs
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Business Models and Customer Access
Disruptive digital solutions - complete, data-driven services
and integrated platform solutions
Disruptive digital business models - focused on generating
additional digital revenues and optimising customer
interaction and access.
Information
Technology Business/ Office
Process Automation
Operational Technology Industrial / Engineering/
Factory Process
Automation
Internet of
“Things”
Digital Ecosystem
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*Source: The Fourth Industrial Revolution VINT Research report 3 of 4, 2014
Industry 4.0 Impact on Healthcare
Remote patient monitoring with smart phone
and smart body sensors! Key Impact: For example: Compliance with Health Insurance Portability and Accountability Act
(HIPPA) throughout the Value Chain
• Secured communication channel to protect patient
confidentiality and sensitive patient health data – Cyber Security: Data needs to be encrypted, transmitted and decrypted
Privacy Legislation
Contractual Agreements
Standards/
Guidelines
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Some of the risks that come with regulations failing to keep up with new
healthcare technology affect security and data privacy, increase the costs
of healthcare, and limit the user experience.
Regulations
As technology has improved, it is easier and easier for hackers to gain
access to private information.
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Process
Structure
Technology
People
Goals and Task
Impact on Quality Management System
People - Competence
-Leadership
-Culture
- Collaboration
Technology - Application Development
- Connectivity
- Scalability
Process - Compliance
-Management System
- Data Analytics
Innovative new quality
management approaches!
Innovative quality
methods such as
real-time community
feedback, big data,
or predictive
quality management
enable next-level
quality performance.
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Big Data
= Value
Business Excellence Approach for Integrated Quality
Management System
Inputs
Internal Data Sources
Audits
Inspections
CAPA/ NCR
Customer Agreements
Customer SLA’s
Service Levels
Operational Metrics
Change Control
External Data Sources
Changing Regulations/
Quality systems
Guidance Documents
Industry Trends
Customer Requirements
Compliance
Planning
Continuous
Improvement
(CI) Projects
Quality
Assurance
Other Projects:
Business
Development/
Solutions
Qu
arte
rly C
heck
-In
Management
Review
Outputs
Reduce Risk
By Analytics
Risk
Repository
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Big Data
= Value
Analytics – Information Optimization Value
Difficulty
Descriptive
Analytics
- What happened?
Diagnostic
Analytics
- Why did it happen?
Predictive
Analytics
- What will happen?
Prescriptive
Analytics
- How can we
make it happen?
Approach
Performance
Compliance
1 Broken
2 Point Solutions
Minimized Quality Approach
• Regulatory Scrutiny High
• Fire-fighting
• Defensive culture
3 Fully Engaged
Expected Approach
• Well Defied QMS
• Sufficient Staff/Skill Sets
• Adequate Data processing
4 Process Driven
Compliance
Sustainable Compliance
• Efficient Data Centre
• Fast Effective Quality
decision
• Continuous improvement
Prevent
Integrate
Remediate
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Quality Control
Integrated Quality Management System
Business Excellence
Quality Assurance
Compliance
THANK YOU FOR YOUR ATTENTION
Chaitanya Baliga 31
The mind of the beginner is empty, free of
the habits of the expert, ready to accept, to
doubt, and open to all the possibilities.
ZEN MIND, BEGINNER'S MIND By SHUNRYU SUZUKI